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Canadian defence and dual-use directory
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Canadian robotics business within Rockwell Automation, supplying configurable outdoor and indoor mobile robots, learning platforms, navigation software and custom integration. The Clearpath research brand serves laboratory and field development; its historically associated OTTO industrial division supplies factory material-handling robots and fleet software. Clearpath Robotics Inc. amalgamated into Rockwell Automation Canada Ltd. in January 2025.
Configure the platform and autonomy together. Bare A300 is advertised at 100 kg maximum payload and 2 m/s, whereas AMP’s sensor-equipped configuration is rated at 81 kg maximum and 31.5 kg all-terrain payload. A300 live pages disagree on runtime (8/16/24 versus 4/8/12 hours); AMP lists 6/12/18 hours for 40/80/120 Ah batteries. The A300 manual’s intended-use slope limit is 15 degrees despite a 30-degree catalogue maximum climb. OutdoorNav’s XVN configuration requires RTK corrections, degrades in GNSS-denied conditions and does not detect negative obstacles. Heavy rain/snow and docking transitions have additional constraints. These are configuration-specific limits, not evidence of qualified Arctic or unattended military operation.
Clearpath publishes its operating office at 1425 Strasburg Road, Suite 2A, Kitchener, Ontario. The current legal successor, Rockwell Automation Canada Ltd., has its registered office in Cambridge, Ontario. Those addresses establish different operating and legal roles; inspected originals do not establish current Clearpath-only staffing, annual production capacity or the Canadian share of OTTO manufacturing.
Kitchener, Ontario is the published city-level context for Clearpath Robotics. It does not imply a street address or exact facility location.
Open the mapClearpath offers a Canadian route to configurable research robots and integration, alongside the associated OTTO industrial material-handling portfolio. Its useful evidence is specific: mature hardware offerings, a custom A200 monitoring deployment, university learning use and named industrial applications. Select and validate the actual platform, sensor/autonomy stack and support arrangement; current legal succession, conflicting runtime tables and GNSS/RTK limits materially affect diligence.
Interpretation of the public record. Not qualification, endorsement or evidence of buyer interest.
Indoor mobile robotics and payload integration
Industrial autonomous mobile robots and fleet orchestration
Configurable outdoor mobile robotics
Autonomy software, sensor kits and engineering services
Open robotics education and development hardware
Sep 15, 2026
In a September 15, 2026 customer account, Clearpath described Godelius and Cambrian College combining AMP navigation, drilling, sample transfer and onboard image analysis. The integrated demonstration remains in research and development. It shows an application built on the platform, with customer project support distinct from direct funding or production acceptance for Clearpath.
Robots, autonomy packages and custom integration are offered through direct sales and distributors. Platform selection, payload/sensors, software version, safety assessment and acceptance criteria must be agreed for the application. OTTO has named industrial deployments; Godelius’s AMP sampling integration remains a research-and-development project.
Historical financing includes a January 2021 completed US$5 million BDC Capital secured convertible note for Clearpath and OTTO, and a November 2014 FedDev Ontario contribution announced at up to C$950,000 for robot software and prototypes. Rockwell’s FY2025 acquisition note separately records US$609 million consideration at acquisition, net of cash acquired: US$566 million cash plus US$43 million contingent fair value. US$10 million earnout was paid for the first period; none was earned or paid for the second. These figures are not current research-division revenue, cash or a new financing round.
Rockwell Automation acquired Clearpath Robotics Inc., including its research and OTTO industrial divisions, on October 2, 2023. The federal registry records that corporation’s January 1, 2025 amalgamation into active Rockwell Automation Canada Ltd. Clearpath continues as a research robotics brand/business; CIPO lists Rockwell Automation Inc. as the CLEARPATH trademark owner.
Current legal successor
Rockwell Automation Canada Ltd.
Federal corporation 1660582-6 is the active successor to Clearpath Robotics Inc. through the January 1, 2025 amalgamation. The Clearpath research brand continues within Rockwell; the predecessor corporation is inactive.
Secured convertible note financing
Jan 27, 2021US$5,000,000
Company-announced completed BDC Capital secured convertible note under the Bridge Financing Program, for working capital, product development and sales/marketing of Clearpath and OTTO. Historical financing; no current balance or research-division allocation disclosed.
Announced contribution ceiling
Nov 12, 2014$950,000
FedDev Ontario announced up to C$950,000 under Investing in Business Innovation for remote robot software management and prototypes. Amount is the announced ceiling, not verified disbursement; projected jobs are not current staffing.
Contributing capability: Outdoor research robots and autonomous mobile platforms
Configured UGVs can extend environmental or facility monitoring with reduced personnel exposure. The independent A200 example used custom AutoInspect autonomy and sensing; it does not qualify stock AMP, Arctic operations or a military mission.
Live A300 pages publish different runtime tables, AMP carries lower payload/runtime ratings, and the manual’s intended-use slope is narrower than the catalogue maximum.
OutdoorNav requires RTK in the documented XVN setup, degrades without GNSS and omits negative-obstacle detection; docking transitions require separate safeguards.
Current A300 and indoor products coexist with older documentation; the ROS matrix has explicit model/version limits and documentation alone does not establish new-build availability.
The Clearpath brand continues after the 2025 legal amalgamation. Public office addresses and historical procurement records do not disclose current divisional capacity or project-specific workshare.
These records support the organization, its owned capabilities and their reviewed connections. A source count is not a count of independent confirmations.
Clearpath Robotics
Source type: official organization profile
Supports: Profile · profileData.publicContact.contactPageUrl
Clearpath lists its main office at 1425 Strasburg Road, Suite 2A, Kitchener, Ontario, Canada; public phone 519-513-2416 and 1-800-301-3863 plus contact/support routes. This establishes a Canadian office, not disclosed factory output or staffing.
Supports: Profile · commercial status
Clearpath lists its main office at 1425 Strasburg Road, Suite 2A, Kitchener, Ontario, Canada; public phone 519-513-2416 and 1-800-301-3863 plus contact/support routes. This establishes a Canadian office, not disclosed factory output or staffing.
Supports: Profile · profileData.publicContact.publicEmail
Clearpath Robotics
Source type: official company product
Supports: Profile · reviewed questions.runtime-envelope.context
AMP table lists average runtime 6/12/18 hours with 40/80/120 Ah batteries. Optional automatic wireless docking is separately purchased; autonomous charging is not standard bare A300 equipment.
Supports: Profile · reviewed questions.runtime-envelope.confidence
AMP table lists average runtime 6/12/18 hours with 40/80/120 Ah batteries. Optional automatic wireless docking is separately purchased; autonomous charging is not standard bare A300 equipment.
Supports: Profile · reviewed questions.clearpath-robotics-decision-1.context
Husky AMP combines the A300 base, sensors and OutdoorNav with GNSS-based navigation. Manipulator, Observer and Transporter configurations serve different jobs; wireless docking is optional. Public material does not establish GNSS-denied or Arctic qualification for every configuration.
Clearpath Robotics
Source type: official company product
Supports: Profile · reviewed questions.clearpath-robotics-first-conversation.context
Clearpath Robotics's public evidence establishes its current role and offering, but it does not answer every access, configuration, eligibility, maturity or buyer question needed for a first business-development conversation.
Supports: Profile · operating context
Clearpath Robotics now identifies itself as part of Rockwell Automation, with a Kitchener address. Its current portfolio separates configurable research mobile robots from integrated autonomy offerings such as Husky AMP and Husky Observer; base vehicle purchase does not establish a validated autonomous mission.
Supports: Profile · profileData.publicContact.contactPageUrl
Clearpath Robotics
Source type: official company product
Supports: Profile · profileData.portfolioScope
TurtleBot 4 Standard/Lite combine iRobot Create 3 base, Raspberry Pi 4B, ROS 2, OAK-D stereo camera and 2D lidar with open documentation/simulation. Product table specifies 9 kg default payload, 15 kg only by custom configuration, approximately 0.31 m/s and 2.5–4-hour load-dependent runtime. Standard adds mounting/power/USB and display; it is an education/research platform.
Supports: Profile · dual use posture
TurtleBot 4 Standard/Lite combine iRobot Create 3 base, Raspberry Pi 4B, ROS 2, OAK-D stereo camera and 2D lidar with open documentation/simulation. Product table specifies 9 kg default payload, 15 kg only by custom configuration, approximately 0.31 m/s and 2.5–4-hour load-dependent runtime. Standard adds mounting/power/USB and display; it is an education/research platform.
Rockwell Automation
Source type: official company news
Supports: Profile · ownership
Rockwell completed acquisition of Ontario-based Clearpath Robotics Inc. on October 2, 2023, including namesake research division and industrial OTTO Motors division; both report to Intelligent Devices. Current Clearpath pages retain Rockwell branding.
Public sources cited · Facts and assessments kept separate · Human review
Evidence strength: Moderate · Last reviewed Oct 11, 2026
Evidence strength: Moderate · Last reviewed Oct 11, 2026
Evidence strength: Moderate · Last reviewed Oct 11, 2026
Evidence strength: Moderate · Last reviewed Oct 11, 2026
Contributing capability: Outdoor research robots and autonomous mobile platforms
Autonomous ground robotics may help teams working on Sovereign defence capability areas by contributing to autonomous and uncrewed systems, advanced materials and manufacturing, and protection and survivability.
Reviewed connections indicate possible relevance based on public evidence. They do not indicate procurement direction, eligibility, endorsement or customer interest.
Clearpath lists its main office at 1425 Strasburg Road, Suite 2A, Kitchener, Ontario, Canada; public phone 519-513-2416 and 1-800-301-3863 plus contact/support routes. This establishes a Canadian office, not disclosed factory output or staffing.
Supports: Profile · profileData.publicContact.linkedInUrl
Clearpath lists its main office at 1425 Strasburg Road, Suite 2A, Kitchener, Ontario, Canada; public phone 519-513-2416 and 1-800-301-3863 plus contact/support routes. This establishes a Canadian office, not disclosed factory output or staffing.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Clearpath lists its main office at 1425 Strasburg Road, Suite 2A, Kitchener, Ontario, Canada; public phone 519-513-2416 and 1-800-301-3863 plus contact/support routes. This establishes a Canadian office, not disclosed factory output or staffing.
Supports: Profile · reviewed questions.canadian-delivery.confidence
Clearpath lists its main office at 1425 Strasburg Road, Suite 2A, Kitchener, Ontario, Canada; public phone 519-513-2416 and 1-800-301-3863 plus contact/support routes. This establishes a Canadian office, not disclosed factory output or staffing.
Supports: Profile · reviewed questions.canadian-delivery.question
Clearpath lists its main office at 1425 Strasburg Road, Suite 2A, Kitchener, Ontario, Canada; public phone 519-513-2416 and 1-800-301-3863 plus contact/support routes. This establishes a Canadian office, not disclosed factory output or staffing.
Supports: Profile · profileData.publicContact.publicPhone
Clearpath lists its main office at 1425 Strasburg Road, Suite 2A, Kitchener, Ontario, Canada; public phone 519-513-2416 and 1-800-301-3863 plus contact/support routes. This establishes a Canadian office, not disclosed factory output or staffing.
Supports: Profile · reviewed questions.canadian-delivery.id
Clearpath lists its main office at 1425 Strasburg Road, Suite 2A, Kitchener, Ontario, Canada; public phone 519-513-2416 and 1-800-301-3863 plus contact/support routes. This establishes a Canadian office, not disclosed factory output or staffing.
Supports: Profile · canadian footprint
Clearpath lists its main office at 1425 Strasburg Road, Suite 2A, Kitchener, Ontario, Canada; public phone 519-513-2416 and 1-800-301-3863 plus contact/support routes. This establishes a Canadian office, not disclosed factory output or staffing.
Supports: Profile · reviewed questions.canadian-delivery.context
Clearpath lists its main office at 1425 Strasburg Road, Suite 2A, Kitchener, Ontario, Canada; public phone 519-513-2416 and 1-800-301-3863 plus contact/support routes. This establishes a Canadian office, not disclosed factory output or staffing.
Supports: Profile · operating context
Husky AMP has an integrated sensor mast, Xsens Vision Navigator, 3D lidar, teleoperation cameras and OutdoorNav. Vendor specifications distinguish 81 kg maximum and 31.5 kg all-terrain payload, 98.5 kg vehicle weight, 2 m/s and IP54.
Supports: Profile · operating context
Husky AMP combines the A300 base, sensors and OutdoorNav with GNSS-based navigation. Manipulator, Observer and Transporter configurations serve different jobs; wireless docking is optional. Public material does not establish GNSS-denied or Arctic qualification for every configuration.
Supports: Profile · operating context
AMP table lists average runtime 6/12/18 hours with 40/80/120 Ah batteries. Optional automatic wireless docking is separately purchased; autonomous charging is not standard bare A300 equipment.
Supports: Profile · reviewed questions.runtime-envelope.id
AMP table lists average runtime 6/12/18 hours with 40/80/120 Ah batteries. Optional automatic wireless docking is separately purchased; autonomous charging is not standard bare A300 equipment.
Supports: Profile · reviewed questions.runtime-envelope.question
AMP table lists average runtime 6/12/18 hours with 40/80/120 Ah batteries. Optional automatic wireless docking is separately purchased; autonomous charging is not standard bare A300 equipment.
Supports: Profile · company stage
Husky AMP has an integrated sensor mast, Xsens Vision Navigator, 3D lidar, teleoperation cameras and OutdoorNav. Vendor specifications distinguish 81 kg maximum and 31.5 kg all-terrain payload, 98.5 kg vehicle weight, 2 m/s and IP54.
Supports: Outdoor research robots and autonomous mobile platforms · summary
Husky AMP combines the A300 base, sensors and OutdoorNav with GNSS-based navigation. Manipulator, Observer and Transporter configurations serve different jobs; wireless docking is optional. Public material does not establish GNSS-denied or Arctic qualification for every configuration.
Supports: Outdoor research robots and autonomous mobile platforms · core features
Husky AMP combines the A300 base, sensors and OutdoorNav with GNSS-based navigation. Manipulator, Observer and Transporter configurations serve different jobs; wireless docking is optional. Public material does not establish GNSS-denied or Arctic qualification for every configuration.
Supports: Outdoor research robots and autonomous mobile platforms · commercial availability
Husky AMP has an integrated sensor mast, Xsens Vision Navigator, 3D lidar, teleoperation cameras and OutdoorNav. Vendor specifications distinguish 81 kg maximum and 31.5 kg all-terrain payload, 98.5 kg vehicle weight, 2 m/s and IP54.
Supports: Outdoor research robots and autonomous mobile platforms · technicaldomainslugs
Husky AMP has an integrated sensor mast, Xsens Vision Navigator, 3D lidar, teleoperation cameras and OutdoorNav. Vendor specifications distinguish 81 kg maximum and 31.5 kg all-terrain payload, 98.5 kg vehicle weight, 2 m/s and IP54.
Supports: Outdoor research robots and autonomous mobile platforms · core features
AMP table lists average runtime 6/12/18 hours with 40/80/120 Ah batteries. Optional automatic wireless docking is separately purchased; autonomous charging is not standard bare A300 equipment.
Supports: Outdoor research robots and autonomous mobile platforms · core features
Husky AMP has an integrated sensor mast, Xsens Vision Navigator, 3D lidar, teleoperation cameras and OutdoorNav. Vendor specifications distinguish 81 kg maximum and 31.5 kg all-terrain payload, 98.5 kg vehicle weight, 2 m/s and IP54.
Supports: Outdoor research robots and autonomous mobile platforms · core features
Husky AMP combines the A300 base, sensors and OutdoorNav with GNSS-based navigation. Manipulator, Observer and Transporter configurations serve different jobs; wireless docking is optional. Public material does not establish GNSS-denied or Arctic qualification for every configuration.
Supports: Outdoor research robots and autonomous mobile platforms · summary
Husky AMP has an integrated sensor mast, Xsens Vision Navigator, 3D lidar, teleoperation cameras and OutdoorNav. Vendor specifications distinguish 81 kg maximum and 31.5 kg all-terrain payload, 98.5 kg vehicle weight, 2 m/s and IP54.
Supports: Outdoor research robots and autonomous mobile platforms · core features
AMP table lists average runtime 6/12/18 hours with 40/80/120 Ah batteries. Optional automatic wireless docking is separately purchased; autonomous charging is not standard bare A300 equipment.
Supports: Outdoor research robots and autonomous mobile platforms → Autonomous Patrol and Monitoring
Husky AMP has an integrated sensor mast, Xsens Vision Navigator, 3D lidar, teleoperation cameras and OutdoorNav. Vendor specifications distinguish 81 kg maximum and 31.5 kg all-terrain payload, 98.5 kg vehicle weight, 2 m/s and IP54.
Supports: Outdoor research robots and autonomous mobile platforms → Autonomous Patrol and Monitoring
Husky AMP has an integrated sensor mast, Xsens Vision Navigator, 3D lidar, teleoperation cameras and OutdoorNav. Vendor specifications distinguish 81 kg maximum and 31.5 kg all-terrain payload, 98.5 kg vehicle weight, 2 m/s and IP54.
Supports: Outdoor research robots and autonomous mobile platforms → Autonomous Patrol and Monitoring
Husky AMP has an integrated sensor mast, Xsens Vision Navigator, 3D lidar, teleoperation cameras and OutdoorNav. Vendor specifications distinguish 81 kg maximum and 31.5 kg all-terrain payload, 98.5 kg vehicle weight, 2 m/s and IP54.
Supports: Outdoor research robots and autonomous mobile platforms → Autonomous Patrol and Monitoring
Husky AMP has an integrated sensor mast, Xsens Vision Navigator, 3D lidar, teleoperation cameras and OutdoorNav. Vendor specifications distinguish 81 kg maximum and 31.5 kg all-terrain payload, 98.5 kg vehicle weight, 2 m/s and IP54.
The official public contact pathway for Clearpath Robotics is https://clearpathrobotics.com/.
Supports: Profile · reviewed questions.clearpath-robotics-first-conversation.question
True North Map derives this first-conversation question from the documented Clearpath Robotics capability, current evidence and the decision gap that remains.
Supports: Profile · editorial profile version
Clearpath Robotics has sufficient mapped public evidence for private reviewer consideration of the shared editorial profile template.
Supports: Profile · description
The official company material describes Clearpath Robotics as a Canadian technology business with the public offering summarized in this candidate.
Supports: Profile · canadian footprint
The official capability material supports the named Autonomous ground robotics offering and the bounded operational description prepared for reviewer consideration.
Supports: Profile · operating context
The current Clearpath Robotics surface identifies an active robotics brand by Rockwell Automation and documents autonomous ground-vehicle platforms for industrial and research use.
Supports: Outdoor research robots and autonomous mobile platforms · summary
The official capability material supports the named Autonomous ground robotics offering and the bounded operational description prepared for reviewer consideration.
Supports: Outdoor research robots and autonomous mobile platforms → Sovereign defence capability areas
The official capability material supports the named Autonomous ground robotics offering and the bounded operational description prepared for reviewer consideration.
Supports: Profile · description
TurtleBot 4 Standard/Lite combine iRobot Create 3 base, Raspberry Pi 4B, ROS 2, OAK-D stereo camera and 2D lidar with open documentation/simulation. Product table specifies 9 kg default payload, 15 kg only by custom configuration, approximately 0.31 m/s and 2.5–4-hour load-dependent runtime. Standard adds mounting/power/USB and display; it is an education/research platform.
Supports: TurtleBot 4 robotics learning platform · slug
TurtleBot 4 Standard/Lite combine iRobot Create 3 base, Raspberry Pi 4B, ROS 2, OAK-D stereo camera and 2D lidar with open documentation/simulation. Product table specifies 9 kg default payload, 15 kg only by custom configuration, approximately 0.31 m/s and 2.5–4-hour load-dependent runtime. Standard adds mounting/power/USB and display; it is an education/research platform.
Supports: TurtleBot 4 robotics learning platform · core features
TurtleBot 4 Standard/Lite combine iRobot Create 3 base, Raspberry Pi 4B, ROS 2, OAK-D stereo camera and 2D lidar with open documentation/simulation. Product table specifies 9 kg default payload, 15 kg only by custom configuration, approximately 0.31 m/s and 2.5–4-hour load-dependent runtime. Standard adds mounting/power/USB and display; it is an education/research platform.
Supports: TurtleBot 4 robotics learning platform · technology readiness level
TurtleBot 4 Standard/Lite combine iRobot Create 3 base, Raspberry Pi 4B, ROS 2, OAK-D stereo camera and 2D lidar with open documentation/simulation. Product table specifies 9 kg default payload, 15 kg only by custom configuration, approximately 0.31 m/s and 2.5–4-hour load-dependent runtime. Standard adds mounting/power/USB and display; it is an education/research platform.
Supports: TurtleBot 4 robotics learning platform · commercial availability
TurtleBot 4 Standard/Lite combine iRobot Create 3 base, Raspberry Pi 4B, ROS 2, OAK-D stereo camera and 2D lidar with open documentation/simulation. Product table specifies 9 kg default payload, 15 kg only by custom configuration, approximately 0.31 m/s and 2.5–4-hour load-dependent runtime. Standard adds mounting/power/USB and display; it is an education/research platform.
Supports: TurtleBot 4 robotics learning platform · core features
TurtleBot 4 Standard/Lite combine iRobot Create 3 base, Raspberry Pi 4B, ROS 2, OAK-D stereo camera and 2D lidar with open documentation/simulation. Product table specifies 9 kg default payload, 15 kg only by custom configuration, approximately 0.31 m/s and 2.5–4-hour load-dependent runtime. Standard adds mounting/power/USB and display; it is an education/research platform.
Supports: TurtleBot 4 robotics learning platform · summary
TurtleBot 4 Standard/Lite combine iRobot Create 3 base, Raspberry Pi 4B, ROS 2, OAK-D stereo camera and 2D lidar with open documentation/simulation. Product table specifies 9 kg default payload, 15 kg only by custom configuration, approximately 0.31 m/s and 2.5–4-hour load-dependent runtime. Standard adds mounting/power/USB and display; it is an education/research platform.
Supports: TurtleBot 4 robotics learning platform · name
TurtleBot 4 Standard/Lite combine iRobot Create 3 base, Raspberry Pi 4B, ROS 2, OAK-D stereo camera and 2D lidar with open documentation/simulation. Product table specifies 9 kg default payload, 15 kg only by custom configuration, approximately 0.31 m/s and 2.5–4-hour load-dependent runtime. Standard adds mounting/power/USB and display; it is an education/research platform.
Supports: TurtleBot 4 robotics learning platform · core features
TurtleBot 4 Standard/Lite combine iRobot Create 3 base, Raspberry Pi 4B, ROS 2, OAK-D stereo camera and 2D lidar with open documentation/simulation. Product table specifies 9 kg default payload, 15 kg only by custom configuration, approximately 0.31 m/s and 2.5–4-hour load-dependent runtime. Standard adds mounting/power/USB and display; it is an education/research platform.
Supports: TurtleBot 4 robotics learning platform · defence applications
TurtleBot 4 Standard/Lite combine iRobot Create 3 base, Raspberry Pi 4B, ROS 2, OAK-D stereo camera and 2D lidar with open documentation/simulation. Product table specifies 9 kg default payload, 15 kg only by custom configuration, approximately 0.31 m/s and 2.5–4-hour load-dependent runtime. Standard adds mounting/power/USB and display; it is an education/research platform.
Supports: TurtleBot 4 robotics learning platform · technicaldomainslugs
TurtleBot 4 Standard/Lite combine iRobot Create 3 base, Raspberry Pi 4B, ROS 2, OAK-D stereo camera and 2D lidar with open documentation/simulation. Product table specifies 9 kg default payload, 15 kg only by custom configuration, approximately 0.31 m/s and 2.5–4-hour load-dependent runtime. Standard adds mounting/power/USB and display; it is an education/research platform.
Supports: TurtleBot 4 robotics learning platform · maturity
TurtleBot 4 Standard/Lite combine iRobot Create 3 base, Raspberry Pi 4B, ROS 2, OAK-D stereo camera and 2D lidar with open documentation/simulation. Product table specifies 9 kg default payload, 15 kg only by custom configuration, approximately 0.31 m/s and 2.5–4-hour load-dependent runtime. Standard adds mounting/power/USB and display; it is an education/research platform.
Supports: TurtleBot 4 robotics learning platform · technical tags
TurtleBot 4 Standard/Lite combine iRobot Create 3 base, Raspberry Pi 4B, ROS 2, OAK-D stereo camera and 2D lidar with open documentation/simulation. Product table specifies 9 kg default payload, 15 kg only by custom configuration, approximately 0.31 m/s and 2.5–4-hour load-dependent runtime. Standard adds mounting/power/USB and display; it is an education/research platform.
Supports: TurtleBot 4 robotics learning platform · capability type
TurtleBot 4 Standard/Lite combine iRobot Create 3 base, Raspberry Pi 4B, ROS 2, OAK-D stereo camera and 2D lidar with open documentation/simulation. Product table specifies 9 kg default payload, 15 kg only by custom configuration, approximately 0.31 m/s and 2.5–4-hour load-dependent runtime. Standard adds mounting/power/USB and display; it is an education/research platform.
Supports: TurtleBot 4 robotics learning platform · technical tags
TurtleBot 4 Standard/Lite combine iRobot Create 3 base, Raspberry Pi 4B, ROS 2, OAK-D stereo camera and 2D lidar with open documentation/simulation. Product table specifies 9 kg default payload, 15 kg only by custom configuration, approximately 0.31 m/s and 2.5–4-hour load-dependent runtime. Standard adds mounting/power/USB and display; it is an education/research platform.
Supports: Profile · description
Rockwell completed acquisition of Ontario-based Clearpath Robotics Inc. on October 2, 2023, including namesake research division and industrial OTTO Motors division; both report to Intelligent Devices. Current Clearpath pages retain Rockwell branding.
Supports: Profile · company stage
Rockwell completed acquisition of Ontario-based Clearpath Robotics Inc. on October 2, 2023, including namesake research division and industrial OTTO Motors division; both report to Intelligent Devices. Current Clearpath pages retain Rockwell branding.
Supports: OTTO industrial material handling and fleet management · summary
Rockwell completed acquisition of Ontario-based Clearpath Robotics Inc. on October 2, 2023, including namesake research division and industrial OTTO Motors division; both report to Intelligent Devices. Current Clearpath pages retain Rockwell branding.
Source type: award or contract
Supports: Profile · reviewed questions.canadian-delivery.question
CanadaBuys CW2229960 records Clearpath Robotics Inc. as supplier for DRDC agile robot platform W7701-227516: award June10,2022; amended June9,2024; total CAD338988.84 including amendments; term June10,2022–June9,2024. No named Husky/AMP model, acceptance or new/current contract is established. Supplier page inherited 27000 staffing/Milwaukee address is not Clearpath research-division staffing.
Supports: Profile · reviewed questions.canadian-delivery.confidence
CanadaBuys CW2229960 records Clearpath Robotics Inc. as supplier for DRDC agile robot platform W7701-227516: award June10,2022; amended June9,2024; total CAD338988.84 including amendments; term June10,2022–June9,2024. No named Husky/AMP model, acceptance or new/current contract is established. Supplier page inherited 27000 staffing/Milwaukee address is not Clearpath research-division staffing.
Supports: Profile · defence posture
CanadaBuys CW2229960 records Clearpath Robotics Inc. as supplier for DRDC agile robot platform W7701-227516: award June10,2022; amended June9,2024; total CAD338988.84 including amendments; term June10,2022–June9,2024. No named Husky/AMP model, acceptance or new/current contract is established. Supplier page inherited 27000 staffing/Milwaukee address is not Clearpath research-division staffing.
Supports: Profile · canadian footprint
CanadaBuys CW2229960 records Clearpath Robotics Inc. as supplier for DRDC agile robot platform W7701-227516: award June10,2022; amended June9,2024; total CAD338988.84 including amendments; term June10,2022–June9,2024. No named Husky/AMP model, acceptance or new/current contract is established. Supplier page inherited 27000 staffing/Milwaukee address is not Clearpath research-division staffing.
Supports: Profile · reviewed questions.canadian-delivery.context
CanadaBuys CW2229960 records Clearpath Robotics Inc. as supplier for DRDC agile robot platform W7701-227516: award June10,2022; amended June9,2024; total CAD338988.84 including amendments; term June10,2022–June9,2024. No named Husky/AMP model, acceptance or new/current contract is established. Supplier page inherited 27000 staffing/Milwaukee address is not Clearpath research-division staffing.
Supports: Profile · reviewed questions.canadian-delivery.id
CanadaBuys CW2229960 records Clearpath Robotics Inc. as supplier for DRDC agile robot platform W7701-227516: award June10,2022; amended June9,2024; total CAD338988.84 including amendments; term June10,2022–June9,2024. No named Husky/AMP model, acceptance or new/current contract is established. Supplier page inherited 27000 staffing/Milwaukee address is not Clearpath research-division staffing.
Clearpath Robotics
Source type: official company product
Supports: Profile · reviewed questions.runtime-envelope.id
A300 comparison page lists average runtime 4/8/12 hours, 100 kg maximum and 50 kg all-terrain payload, -20 to +40 C operating temperature and 30-degree maximum climb. Runtime differs from 8/16/24 hours on the current product page; test conditions do not reconcile the difference.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
A300 comparison page lists average runtime 4/8/12 hours, 100 kg maximum and 50 kg all-terrain payload, -20 to +40 C operating temperature and 30-degree maximum climb. Runtime differs from 8/16/24 hours on the current product page; test conditions do not reconcile the difference.
Supports: Profile · reviewed questions.runtime-envelope.question
A300 comparison page lists average runtime 4/8/12 hours, 100 kg maximum and 50 kg all-terrain payload, -20 to +40 C operating temperature and 30-degree maximum climb. Runtime differs from 8/16/24 hours on the current product page; test conditions do not reconcile the difference.
Supports: Profile · operating context
A300 comparison page lists average runtime 4/8/12 hours, 100 kg maximum and 50 kg all-terrain payload, -20 to +40 C operating temperature and 30-degree maximum climb. Runtime differs from 8/16/24 hours on the current product page; test conditions do not reconcile the difference.
Supports: Profile · reviewed questions.model-lifecycle.context
A300 comparison page lists average runtime 4/8/12 hours, 100 kg maximum and 50 kg all-terrain payload, -20 to +40 C operating temperature and 30-degree maximum climb. Runtime differs from 8/16/24 hours on the current product page; test conditions do not reconcile the difference.
Supports: Profile · reviewed questions.runtime-envelope.context
A300 comparison page lists average runtime 4/8/12 hours, 100 kg maximum and 50 kg all-terrain payload, -20 to +40 C operating temperature and 30-degree maximum climb. Runtime differs from 8/16/24 hours on the current product page; test conditions do not reconcile the difference.
Supports: Profile · reviewed questions.runtime-envelope.confidence
A300 comparison page lists average runtime 4/8/12 hours, 100 kg maximum and 50 kg all-terrain payload, -20 to +40 C operating temperature and 30-degree maximum climb. Runtime differs from 8/16/24 hours on the current product page; test conditions do not reconcile the difference.
Supports: Profile · reviewed questions.model-lifecycle.id
A300 comparison page lists average runtime 4/8/12 hours, 100 kg maximum and 50 kg all-terrain payload, -20 to +40 C operating temperature and 30-degree maximum climb. Runtime differs from 8/16/24 hours on the current product page; test conditions do not reconcile the difference.
Supports: Profile · reviewed questions.model-lifecycle.confidence
A300 comparison page lists average runtime 4/8/12 hours, 100 kg maximum and 50 kg all-terrain payload, -20 to +40 C operating temperature and 30-degree maximum climb. Runtime differs from 8/16/24 hours on the current product page; test conditions do not reconcile the difference.
Supports: Profile · reviewed questions.model-lifecycle.question
A300 comparison page lists average runtime 4/8/12 hours, 100 kg maximum and 50 kg all-terrain payload, -20 to +40 C operating temperature and 30-degree maximum climb. Runtime differs from 8/16/24 hours on the current product page; test conditions do not reconcile the difference.
Supports: Outdoor research robots and autonomous mobile platforms · core features
A300 comparison page lists average runtime 4/8/12 hours, 100 kg maximum and 50 kg all-terrain payload, -20 to +40 C operating temperature and 30-degree maximum climb. Runtime differs from 8/16/24 hours on the current product page; test conditions do not reconcile the difference.
Clearpath Robotics
Source type: official company product
Supports: Profile · reviewed questions.navigation-failure.question
OutdoorNav 2.3 documentation says GNSS-denied localization degrades, negative obstacles are not detected, heavy rain/snow are unsuitable, and manual teleoperation does not use collision avoidance. Published localization/path accuracy depends on sensors, integration, environment and surveyed RTK reference.
Supports: Profile · reviewed questions.navigation-failure.context
OutdoorNav 2.3 documentation says GNSS-denied localization degrades, negative obstacles are not detected, heavy rain/snow are unsuitable, and manual teleoperation does not use collision avoidance. Published localization/path accuracy depends on sensors, integration, environment and surveyed RTK reference.
Supports: Profile · reviewed questions.navigation-failure.confidence
OutdoorNav 2.3 documentation says GNSS-denied localization degrades, negative obstacles are not detected, heavy rain/snow are unsuitable, and manual teleoperation does not use collision avoidance. Published localization/path accuracy depends on sensors, integration, environment and surveyed RTK reference.
Supports: Profile · reviewed questions.navigation-failure.id
OutdoorNav 2.3 documentation says GNSS-denied localization degrades, negative obstacles are not detected, heavy rain/snow are unsuitable, and manual teleoperation does not use collision avoidance. Published localization/path accuracy depends on sensors, integration, environment and surveyed RTK reference.
Supports: Profile · operating context
OutdoorNav 2.3 documentation says GNSS-denied localization degrades, negative obstacles are not detected, heavy rain/snow are unsuitable, and manual teleoperation does not use collision avoidance. Published localization/path accuracy depends on sensors, integration, environment and surveyed RTK reference.
Supports: Outdoor research robots and autonomous mobile platforms · core features
OutdoorNav 2.3 documentation says GNSS-denied localization degrades, negative obstacles are not detected, heavy rain/snow are unsuitable, and manual teleoperation does not use collision avoidance. Published localization/path accuracy depends on sensors, integration, environment and surveyed RTK reference.
Supports: Robot navigation software and custom integration · core features
OutdoorNav 2.3 documentation says GNSS-denied localization degrades, negative obstacles are not detected, heavy rain/snow are unsuitable, and manual teleoperation does not use collision avoidance. Published localization/path accuracy depends on sensors, integration, environment and surveyed RTK reference.
Supports: Robot navigation software and custom integration · maturity
OutdoorNav 2.3 documentation says GNSS-denied localization degrades, negative obstacles are not detected, heavy rain/snow are unsuitable, and manual teleoperation does not use collision avoidance. Published localization/path accuracy depends on sensors, integration, environment and surveyed RTK reference.
Supports: Robot navigation software and custom integration · core features
OutdoorNav 2.3 documentation says GNSS-denied localization degrades, negative obstacles are not detected, heavy rain/snow are unsuitable, and manual teleoperation does not use collision avoidance. Published localization/path accuracy depends on sensors, integration, environment and surveyed RTK reference.
Clearpath Robotics
Source type: official company product
Supports: Profile · canadian footprint
Custom robot development covers requirements, architecture, payload integration, test plans, mechanical/electrical/firmware/software integration and tuning/customization of autonomy. The undated page states founded in 2009; its 150-plus team figure has no reporting date or clear current division scope and is not used as current staffing.
Supports: Profile · description
Custom robot development covers requirements, architecture, payload integration, test plans, mechanical/electrical/firmware/software integration and tuning/customization of autonomy. The undated page states founded in 2009; its 150-plus team figure has no reporting date or clear current division scope and is not used as current staffing.
Supports: Profile · founded year
Custom robot development covers requirements, architecture, payload integration, test plans, mechanical/electrical/firmware/software integration and tuning/customization of autonomy. The undated page states founded in 2009; its 150-plus team figure has no reporting date or clear current division scope and is not used as current staffing.
Supports: Profile · dual use posture
Custom robot development covers requirements, architecture, payload integration, test plans, mechanical/electrical/firmware/software integration and tuning/customization of autonomy. The undated page states founded in 2009; its 150-plus team figure has no reporting date or clear current division scope and is not used as current staffing.
Supports: Profile · profileData.portfolioScope
Custom robot development covers requirements, architecture, payload integration, test plans, mechanical/electrical/firmware/software integration and tuning/customization of autonomy. The undated page states founded in 2009; its 150-plus team figure has no reporting date or clear current division scope and is not used as current staffing.
Supports: Robot navigation software and custom integration · commercial availability
Custom robot development covers requirements, architecture, payload integration, test plans, mechanical/electrical/firmware/software integration and tuning/customization of autonomy. The undated page states founded in 2009; its 150-plus team figure has no reporting date or clear current division scope and is not used as current staffing.
Supports: Robot navigation software and custom integration · defence applications
Custom robot development covers requirements, architecture, payload integration, test plans, mechanical/electrical/firmware/software integration and tuning/customization of autonomy. The undated page states founded in 2009; its 150-plus team figure has no reporting date or clear current division scope and is not used as current staffing.
Supports: Robot navigation software and custom integration · core features
Custom robot development covers requirements, architecture, payload integration, test plans, mechanical/electrical/firmware/software integration and tuning/customization of autonomy. The undated page states founded in 2009; its 150-plus team figure has no reporting date or clear current division scope and is not used as current staffing.
Supports: Robot navigation software and custom integration · technical tags
Custom robot development covers requirements, architecture, payload integration, test plans, mechanical/electrical/firmware/software integration and tuning/customization of autonomy. The undated page states founded in 2009; its 150-plus team figure has no reporting date or clear current division scope and is not used as current staffing.
Supports: Robot navigation software and custom integration · technicaldomainslugs
Custom robot development covers requirements, architecture, payload integration, test plans, mechanical/electrical/firmware/software integration and tuning/customization of autonomy. The undated page states founded in 2009; its 150-plus team figure has no reporting date or clear current division scope and is not used as current staffing.
Supports: Robot navigation software and custom integration · summary
Custom robot development covers requirements, architecture, payload integration, test plans, mechanical/electrical/firmware/software integration and tuning/customization of autonomy. The undated page states founded in 2009; its 150-plus team figure has no reporting date or clear current division scope and is not used as current staffing.
Supports: Robot navigation software and custom integration · slug
Custom robot development covers requirements, architecture, payload integration, test plans, mechanical/electrical/firmware/software integration and tuning/customization of autonomy. The undated page states founded in 2009; its 150-plus team figure has no reporting date or clear current division scope and is not used as current staffing.
Supports: Robot navigation software and custom integration · capability type
Custom robot development covers requirements, architecture, payload integration, test plans, mechanical/electrical/firmware/software integration and tuning/customization of autonomy. The undated page states founded in 2009; its 150-plus team figure has no reporting date or clear current division scope and is not used as current staffing.
Supports: Robot navigation software and custom integration · technology readiness level
Custom robot development covers requirements, architecture, payload integration, test plans, mechanical/electrical/firmware/software integration and tuning/customization of autonomy. The undated page states founded in 2009; its 150-plus team figure has no reporting date or clear current division scope and is not used as current staffing.
Supports: Robot navigation software and custom integration · name
Custom robot development covers requirements, architecture, payload integration, test plans, mechanical/electrical/firmware/software integration and tuning/customization of autonomy. The undated page states founded in 2009; its 150-plus team figure has no reporting date or clear current division scope and is not used as current staffing.
Clearpath Robotics · Sep 15, 2026
Source type: official company news
Supports: Profile · current activity as of
Clearpath September 15, 2026 customer account says Godelius and Cambrian College integrated a drill, conveyor, imaging and onboard analysis on AMP with OutdoorNav. Navigation, sampling and analysis were demonstrated together; the project remains research and development, not an accepted production system. OCI-CTI project support is not an award directly to Clearpath.
Supports: Profile · current activity
Clearpath September 15, 2026 customer account says Godelius and Cambrian College integrated a drill, conveyor, imaging and onboard analysis on AMP with OutdoorNav. Navigation, sampling and analysis were demonstrated together; the project remains research and development, not an accepted production system. OCI-CTI project support is not an award directly to Clearpath.
Supports: Profile · commercial status
Clearpath September 15, 2026 customer account says Godelius and Cambrian College integrated a drill, conveyor, imaging and onboard analysis on AMP with OutdoorNav. Navigation, sampling and analysis were demonstrated together; the project remains research and development, not an accepted production system. OCI-CTI project support is not an award directly to Clearpath.
Supports: Outdoor research robots and autonomous mobile platforms · maturity
Clearpath September 15, 2026 customer account says Godelius and Cambrian College integrated a drill, conveyor, imaging and onboard analysis on AMP with OutdoorNav. Navigation, sampling and analysis were demonstrated together; the project remains research and development, not an accepted production system. OCI-CTI project support is not an award directly to Clearpath.
Supports: Outdoor research robots and autonomous mobile platforms · technicaldomainslugs
Clearpath September 15, 2026 customer account says Godelius and Cambrian College integrated a drill, conveyor, imaging and onboard analysis on AMP with OutdoorNav. Navigation, sampling and analysis were demonstrated together; the project remains research and development, not an accepted production system. OCI-CTI project support is not an award directly to Clearpath.
Supports: Outdoor research robots and autonomous mobile platforms · defence applications
Clearpath September 15, 2026 customer account says Godelius and Cambrian College integrated a drill, conveyor, imaging and onboard analysis on AMP with OutdoorNav. Navigation, sampling and analysis were demonstrated together; the project remains research and development, not an accepted production system. OCI-CTI project support is not an award directly to Clearpath.
Supports: Outdoor research robots and autonomous mobile platforms · summary
Clearpath September 15, 2026 customer account says Godelius and Cambrian College integrated a drill, conveyor, imaging and onboard analysis on AMP with OutdoorNav. Navigation, sampling and analysis were demonstrated together; the project remains research and development, not an accepted production system. OCI-CTI project support is not an award directly to Clearpath.
Supports: Robot navigation software and custom integration · defence applications
Clearpath September 15, 2026 customer account says Godelius and Cambrian College integrated a drill, conveyor, imaging and onboard analysis on AMP with OutdoorNav. Navigation, sampling and analysis were demonstrated together; the project remains research and development, not an accepted production system. OCI-CTI project support is not an award directly to Clearpath.
Supports: Robot navigation software and custom integration · maturity
Clearpath September 15, 2026 customer account says Godelius and Cambrian College integrated a drill, conveyor, imaging and onboard analysis on AMP with OutdoorNav. Navigation, sampling and analysis were demonstrated together; the project remains research and development, not an accepted production system. OCI-CTI project support is not an award directly to Clearpath.
Clearpath Robotics
Source type: official company product
Supports: Profile · commercial status
A300 manual intended use excludes grades above 15 degrees, vertical drops over 150 mm and open liquid deeper than 130 mm; it calls for constant monitoring by trained personnel and application-specific risk assessment. This operating envelope is narrower than the catalogue maximum climb.
Supports: Profile · operating context
A300 manual intended use excludes grades above 15 degrees, vertical drops over 150 mm and open liquid deeper than 130 mm; it calls for constant monitoring by trained personnel and application-specific risk assessment. This operating envelope is narrower than the catalogue maximum climb.
Supports: Profile · reviewed questions.runtime-envelope.id
A300 manual intended use excludes grades above 15 degrees, vertical drops over 150 mm and open liquid deeper than 130 mm; it calls for constant monitoring by trained personnel and application-specific risk assessment. This operating envelope is narrower than the catalogue maximum climb.
Supports: Profile · reviewed questions.runtime-envelope.confidence
A300 manual intended use excludes grades above 15 degrees, vertical drops over 150 mm and open liquid deeper than 130 mm; it calls for constant monitoring by trained personnel and application-specific risk assessment. This operating envelope is narrower than the catalogue maximum climb.
Supports: Profile · dual use posture
A300 manual intended use excludes grades above 15 degrees, vertical drops over 150 mm and open liquid deeper than 130 mm; it calls for constant monitoring by trained personnel and application-specific risk assessment. This operating envelope is narrower than the catalogue maximum climb.
Supports: Profile · reviewed questions.runtime-envelope.context
A300 manual intended use excludes grades above 15 degrees, vertical drops over 150 mm and open liquid deeper than 130 mm; it calls for constant monitoring by trained personnel and application-specific risk assessment. This operating envelope is narrower than the catalogue maximum climb.
Supports: Profile · reviewed questions.runtime-envelope.question
A300 manual intended use excludes grades above 15 degrees, vertical drops over 150 mm and open liquid deeper than 130 mm; it calls for constant monitoring by trained personnel and application-specific risk assessment. This operating envelope is narrower than the catalogue maximum climb.
Supports: Outdoor research robots and autonomous mobile platforms · commercial availability
A300 manual intended use excludes grades above 15 degrees, vertical drops over 150 mm and open liquid deeper than 130 mm; it calls for constant monitoring by trained personnel and application-specific risk assessment. This operating envelope is narrower than the catalogue maximum climb.
Supports: Outdoor research robots and autonomous mobile platforms · core features
A300 manual intended use excludes grades above 15 degrees, vertical drops over 150 mm and open liquid deeper than 130 mm; it calls for constant monitoring by trained personnel and application-specific risk assessment. This operating envelope is narrower than the catalogue maximum climb.
Clearpath Robotics
Source type: official company product
Supports: Profile · reviewed questions.navigation-failure.id
AMP getting-started documentation requires RTK corrections for XVN localization through a base station or NTRIP; OutdoorNav will not operate before correction setup. Docking and undocking lack obstacle detection between the pre-dock and dock positions.
Supports: Profile · reviewed questions.navigation-failure.context
AMP getting-started documentation requires RTK corrections for XVN localization through a base station or NTRIP; OutdoorNav will not operate before correction setup. Docking and undocking lack obstacle detection between the pre-dock and dock positions.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
AMP getting-started documentation requires RTK corrections for XVN localization through a base station or NTRIP; OutdoorNav will not operate before correction setup. Docking and undocking lack obstacle detection between the pre-dock and dock positions.
Supports: Profile · reviewed questions.navigation-failure.question
AMP getting-started documentation requires RTK corrections for XVN localization through a base station or NTRIP; OutdoorNav will not operate before correction setup. Docking and undocking lack obstacle detection between the pre-dock and dock positions.
Supports: Profile · reviewed questions.navigation-failure.confidence
AMP getting-started documentation requires RTK corrections for XVN localization through a base station or NTRIP; OutdoorNav will not operate before correction setup. Docking and undocking lack obstacle detection between the pre-dock and dock positions.
Supports: Profile · operating context
AMP getting-started documentation requires RTK corrections for XVN localization through a base station or NTRIP; OutdoorNav will not operate before correction setup. Docking and undocking lack obstacle detection between the pre-dock and dock positions.
Supports: Outdoor research robots and autonomous mobile platforms · core features
AMP getting-started documentation requires RTK corrections for XVN localization through a base station or NTRIP; OutdoorNav will not operate before correction setup. Docking and undocking lack obstacle detection between the pre-dock and dock positions.
Supports: Robot navigation software and custom integration · core features
AMP getting-started documentation requires RTK corrections for XVN localization through a base station or NTRIP; OutdoorNav will not operate before correction setup. Docking and undocking lack obstacle detection between the pre-dock and dock positions.
Supports: Robot navigation software and custom integration · core features
AMP getting-started documentation requires RTK corrections for XVN localization through a base station or NTRIP; OutdoorNav will not operate before correction setup. Docking and undocking lack obstacle detection between the pre-dock and dock positions.
Supports: Robot navigation software and custom integration · summary
AMP getting-started documentation requires RTK corrections for XVN localization through a base station or NTRIP; OutdoorNav will not operate before correction setup. Docking and undocking lack obstacle detection between the pre-dock and dock positions.
Supports: Robot navigation software and custom integration · commercial availability
AMP getting-started documentation requires RTK corrections for XVN localization through a base station or NTRIP; OutdoorNav will not operate before correction setup. Docking and undocking lack obstacle detection between the pre-dock and dock positions.
Clearpath Robotics
Source type: official company product
Supports: Profile · reviewed questions.clearpath-robotics-decision-1.confidence
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
Supports: Profile · reviewed questions.clearpath-robotics-decision-1.id
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
Supports: Profile · reviewed questions.clearpath-robotics-decision-1.context
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
Supports: Profile · operating context
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
Supports: Profile · reviewed questions.clearpath-robotics-decision-1.question
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
Supports: Outdoor research robots and autonomous mobile platforms · technical tags
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
Supports: Outdoor research robots and autonomous mobile platforms · technology readiness level
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
Supports: Outdoor research robots and autonomous mobile platforms · maturity
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
Supports: Outdoor research robots and autonomous mobile platforms · name
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
Supports: Outdoor research robots and autonomous mobile platforms · summary
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
Supports: Outdoor research robots and autonomous mobile platforms · core features
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
Supports: Outdoor research robots and autonomous mobile platforms · commercial availability
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
Supports: Outdoor research robots and autonomous mobile platforms · technicaldomainslugs
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
Supports: Outdoor research robots and autonomous mobile platforms · defence applications
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
Supports: Outdoor research robots and autonomous mobile platforms · core features
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
Supports: Outdoor research robots and autonomous mobile platforms · technicaldomainslugs
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
Supports: Outdoor research robots and autonomous mobile platforms · capability type
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
Supports: Outdoor research robots and autonomous mobile platforms · technical tags
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
Supports: Outdoor research robots and autonomous mobile platforms → Autonomous Patrol and Monitoring
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
Supports: Outdoor research robots and autonomous mobile platforms → Autonomous Patrol and Monitoring
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
Supports: Outdoor research robots and autonomous mobile platforms → Autonomous Patrol and Monitoring
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
Supports: Outdoor research robots and autonomous mobile platforms → Autonomous Patrol and Monitoring
Clearpath states Husky A300 supports up to 100 kg payload, 2 m/s top speed, IP54 protection and typical eight-hour runtime extendable to twenty-four hours with an upgraded battery configuration. These maxima are configuration-dependent; ROS 2 availability and sensor mounting do not alone provide autonomous behaviour.
UKAEA / AutoInspect authors
Source type: official report
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
AutoInspect preprint reports an independently configured Husky A200 with visual teach-and-repeat, Hokuyo lidar, Bumblebee2 camera, multispectral/thermal sensing and Wibotic docking. June22–August1,2024 biodiversity deployment accumulated 33 autonomous hours and over14km; longest mission1h45m. Jackal integration was ongoing/simulation. This validates the research integration, not stock A300/AMP or OutdoorNav endurance or GNSS-denied performance.
Supports: Profile · dual use posture
AutoInspect preprint reports an independently configured Husky A200 with visual teach-and-repeat, Hokuyo lidar, Bumblebee2 camera, multispectral/thermal sensing and Wibotic docking. June22–August1,2024 biodiversity deployment accumulated 33 autonomous hours and over14km; longest mission1h45m. Jackal integration was ongoing/simulation. This validates the research integration, not stock A300/AMP or OutdoorNav endurance or GNSS-denied performance.
Supports: Outdoor research robots and autonomous mobile platforms · maturity
AutoInspect preprint reports an independently configured Husky A200 with visual teach-and-repeat, Hokuyo lidar, Bumblebee2 camera, multispectral/thermal sensing and Wibotic docking. June22–August1,2024 biodiversity deployment accumulated 33 autonomous hours and over14km; longest mission1h45m. Jackal integration was ongoing/simulation. This validates the research integration, not stock A300/AMP or OutdoorNav endurance or GNSS-denied performance.
Supports: Outdoor research robots and autonomous mobile platforms · summary
AutoInspect preprint reports an independently configured Husky A200 with visual teach-and-repeat, Hokuyo lidar, Bumblebee2 camera, multispectral/thermal sensing and Wibotic docking. June22–August1,2024 biodiversity deployment accumulated 33 autonomous hours and over14km; longest mission1h45m. Jackal integration was ongoing/simulation. This validates the research integration, not stock A300/AMP or OutdoorNav endurance or GNSS-denied performance.
Supports: Outdoor research robots and autonomous mobile platforms · defence applications
AutoInspect preprint reports an independently configured Husky A200 with visual teach-and-repeat, Hokuyo lidar, Bumblebee2 camera, multispectral/thermal sensing and Wibotic docking. June22–August1,2024 biodiversity deployment accumulated 33 autonomous hours and over14km; longest mission1h45m. Jackal integration was ongoing/simulation. This validates the research integration, not stock A300/AMP or OutdoorNav endurance or GNSS-denied performance.
Supports: Outdoor research robots and autonomous mobile platforms → Autonomous Patrol and Monitoring
AutoInspect preprint reports an independently configured Husky A200 with visual teach-and-repeat, Hokuyo lidar, Bumblebee2 camera, multispectral/thermal sensing and Wibotic docking. June22–August1,2024 biodiversity deployment accumulated 33 autonomous hours and over14km; longest mission1h45m. Jackal integration was ongoing/simulation. This validates the research integration, not stock A300/AMP or OutdoorNav endurance or GNSS-denied performance.
Supports: Outdoor research robots and autonomous mobile platforms → Autonomous Patrol and Monitoring
AutoInspect preprint reports an independently configured Husky A200 with visual teach-and-repeat, Hokuyo lidar, Bumblebee2 camera, multispectral/thermal sensing and Wibotic docking. June22–August1,2024 biodiversity deployment accumulated 33 autonomous hours and over14km; longest mission1h45m. Jackal integration was ongoing/simulation. This validates the research integration, not stock A300/AMP or OutdoorNav endurance or GNSS-denied performance.
Supports: Outdoor research robots and autonomous mobile platforms → Autonomous Patrol and Monitoring
AutoInspect preprint reports an independently configured Husky A200 with visual teach-and-repeat, Hokuyo lidar, Bumblebee2 camera, multispectral/thermal sensing and Wibotic docking. June22–August1,2024 biodiversity deployment accumulated 33 autonomous hours and over14km; longest mission1h45m. Jackal integration was ongoing/simulation. This validates the research integration, not stock A300/AMP or OutdoorNav endurance or GNSS-denied performance.
Supports: Outdoor research robots and autonomous mobile platforms → Autonomous Patrol and Monitoring
AutoInspect preprint reports an independently configured Husky A200 with visual teach-and-repeat, Hokuyo lidar, Bumblebee2 camera, multispectral/thermal sensing and Wibotic docking. June22–August1,2024 biodiversity deployment accumulated 33 autonomous hours and over14km; longest mission1h45m. Jackal integration was ongoing/simulation. This validates the research integration, not stock A300/AMP or OutdoorNav endurance or GNSS-denied performance.
University of Waterloo
Source type: official organization profile
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
University of Waterloo RoboHub May6,2025 account documents robotics outreach and captions its image as a NAO and Turtlebot4 with an Engineering Outreach Leader and visiting children. This independently corroborates educational presence, not every course/use or purchase value in Clearpath’s later case study.
Supports: TurtleBot 4 robotics learning platform · technicaldomainslugs
University of Waterloo RoboHub May6,2025 account documents robotics outreach and captions its image as a NAO and Turtlebot4 with an Engineering Outreach Leader and visiting children. This independently corroborates educational presence, not every course/use or purchase value in Clearpath’s later case study.
Supports: TurtleBot 4 robotics learning platform · summary
University of Waterloo RoboHub May6,2025 account documents robotics outreach and captions its image as a NAO and Turtlebot4 with an Engineering Outreach Leader and visiting children. This independently corroborates educational presence, not every course/use or purchase value in Clearpath’s later case study.
Supports: TurtleBot 4 robotics learning platform · maturity
University of Waterloo RoboHub May6,2025 account documents robotics outreach and captions its image as a NAO and Turtlebot4 with an Engineering Outreach Leader and visiting children. This independently corroborates educational presence, not every course/use or purchase value in Clearpath’s later case study.
Supports: TurtleBot 4 robotics learning platform · defence applications
University of Waterloo RoboHub May6,2025 account documents robotics outreach and captions its image as a NAO and Turtlebot4 with an Engineering Outreach Leader and visiting children. This independently corroborates educational presence, not every course/use or purchase value in Clearpath’s later case study.
Rockwell Automation
Source type: official report
Supports: Profile · disclosed financing summary
Rockwell FY2025 note records USD10 million first-period earnout paid in Q3 FY2024 and no consideration earned or paid for the second period ending February 28, 2025; remaining contingent liability was zero at September 30, 2025. Contractual maximum USD50 million was not fully paid.
Supports: Profile · disclosed financing summary
Rockwell FY2025 audited acquisition note reports USD609 million purchase consideration net of acquired cash at acquisition: USD566 million cash and USD43 million contingent fair value. This is acquisition accounting, not a financing award or revenue of the research division.
OTTO by Rockwell Automation
Source type: official company product
Supports: Profile · profileData.portfolioScope
OTTO current industrial lineup lists 100, 600, 1200, 1500 and Lifter, with advertised payload classes respectively 150, 600, 1200, 1900 and 1200 kg. These are indoor factory material-handling products; model names are not payload values.
Supports: Profile · description
OTTO current industrial lineup lists 100, 600, 1200, 1500 and Lifter, with advertised payload classes respectively 150, 600, 1200, 1900 and 1200 kg. These are indoor factory material-handling products; model names are not payload values.
Supports: OTTO industrial material handling and fleet management · capability type
OTTO current industrial lineup lists 100, 600, 1200, 1500 and Lifter, with advertised payload classes respectively 150, 600, 1200, 1900 and 1200 kg. These are indoor factory material-handling products; model names are not payload values.
Supports: OTTO industrial material handling and fleet management · core features
OTTO current industrial lineup lists 100, 600, 1200, 1500 and Lifter, with advertised payload classes respectively 150, 600, 1200, 1900 and 1200 kg. These are indoor factory material-handling products; model names are not payload values.
Supports: OTTO industrial material handling and fleet management · summary
OTTO current industrial lineup lists 100, 600, 1200, 1500 and Lifter, with advertised payload classes respectively 150, 600, 1200, 1900 and 1200 kg. These are indoor factory material-handling products; model names are not payload values.
Supports: OTTO industrial material handling and fleet management · technical tags
OTTO current industrial lineup lists 100, 600, 1200, 1500 and Lifter, with advertised payload classes respectively 150, 600, 1200, 1900 and 1200 kg. These are indoor factory material-handling products; model names are not payload values.
Supports: OTTO industrial material handling and fleet management · slug
OTTO current industrial lineup lists 100, 600, 1200, 1500 and Lifter, with advertised payload classes respectively 150, 600, 1200, 1900 and 1200 kg. These are indoor factory material-handling products; model names are not payload values.
Supports: OTTO industrial material handling and fleet management · name
OTTO current industrial lineup lists 100, 600, 1200, 1500 and Lifter, with advertised payload classes respectively 150, 600, 1200, 1900 and 1200 kg. These are indoor factory material-handling products; model names are not payload values.
Supports: OTTO industrial material handling and fleet management · technicaldomainslugs
OTTO current industrial lineup lists 100, 600, 1200, 1500 and Lifter, with advertised payload classes respectively 150, 600, 1200, 1900 and 1200 kg. These are indoor factory material-handling products; model names are not payload values.
Supports: OTTO industrial material handling and fleet management · technology readiness level
OTTO current industrial lineup lists 100, 600, 1200, 1500 and Lifter, with advertised payload classes respectively 150, 600, 1200, 1900 and 1200 kg. These are indoor factory material-handling products; model names are not payload values.
Supports: OTTO industrial material handling and fleet management · defence applications
OTTO current industrial lineup lists 100, 600, 1200, 1500 and Lifter, with advertised payload classes respectively 150, 600, 1200, 1900 and 1200 kg. These are indoor factory material-handling products; model names are not payload values.
OTTO by Rockwell Automation
Source type: official company news
Supports: Profile · commercial status
OTTO provider case study identifies OTTO100 material handling at GE Aerospace Asheville and attributes USD1.3 million savings to 2019. It supports a named vendor-reported deployment, not independently audited savings, current fleet size or Canadian aerospace workshare.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
OTTO provider case study identifies OTTO100 material handling at GE Aerospace Asheville and attributes USD1.3 million savings to 2019. It supports a named vendor-reported deployment, not independently audited savings, current fleet size or Canadian aerospace workshare.
Supports: Profile · company stage
OTTO provider case study identifies OTTO100 material handling at GE Aerospace Asheville and attributes USD1.3 million savings to 2019. It supports a named vendor-reported deployment, not independently audited savings, current fleet size or Canadian aerospace workshare.
Supports: OTTO industrial material handling and fleet management · maturity
OTTO provider case study identifies OTTO100 material handling at GE Aerospace Asheville and attributes USD1.3 million savings to 2019. It supports a named vendor-reported deployment, not independently audited savings, current fleet size or Canadian aerospace workshare.
Clearpath Robotics
Source type: official company product
Supports: Profile · reviewed questions.model-lifecycle.id
ROS support matrix distinguishes hardware and ROS distributions: A300 supports ROS 2 Jazzy on amd64, not Humble; listed Jackal, Warthog, Dingo and Ridgeback configurations have version-specific support. Boxer B250 has no supported Humble/Jazzy entry. Support is not universal across all documented platforms.
Supports: Profile · reviewed questions.model-lifecycle.context
ROS support matrix distinguishes hardware and ROS distributions: A300 supports ROS 2 Jazzy on amd64, not Humble; listed Jackal, Warthog, Dingo and Ridgeback configurations have version-specific support. Boxer B250 has no supported Humble/Jazzy entry. Support is not universal across all documented platforms.
Supports: Profile · reviewed questions.model-lifecycle.question
ROS support matrix distinguishes hardware and ROS distributions: A300 supports ROS 2 Jazzy on amd64, not Humble; listed Jackal, Warthog, Dingo and Ridgeback configurations have version-specific support. Boxer B250 has no supported Humble/Jazzy entry. Support is not universal across all documented platforms.
Supports: Profile · reviewed questions.model-lifecycle.confidence
ROS support matrix distinguishes hardware and ROS distributions: A300 supports ROS 2 Jazzy on amd64, not Humble; listed Jackal, Warthog, Dingo and Ridgeback configurations have version-specific support. Boxer B250 has no supported Humble/Jazzy entry. Support is not universal across all documented platforms.
Supports: Indoor mobile manipulation and research platforms · commercial availability
ROS support matrix distinguishes hardware and ROS distributions: A300 supports ROS 2 Jazzy on amd64, not Humble; listed Jackal, Warthog, Dingo and Ridgeback configurations have version-specific support. Boxer B250 has no supported Humble/Jazzy entry. Support is not universal across all documented platforms.
Supports: Outdoor research robots and autonomous mobile platforms · technical tags
ROS support matrix distinguishes hardware and ROS distributions: A300 supports ROS 2 Jazzy on amd64, not Humble; listed Jackal, Warthog, Dingo and Ridgeback configurations have version-specific support. Boxer B250 has no supported Humble/Jazzy entry. Support is not universal across all documented platforms.
Supports: Outdoor research robots and autonomous mobile platforms · core features
ROS support matrix distinguishes hardware and ROS distributions: A300 supports ROS 2 Jazzy on amd64, not Humble; listed Jackal, Warthog, Dingo and Ridgeback configurations have version-specific support. Boxer B250 has no supported Humble/Jazzy entry. Support is not universal across all documented platforms.
Supports: Robot navigation software and custom integration · core features
ROS support matrix distinguishes hardware and ROS distributions: A300 supports ROS 2 Jazzy on amd64, not Humble; listed Jackal, Warthog, Dingo and Ridgeback configurations have version-specific support. Boxer B250 has no supported Humble/Jazzy entry. Support is not universal across all documented platforms.
Corporations Canada
Source type: government service page
Supports: Profile · company stage
Corporations Canada lists Rockwell Automation Canada Ltd., federal corporation 1660582-6, as active. Its record gives a January 1, 2025 amalgamation naming Clearpath Robotics Inc. 1655336-2 and the earlier Rockwell Automation Canada Ltd. as predecessors, a registered office at 135 Dundas Street North in Cambridge, Ontario, and the 2026 annual return as filed.
Supports: Profile · legal name
Corporations Canada lists Rockwell Automation Canada Ltd., federal corporation 1660582-6, as active. Its record gives a January 1, 2025 amalgamation naming Clearpath Robotics Inc. 1655336-2 and the earlier Rockwell Automation Canada Ltd. as predecessors, a registered office at 135 Dundas Street North in Cambridge, Ontario, and the 2026 annual return as filed.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Corporations Canada lists Rockwell Automation Canada Ltd., federal corporation 1660582-6, as active. Its record gives a January 1, 2025 amalgamation naming Clearpath Robotics Inc. 1655336-2 and the earlier Rockwell Automation Canada Ltd. as predecessors, a registered office at 135 Dundas Street North in Cambridge, Ontario, and the 2026 annual return as filed.
Supports: Profile · canadian footprint
Corporations Canada lists Rockwell Automation Canada Ltd., federal corporation 1660582-6, as active. Its record gives a January 1, 2025 amalgamation naming Clearpath Robotics Inc. 1655336-2 and the earlier Rockwell Automation Canada Ltd. as predecessors, a registered office at 135 Dundas Street North in Cambridge, Ontario, and the 2026 annual return as filed.
Supports: Profile · description
Corporations Canada lists Rockwell Automation Canada Ltd., federal corporation 1660582-6, as active. Its record gives a January 1, 2025 amalgamation naming Clearpath Robotics Inc. 1655336-2 and the earlier Rockwell Automation Canada Ltd. as predecessors, a registered office at 135 Dundas Street North in Cambridge, Ontario, and the 2026 annual return as filed.
Supports: Profile · ownership
Corporations Canada lists Rockwell Automation Canada Ltd., federal corporation 1660582-6, as active. Its record gives a January 1, 2025 amalgamation naming Clearpath Robotics Inc. 1655336-2 and the earlier Rockwell Automation Canada Ltd. as predecessors, a registered office at 135 Dundas Street North in Cambridge, Ontario, and the 2026 annual return as filed.
Supports: Profile · reviewed questions.canadian-delivery.id
Corporations Canada lists Rockwell Automation Canada Ltd., federal corporation 1660582-6, as active. Its record gives a January 1, 2025 amalgamation naming Clearpath Robotics Inc. 1655336-2 and the earlier Rockwell Automation Canada Ltd. as predecessors, a registered office at 135 Dundas Street North in Cambridge, Ontario, and the 2026 annual return as filed.
Supports: Profile · reviewed questions.canadian-delivery.context
Corporations Canada lists Rockwell Automation Canada Ltd., federal corporation 1660582-6, as active. Its record gives a January 1, 2025 amalgamation naming Clearpath Robotics Inc. 1655336-2 and the earlier Rockwell Automation Canada Ltd. as predecessors, a registered office at 135 Dundas Street North in Cambridge, Ontario, and the 2026 annual return as filed.
Supports: Profile · reviewed questions.canadian-delivery.confidence
Corporations Canada lists Rockwell Automation Canada Ltd., federal corporation 1660582-6, as active. Its record gives a January 1, 2025 amalgamation naming Clearpath Robotics Inc. 1655336-2 and the earlier Rockwell Automation Canada Ltd. as predecessors, a registered office at 135 Dundas Street North in Cambridge, Ontario, and the 2026 annual return as filed.
Supports: Profile · reviewed questions.canadian-delivery.question
Corporations Canada lists Rockwell Automation Canada Ltd., federal corporation 1660582-6, as active. Its record gives a January 1, 2025 amalgamation naming Clearpath Robotics Inc. 1655336-2 and the earlier Rockwell Automation Canada Ltd. as predecessors, a registered office at 135 Dundas Street North in Cambridge, Ontario, and the 2026 annual return as filed.
Supports: Current legal successor relationship
Corporations Canada lists Rockwell Automation Canada Ltd., federal corporation 1660582-6, as active. Its record gives a January 1, 2025 amalgamation naming Clearpath Robotics Inc. 1655336-2 and the earlier Rockwell Automation Canada Ltd. as predecessors, a registered office at 135 Dundas Street North in Cambridge, Ontario, and the 2026 annual return as filed.
Supports: Current legal successor relationship
Corporations Canada lists Rockwell Automation Canada Ltd., federal corporation 1660582-6, as active. Its record gives a January 1, 2025 amalgamation naming Clearpath Robotics Inc. 1655336-2 and the earlier Rockwell Automation Canada Ltd. as predecessors, a registered office at 135 Dundas Street North in Cambridge, Ontario, and the 2026 annual return as filed.
Supports: Current legal successor relationship
Corporations Canada lists Rockwell Automation Canada Ltd., federal corporation 1660582-6, as active. Its record gives a January 1, 2025 amalgamation naming Clearpath Robotics Inc. 1655336-2 and the earlier Rockwell Automation Canada Ltd. as predecessors, a registered office at 135 Dundas Street North in Cambridge, Ontario, and the 2026 annual return as filed.
Supports: Current legal successor relationship
Corporations Canada lists Rockwell Automation Canada Ltd., federal corporation 1660582-6, as active. Its record gives a January 1, 2025 amalgamation naming Clearpath Robotics Inc. 1655336-2 and the earlier Rockwell Automation Canada Ltd. as predecessors, a registered office at 135 Dundas Street North in Cambridge, Ontario, and the 2026 annual return as filed.
Source type: government service page
Supports: Profile · defence posture
Related DRDC tender WS3288260884 explicitly sought a robotic platform on legs for Valcartier; related award is CW2229960. It does not identify an A300/AMP, and the procurement must not be used as delivered Husky evidence. Notice provides no downloadable annex.
OTTO by Rockwell Automation
Source type: official company product
Supports: Profile · dual use posture
August 2026 OTTO 1500 sheet rates 1900 kg including attachments, 2 m/s, IP20 and 0–40 C, with Ethernet/USB/CAN and safety I/O. It advertises PL-d switching fieldsets and listed standards including R15.08-1 and ISO3691-4; configuration-specific vendor compliance is not field-mission qualification.
Supports: OTTO industrial material handling and fleet management · commercial availability
August 2026 OTTO 1500 sheet rates 1900 kg including attachments, 2 m/s, IP20 and 0–40 C, with Ethernet/USB/CAN and safety I/O. It advertises PL-d switching fieldsets and listed standards including R15.08-1 and ISO3691-4; configuration-specific vendor compliance is not field-mission qualification.
Supports: OTTO industrial material handling and fleet management · core features
August 2026 OTTO 1500 sheet rates 1900 kg including attachments, 2 m/s, IP20 and 0–40 C, with Ethernet/USB/CAN and safety I/O. It advertises PL-d switching fieldsets and listed standards including R15.08-1 and ISO3691-4; configuration-specific vendor compliance is not field-mission qualification.
Clearpath Robotics
Source type: official company product
Supports: Profile · profileData.portfolioScope
Bare Husky A300 is advertised at 100 kg maximum payload, 2 m/s maximum speed and IP54 chassis protection; current product page lists typical runtime 8/16/24 hours. These are vendor configurations, not payload-and-terrain endurance guarantees.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Bare Husky A300 is advertised at 100 kg maximum payload, 2 m/s maximum speed and IP54 chassis protection; current product page lists typical runtime 8/16/24 hours. These are vendor configurations, not payload-and-terrain endurance guarantees.
Supports: Profile · operating context
Bare Husky A300 is advertised at 100 kg maximum payload, 2 m/s maximum speed and IP54 chassis protection; current product page lists typical runtime 8/16/24 hours. These are vendor configurations, not payload-and-terrain endurance guarantees.
Supports: Outdoor research robots and autonomous mobile platforms · core features
Bare Husky A300 is advertised at 100 kg maximum payload, 2 m/s maximum speed and IP54 chassis protection; current product page lists typical runtime 8/16/24 hours. These are vendor configurations, not payload-and-terrain endurance guarantees.
Supports: Outdoor research robots and autonomous mobile platforms · technology readiness level
Bare Husky A300 is advertised at 100 kg maximum payload, 2 m/s maximum speed and IP54 chassis protection; current product page lists typical runtime 8/16/24 hours. These are vendor configurations, not payload-and-terrain endurance guarantees.
Supports: Outdoor research robots and autonomous mobile platforms · capability type
Bare Husky A300 is advertised at 100 kg maximum payload, 2 m/s maximum speed and IP54 chassis protection; current product page lists typical runtime 8/16/24 hours. These are vendor configurations, not payload-and-terrain endurance guarantees.
Supports: Outdoor research robots and autonomous mobile platforms · core features
Bare Husky A300 is advertised at 100 kg maximum payload, 2 m/s maximum speed and IP54 chassis protection; current product page lists typical runtime 8/16/24 hours. These are vendor configurations, not payload-and-terrain endurance guarantees.
Supports: Outdoor research robots and autonomous mobile platforms · technicaldomainslugs
Bare Husky A300 is advertised at 100 kg maximum payload, 2 m/s maximum speed and IP54 chassis protection; current product page lists typical runtime 8/16/24 hours. These are vendor configurations, not payload-and-terrain endurance guarantees.
Supports: Outdoor research robots and autonomous mobile platforms · technical tags
Bare Husky A300 is advertised at 100 kg maximum payload, 2 m/s maximum speed and IP54 chassis protection; current product page lists typical runtime 8/16/24 hours. These are vendor configurations, not payload-and-terrain endurance guarantees.
Supports: Outdoor research robots and autonomous mobile platforms · summary
Bare Husky A300 is advertised at 100 kg maximum payload, 2 m/s maximum speed and IP54 chassis protection; current product page lists typical runtime 8/16/24 hours. These are vendor configurations, not payload-and-terrain endurance guarantees.
Supports: Outdoor research robots and autonomous mobile platforms · name
Bare Husky A300 is advertised at 100 kg maximum payload, 2 m/s maximum speed and IP54 chassis protection; current product page lists typical runtime 8/16/24 hours. These are vendor configurations, not payload-and-terrain endurance guarantees.
Clearpath Robotics
Source type: official company product
Supports: Profile · commercial status
Clearpath offers mechanical, electrical and software integration plus post-delivery support. Named examples include Ridgeback lift kits, Boxer RFID inventory scanner, HITT Husky site-presence integration and dual-arm Warthog. These are provider-described integrations, not proof of general commercial acceptance.
Supports: Indoor mobile manipulation and research platforms · core features
Clearpath offers mechanical, electrical and software integration plus post-delivery support. Named examples include Ridgeback lift kits, Boxer RFID inventory scanner, HITT Husky site-presence integration and dual-arm Warthog. These are provider-described integrations, not proof of general commercial acceptance.
Supports: Indoor mobile manipulation and research platforms · summary
Clearpath offers mechanical, electrical and software integration plus post-delivery support. Named examples include Ridgeback lift kits, Boxer RFID inventory scanner, HITT Husky site-presence integration and dual-arm Warthog. These are provider-described integrations, not proof of general commercial acceptance.
Supports: Indoor mobile manipulation and research platforms · technicaldomainslugs
Clearpath offers mechanical, electrical and software integration plus post-delivery support. Named examples include Ridgeback lift kits, Boxer RFID inventory scanner, HITT Husky site-presence integration and dual-arm Warthog. These are provider-described integrations, not proof of general commercial acceptance.
Supports: Indoor mobile manipulation and research platforms · maturity
Clearpath offers mechanical, electrical and software integration plus post-delivery support. Named examples include Ridgeback lift kits, Boxer RFID inventory scanner, HITT Husky site-presence integration and dual-arm Warthog. These are provider-described integrations, not proof of general commercial acceptance.
Supports: Outdoor research robots and autonomous mobile platforms · commercial availability
Clearpath offers mechanical, electrical and software integration plus post-delivery support. Named examples include Ridgeback lift kits, Boxer RFID inventory scanner, HITT Husky site-presence integration and dual-arm Warthog. These are provider-described integrations, not proof of general commercial acceptance.
Supports: Robot navigation software and custom integration · maturity
Clearpath offers mechanical, electrical and software integration plus post-delivery support. Named examples include Ridgeback lift kits, Boxer RFID inventory scanner, HITT Husky site-presence integration and dual-arm Warthog. These are provider-described integrations, not proof of general commercial acceptance.
Supports: Robot navigation software and custom integration · core features
Clearpath offers mechanical, electrical and software integration plus post-delivery support. Named examples include Ridgeback lift kits, Boxer RFID inventory scanner, HITT Husky site-presence integration and dual-arm Warthog. These are provider-described integrations, not proof of general commercial acceptance.
Clearpath Robotics
Source type: official company product
Supports: Profile · profileData.portfolioScope
Ridgeback is an omnidirectional Mecanum indoor research base with 100 kg maximum payload, 1.1 m/s and 18 mm obstacle clearance. ROS 2 Jazzy, Gazebo and MoveIt integration support optional manipulators, lifts and IndoorNav. A rear lidar is required for advertised 360-degree coverage.
Supports: Indoor mobile manipulation and research platforms · defence applications
Ridgeback is an omnidirectional Mecanum indoor research base with 100 kg maximum payload, 1.1 m/s and 18 mm obstacle clearance. ROS 2 Jazzy, Gazebo and MoveIt integration support optional manipulators, lifts and IndoorNav. A rear lidar is required for advertised 360-degree coverage.
Supports: Indoor mobile manipulation and research platforms · core features
Ridgeback is an omnidirectional Mecanum indoor research base with 100 kg maximum payload, 1.1 m/s and 18 mm obstacle clearance. ROS 2 Jazzy, Gazebo and MoveIt integration support optional manipulators, lifts and IndoorNav. A rear lidar is required for advertised 360-degree coverage.
Supports: Indoor mobile manipulation and research platforms · technical tags
Ridgeback is an omnidirectional Mecanum indoor research base with 100 kg maximum payload, 1.1 m/s and 18 mm obstacle clearance. ROS 2 Jazzy, Gazebo and MoveIt integration support optional manipulators, lifts and IndoorNav. A rear lidar is required for advertised 360-degree coverage.
Supports: Indoor mobile manipulation and research platforms · maturity
Ridgeback is an omnidirectional Mecanum indoor research base with 100 kg maximum payload, 1.1 m/s and 18 mm obstacle clearance. ROS 2 Jazzy, Gazebo and MoveIt integration support optional manipulators, lifts and IndoorNav. A rear lidar is required for advertised 360-degree coverage.
Supports: Indoor mobile manipulation and research platforms · capability type
Ridgeback is an omnidirectional Mecanum indoor research base with 100 kg maximum payload, 1.1 m/s and 18 mm obstacle clearance. ROS 2 Jazzy, Gazebo and MoveIt integration support optional manipulators, lifts and IndoorNav. A rear lidar is required for advertised 360-degree coverage.
Supports: Indoor mobile manipulation and research platforms · core features
Ridgeback is an omnidirectional Mecanum indoor research base with 100 kg maximum payload, 1.1 m/s and 18 mm obstacle clearance. ROS 2 Jazzy, Gazebo and MoveIt integration support optional manipulators, lifts and IndoorNav. A rear lidar is required for advertised 360-degree coverage.
Supports: Indoor mobile manipulation and research platforms · technology readiness level
Ridgeback is an omnidirectional Mecanum indoor research base with 100 kg maximum payload, 1.1 m/s and 18 mm obstacle clearance. ROS 2 Jazzy, Gazebo and MoveIt integration support optional manipulators, lifts and IndoorNav. A rear lidar is required for advertised 360-degree coverage.
Supports: Indoor mobile manipulation and research platforms · slug
Ridgeback is an omnidirectional Mecanum indoor research base with 100 kg maximum payload, 1.1 m/s and 18 mm obstacle clearance. ROS 2 Jazzy, Gazebo and MoveIt integration support optional manipulators, lifts and IndoorNav. A rear lidar is required for advertised 360-degree coverage.
Supports: Indoor mobile manipulation and research platforms · commercial availability
Ridgeback is an omnidirectional Mecanum indoor research base with 100 kg maximum payload, 1.1 m/s and 18 mm obstacle clearance. ROS 2 Jazzy, Gazebo and MoveIt integration support optional manipulators, lifts and IndoorNav. A rear lidar is required for advertised 360-degree coverage.
Supports: Indoor mobile manipulation and research platforms · technicaldomainslugs
Ridgeback is an omnidirectional Mecanum indoor research base with 100 kg maximum payload, 1.1 m/s and 18 mm obstacle clearance. ROS 2 Jazzy, Gazebo and MoveIt integration support optional manipulators, lifts and IndoorNav. A rear lidar is required for advertised 360-degree coverage.
Supports: Indoor mobile manipulation and research platforms · summary
Ridgeback is an omnidirectional Mecanum indoor research base with 100 kg maximum payload, 1.1 m/s and 18 mm obstacle clearance. ROS 2 Jazzy, Gazebo and MoveIt integration support optional manipulators, lifts and IndoorNav. A rear lidar is required for advertised 360-degree coverage.
Supports: Indoor mobile manipulation and research platforms · name
Ridgeback is an omnidirectional Mecanum indoor research base with 100 kg maximum payload, 1.1 m/s and 18 mm obstacle clearance. ROS 2 Jazzy, Gazebo and MoveIt integration support optional manipulators, lifts and IndoorNav. A rear lidar is required for advertised 360-degree coverage.
Rockwell Automation
Source type: official report
Supports: Profile · operating context
Rockwell Automation reports its acquisition of Clearpath Robotics, including OTTO Motors, effective 2 October 2023. Clearpath remains a Canadian operating business within Rockwell; ownership is not independent Canadian control.
Government of Canada
Source type: government service page
Supports: Profile · ownership
CIPO record 1746575/TMA988630 lists current owner Rockwell Automation Inc., registered mark expiring January 16, 2033; assignment effective July 30, 2024 was registered June 9, 2025. Trademark goods list is not evidence every listed vehicle category remains a current product.
Government of Canada
Source type: government service page
Supports: Profile · disclosed financing summary
FedDev Ontario November 12, 2014 backgrounder identifies up to CAD950000 for Clearpath remote robot software management development/commercialization and prototypes under Investing in Business Innovation. This is an announced contribution ceiling; projected jobs are not actual current staffing and no disbursement is established.
Supports: Announced contribution ceiling funding event
FedDev Ontario November 12, 2014 backgrounder identifies up to CAD950000 for Clearpath remote robot software management development/commercialization and prototypes under Investing in Business Innovation. This is an announced contribution ceiling; projected jobs are not actual current staffing and no disbursement is established.
Supports: Announced contribution ceiling funding event
FedDev Ontario November 12, 2014 backgrounder identifies up to CAD950000 for Clearpath remote robot software management development/commercialization and prototypes under Investing in Business Innovation. This is an announced contribution ceiling; projected jobs are not actual current staffing and no disbursement is established.
Supports: Announced contribution ceiling funding event
FedDev Ontario November 12, 2014 backgrounder identifies up to CAD950000 for Clearpath remote robot software management development/commercialization and prototypes under Investing in Business Innovation. This is an announced contribution ceiling; projected jobs are not actual current staffing and no disbursement is established.
Supports: Announced contribution ceiling funding event
FedDev Ontario November 12, 2014 backgrounder identifies up to CAD950000 for Clearpath remote robot software management development/commercialization and prototypes under Investing in Business Innovation. This is an announced contribution ceiling; projected jobs are not actual current staffing and no disbursement is established.
Supports: Announced contribution ceiling funding event
FedDev Ontario November 12, 2014 backgrounder identifies up to CAD950000 for Clearpath remote robot software management development/commercialization and prototypes under Investing in Business Innovation. This is an announced contribution ceiling; projected jobs are not actual current staffing and no disbursement is established.
Clearpath Robotics
Source type: official company news
Supports: Profile · defence posture
Clearpath October6,2022 open letter pledges not to weaponize advanced-mobility general-purpose robots/software or support others doing so, with intended-use review where possible. It explicitly distinguishes existing technologies used by governments for defence/law enforcement. This is a published pledge, not a legal blanket prohibition on all defence sales.
Clearpath Robotics
Source type: official company news
Supports: Profile · disclosed financing summary
Clearpath announced completed USD5 million secured convertible-note financing with BDC Capital on January 27, 2021 under its Bridge Financing Program. Funds were for working capital, product development, sales and marketing of Clearpath and OTTO; no research-division allocation or present balance is reported.
Supports: Secured convertible note financing funding event
Clearpath announced completed USD5 million secured convertible-note financing with BDC Capital on January 27, 2021 under its Bridge Financing Program. Funds were for working capital, product development, sales and marketing of Clearpath and OTTO; no research-division allocation or present balance is reported.
Supports: Secured convertible note financing funding event
Clearpath announced completed USD5 million secured convertible-note financing with BDC Capital on January 27, 2021 under its Bridge Financing Program. Funds were for working capital, product development, sales and marketing of Clearpath and OTTO; no research-division allocation or present balance is reported.
Supports: Secured convertible note financing funding event
Clearpath announced completed USD5 million secured convertible-note financing with BDC Capital on January 27, 2021 under its Bridge Financing Program. Funds were for working capital, product development, sales and marketing of Clearpath and OTTO; no research-division allocation or present balance is reported.
Supports: Secured convertible note financing funding event
Clearpath announced completed USD5 million secured convertible-note financing with BDC Capital on January 27, 2021 under its Bridge Financing Program. Funds were for working capital, product development, sales and marketing of Clearpath and OTTO; no research-division allocation or present balance is reported.
Supports: Secured convertible note financing funding event
Clearpath announced completed USD5 million secured convertible-note financing with BDC Capital on January 27, 2021 under its Bridge Financing Program. Funds were for working capital, product development, sales and marketing of Clearpath and OTTO; no research-division allocation or present balance is reported.
Clearpath Robotics
Source type: official company product
Supports: Indoor mobile manipulation and research platforms · defence applications
Dingo current product page advertises 20 kg payload, 1.3 m/s and 16 mm obstacle clearance with ROS 2 Jazzy/Gazebo/MoveIt support. Vision, Kinova Gen3-Lite manipulation, IndoorNav and wireless charging are optional packages, not standard delivered functions.
Supports: Indoor mobile manipulation and research platforms · core features
Dingo current product page advertises 20 kg payload, 1.3 m/s and 16 mm obstacle clearance with ROS 2 Jazzy/Gazebo/MoveIt support. Vision, Kinova Gen3-Lite manipulation, IndoorNav and wireless charging are optional packages, not standard delivered functions.
Supports: Indoor mobile manipulation and research platforms · commercial availability
Dingo current product page advertises 20 kg payload, 1.3 m/s and 16 mm obstacle clearance with ROS 2 Jazzy/Gazebo/MoveIt support. Vision, Kinova Gen3-Lite manipulation, IndoorNav and wireless charging are optional packages, not standard delivered functions.
Supports: Indoor mobile manipulation and research platforms · core features
Dingo current product page advertises 20 kg payload, 1.3 m/s and 16 mm obstacle clearance with ROS 2 Jazzy/Gazebo/MoveIt support. Vision, Kinova Gen3-Lite manipulation, IndoorNav and wireless charging are optional packages, not standard delivered functions.
Supports: Indoor mobile manipulation and research platforms · summary
Dingo current product page advertises 20 kg payload, 1.3 m/s and 16 mm obstacle clearance with ROS 2 Jazzy/Gazebo/MoveIt support. Vision, Kinova Gen3-Lite manipulation, IndoorNav and wireless charging are optional packages, not standard delivered functions.
Supports: Indoor mobile manipulation and research platforms · technical tags
Dingo current product page advertises 20 kg payload, 1.3 m/s and 16 mm obstacle clearance with ROS 2 Jazzy/Gazebo/MoveIt support. Vision, Kinova Gen3-Lite manipulation, IndoorNav and wireless charging are optional packages, not standard delivered functions.
OTTO by Rockwell Automation
Source type: official company product
Supports: OTTO industrial material handling and fleet management · technicaldomainslugs
OTTO Fleet Manager assigns jobs, manages traffic and charging and exposes open APIs for MES/ERP/WMS plus OPC-UA PLC integration. Current page claims VDA5050 support for orders from third-party controllers; this does not certify arbitrary mixed fleets or the research robots.
Supports: OTTO industrial material handling and fleet management · core features
OTTO Fleet Manager assigns jobs, manages traffic and charging and exposes open APIs for MES/ERP/WMS plus OPC-UA PLC integration. Current page claims VDA5050 support for orders from third-party controllers; this does not certify arbitrary mixed fleets or the research robots.
Supports: OTTO industrial material handling and fleet management · commercial availability
OTTO Fleet Manager assigns jobs, manages traffic and charging and exposes open APIs for MES/ERP/WMS plus OPC-UA PLC integration. Current page claims VDA5050 support for orders from third-party controllers; this does not certify arbitrary mixed fleets or the research robots.
Supports: OTTO industrial material handling and fleet management · technical tags
OTTO Fleet Manager assigns jobs, manages traffic and charging and exposes open APIs for MES/ERP/WMS plus OPC-UA PLC integration. Current page claims VDA5050 support for orders from third-party controllers; this does not certify arbitrary mixed fleets or the research robots.
OTTO by Rockwell Automation
Source type: official company product
Supports: OTTO industrial material handling and fleet management · core features
September 2026 OTTO 1200 sheet specifies 1200 kg including attachment, 1.4 m/s, 5–40 C, Ethernet/USB/CAN/safety I/O and PL-d fieldsets. Its standards list differs from OTTO 1500; no runtime is supplied in this sheet.
OTTO by Rockwell Automation
Source type: official company product
Supports: OTTO industrial material handling and fleet management · core features
August 2026 OTTO Lifter sheet specifies 1200 kg maximum total payload, 1.5 m/s, one-metre autonomous versus 2.7-metre manual lift height, no slopes above one degree and 5–35 C. Supported pallet geometry and battery/charging options constrain deployment.
Supports: OTTO industrial material handling and fleet management · defence applications
August 2026 OTTO Lifter sheet specifies 1200 kg maximum total payload, 1.5 m/s, one-metre autonomous versus 2.7-metre manual lift height, no slopes above one degree and 5–35 C. Supported pallet geometry and battery/charging options constrain deployment.
Supports: OTTO industrial material handling and fleet management · core features
August 2026 OTTO Lifter sheet specifies 1200 kg maximum total payload, 1.5 m/s, one-metre autonomous versus 2.7-metre manual lift height, no slopes above one degree and 5–35 C. Supported pallet geometry and battery/charging options constrain deployment.
Clearpath Robotics
Source type: official company product
Supports: Outdoor research robots and autonomous mobile platforms · technical tags
Warthog is offered as an outdoor UGV with ROS 2 Jazzy, mounting/power/I/O interfaces and optional sensing/manipulator packages. Advertised maximum payload 272 kg and land speed 18 km/h are model-specific; brief water locomotion is not a marine patrol or underwater capability. Runtime prose up to 8 hours differs from the nominal 2.5/3-hour battery table.
Supports: Outdoor research robots and autonomous mobile platforms · core features
Warthog is offered as an outdoor UGV with ROS 2 Jazzy, mounting/power/I/O interfaces and optional sensing/manipulator packages. Advertised maximum payload 272 kg and land speed 18 km/h are model-specific; brief water locomotion is not a marine patrol or underwater capability. Runtime prose up to 8 hours differs from the nominal 2.5/3-hour battery table.
Supports: Outdoor research robots and autonomous mobile platforms · summary
Warthog is offered as an outdoor UGV with ROS 2 Jazzy, mounting/power/I/O interfaces and optional sensing/manipulator packages. Advertised maximum payload 272 kg and land speed 18 km/h are model-specific; brief water locomotion is not a marine patrol or underwater capability. Runtime prose up to 8 hours differs from the nominal 2.5/3-hour battery table.
Supports: Outdoor research robots and autonomous mobile platforms · defence applications
Warthog is offered as an outdoor UGV with ROS 2 Jazzy, mounting/power/I/O interfaces and optional sensing/manipulator packages. Advertised maximum payload 272 kg and land speed 18 km/h are model-specific; brief water locomotion is not a marine patrol or underwater capability. Runtime prose up to 8 hours differs from the nominal 2.5/3-hour battery table.
Clearpath Robotics
Source type: official company product
Supports: Outdoor research robots and autonomous mobile platforms · summary
Jackal is offered with onboard computer, GPS, IMU and ROS 2 Jazzy; vendor limits 20 kg maximum payload, 2 m/s, IP62 casing, -20 to +45 C and four-hour basic runtime. Vision, manipulation, OutdoorNav and IndoorNav packages add different sensors/computing; base GPS does not establish mission-ready autonomy.
Supports: Outdoor research robots and autonomous mobile platforms · core features
Jackal is offered with onboard computer, GPS, IMU and ROS 2 Jazzy; vendor limits 20 kg maximum payload, 2 m/s, IP62 casing, -20 to +45 C and four-hour basic runtime. Vision, manipulation, OutdoorNav and IndoorNav packages add different sensors/computing; base GPS does not establish mission-ready autonomy.
Department of National Defence · Mar 1, 2026
Source type: official policy
Supports: Outdoor research robots and autonomous mobile platforms → Sovereign defence capability areas
Canada needs secure strategic autonomy and reliable access to capabilities that are critical to defending its sovereignty and meeting allied commitments, while reducing exposure to foreign supply-chain and intellectual-property dependencies.
Supports: Outdoor research robots and autonomous mobile platforms → Sovereign defence capability areas
Reviewer synthesis of the public end state: Canada can build, sustain or control priority aerospace, ammunition, digital, in-service support, sensor, space, specialized manufacturing, training and uncrewed capabilities through domestic strength, trusted partnerships and sovereign access.
Clearpath Robotics
Source type: official company product
Supports: Robot navigation software and custom integration · summary
IndoorNav combines a processor, two lidars and IMU with SLAM, dynamic planning, point-to-point navigation, web interface, Ethernet and ROS 2 API. It targets indoor single-level operation; supported-robot list includes Husky, Jackal, Ridgeback, Dingo and Boxer, while software matrix support remains model/version-specific.
Supports: Robot navigation software and custom integration · core features
IndoorNav combines a processor, two lidars and IMU with SLAM, dynamic planning, point-to-point navigation, web interface, Ethernet and ROS 2 API. It targets indoor single-level operation; supported-robot list includes Husky, Jackal, Ridgeback, Dingo and Boxer, while software matrix support remains model/version-specific.
Supports: Robot navigation software and custom integration · commercial availability
IndoorNav combines a processor, two lidars and IMU with SLAM, dynamic planning, point-to-point navigation, web interface, Ethernet and ROS 2 API. It targets indoor single-level operation; supported-robot list includes Husky, Jackal, Ridgeback, Dingo and Boxer, while software matrix support remains model/version-specific.
Supports: Robot navigation software and custom integration · technical tags
IndoorNav combines a processor, two lidars and IMU with SLAM, dynamic planning, point-to-point navigation, web interface, Ethernet and ROS 2 API. It targets indoor single-level operation; supported-robot list includes Husky, Jackal, Ridgeback, Dingo and Boxer, while software matrix support remains model/version-specific.
Supports: Robot navigation software and custom integration · defence applications
IndoorNav combines a processor, two lidars and IMU with SLAM, dynamic planning, point-to-point navigation, web interface, Ethernet and ROS 2 API. It targets indoor single-level operation; supported-robot list includes Husky, Jackal, Ridgeback, Dingo and Boxer, while software matrix support remains model/version-specific.
Supports: Robot navigation software and custom integration · technicaldomainslugs
IndoorNav combines a processor, two lidars and IMU with SLAM, dynamic planning, point-to-point navigation, web interface, Ethernet and ROS 2 API. It targets indoor single-level operation; supported-robot list includes Husky, Jackal, Ridgeback, Dingo and Boxer, while software matrix support remains model/version-specific.
Clearpath Robotics
Source type: official company news
Supports: TurtleBot 4 robotics learning platform · summary
Clearpath July 28, 2026 account names University of Waterloo RoboHub/IDEAS Clinic use of TurtleBot4 in teaching, labs, workshops and Toyota Innovation Challenge, with an attributed educator statement. No procurement value, universal course adoption or defence qualification is claimed.
Supports: TurtleBot 4 robotics learning platform · commercial availability
Clearpath July 28, 2026 account names University of Waterloo RoboHub/IDEAS Clinic use of TurtleBot4 in teaching, labs, workshops and Toyota Innovation Challenge, with an attributed educator statement. No procurement value, universal course adoption or defence qualification is claimed.
Corporations Canada
Source type: government service page
Supports: Current legal successor relationship
The separate Corporations Canada record for Clearpath Robotics Inc., federal corporation 1655336-2, records continuance from British Columbia on November 27, 2024 and an inactive status through amalgamation into Rockwell Automation Canada Ltd. on January 1, 2025.
