Obruta Space Solutions

Supports: Profile · operating context

Obruta Space Solutions is an Ottawa space-technology company developing autonomous rendezvous, proximity-operations and docking systems for on-orbit servicing and logistics.

Supports: Profile · reviewed questions.obruta-space-solutions-refresh-question-1.confidence

A NASA-hosted research paper describes four ObRuta autonomous rendezvous/docking experiments using Astrobee robots inside the ISS, culminating on May 27, 2025 in Honey docking to Bumble with monocular vision guidance. This validates a controlled interior microgravity experiment; it does not demonstrate external free-flying satellite servicing.

Supports: Profile · reviewed questions.obruta-space-solutions-refresh-question-1.context

A NASA-hosted research paper describes four ObRuta autonomous rendezvous/docking experiments using Astrobee robots inside the ISS, culminating on May 27, 2025 in Honey docking to Bumble with monocular vision guidance. This validates a controlled interior microgravity experiment; it does not demonstrate external free-flying satellite servicing.

Supports: Profile · reviewed questions.obruta-space-solutions-refresh-question-1.question

A NASA-hosted research paper describes four ObRuta autonomous rendezvous/docking experiments using Astrobee robots inside the ISS, culminating on May 27, 2025 in Honey docking to Bumble with monocular vision guidance. This validates a controlled interior microgravity experiment; it does not demonstrate external free-flying satellite servicing.

Supports: Profile · operating context

NASA-hosted Astrobee paper records four ISS interior experiments culminating May27 2025 in Honey autonomously docking with Bumble using Obruta monocular vision and guidance/control. This validates software in an interior microgravity test, not a complete external satellite servicing system.

Supports: Autonomous RPOD Kit · maturity

NASA-hosted Astrobee paper records four ISS interior experiments culminating May27 2025 in Honey autonomously docking with Bumble using Obruta monocular vision and guidance/control. This validates software in an interior microgravity test, not a complete external satellite servicing system.

Supports: Autonomous RPOD Kit · core features

NASA-hosted Astrobee paper records four ISS interior experiments culminating May27 2025 in Honey autonomously docking with Bumble using Obruta monocular vision and guidance/control. This validates software in an interior microgravity test, not a complete external satellite servicing system.

Supports: Autonomous RPOD Kit · summary

NASA-hosted Astrobee paper records four ISS interior experiments culminating May27 2025 in Honey autonomously docking with Bumble using Obruta monocular vision and guidance/control. This validates software in an interior microgravity test, not a complete external satellite servicing system.

Supports: Profile · reviewed questions.obruta-space-solutions-refresh-question-1.question

Obruta’s RPOD Kit combines navigation hardware and autonomous flight software for cooperative rendezvous, proximity operations and docking. It fuses existing spacecraft and kit sensors, supplies safe-abort and mission optimization logic, and supports chemical or electric propulsion. Uncooperative targets and robotic-arm missions require separate discussion; data-sheet access is by request, so mass/power/approach limits are not established.

Supports: Profile · reviewed questions.obruta-space-solutions-first-conversation.context

Obruta Space Solutions'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 · reviewed questions.obruta-space-solutions-refresh-question-1.id

Obruta’s RPOD Kit combines navigation hardware and autonomous flight software for cooperative rendezvous, proximity operations and docking. It fuses existing spacecraft and kit sensors, supplies safe-abort and mission optimization logic, and supports chemical or electric propulsion. Uncooperative targets and robotic-arm missions require separate discussion; data-sheet access is by request, so mass/power/approach limits are not established.

Supports: Profile · operating context

Obruta’s RPOD Kit combines navigation hardware and autonomous flight software for cooperative rendezvous, proximity operations and docking. It fuses existing spacecraft and kit sensors, supplies safe-abort and mission optimization logic, and supports chemical or electric propulsion. Uncooperative targets and robotic-arm missions require separate discussion; data-sheet access is by request, so mass/power/approach limits are not established.

Supports: Profile · operating context

Autonomous rendezvous and docking software; Navigation-sensor data fusion; Built-in safe-abort logic; Compatibility with chemical and electric propulsion

Supports: Profile · operating context

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Profile · reviewed questions.obruta-space-solutions-refresh-question-1.context

Obruta’s RPOD Kit combines navigation hardware and autonomous flight software for cooperative rendezvous, proximity operations and docking. It fuses existing spacecraft and kit sensors, supplies safe-abort and mission optimization logic, and supports chemical or electric propulsion. Uncooperative targets and robotic-arm missions require separate discussion; data-sheet access is by request, so mass/power/approach limits are not established.

Supports: Autonomous RPOD Kit · technical tags

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit · summary

Obruta's RPOD Kit combines spacecraft hardware and autonomous flight software for cooperative rendezvous, proximity operations and docking, including navigation-sensor fusion, safe-abort logic and mission optimization.

Supports: Autonomous RPOD Kit · technical tags

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit · defence applications

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit · technical tags

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit · technical tags

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit · defence applications

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit · core features

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit · capability type

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit · summary

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit · technicaldomainslugs

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit · technology readiness level

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit · commercial availability

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit · technicaldomainslugs

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit · name

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit · technicaldomainslugs

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit · defence applications

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit · technical tags

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit · core features

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit · defence applications

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit · technicaldomainslugs

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit · core features

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit → Autonomous Patrol and Monitoring

Autonomous inspection, proximity operations and sensor-driven docking are relevant to persistent robotic monitoring in orbit; this is a derived mission fit rather than a disclosed CAF deployment.

Supports: Autonomous RPOD Kit → Autonomous Patrol and Monitoring

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit → Autonomous Patrol and Monitoring

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit → Autonomous Patrol and Monitoring

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit → Autonomous Patrol and Monitoring

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit → Edge Data Processing

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit → Edge Data Processing

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit → Edge Data Processing

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit → Edge Data Processing

Obruta RPOD Kit combines navigation sensors and flight software, existing-sensor fusion, built-in safe aborts and support for chemical/electric propulsion. Its standard intended scope is cooperative docking; uncooperative targets and robotic-arm missions require separate discussion.

Supports: Autonomous RPOD Kit · summary

CSA contribution 25STDPX32 provides C$1m September 4 2025 through September 30 2027 for RPOD Kit validation. The record explicitly says flight software was tested in space but sensor hardware and the overall kit still require testing before inaugural spaceflight.

Supports: Autonomous RPOD Kit · maturity

CSA contribution 25STDPX32 provides C$1m September 4 2025 through September 30 2027 for RPOD Kit validation. The record explicitly says flight software was tested in space but sensor hardware and the overall kit still require testing before inaugural spaceflight.