Kraken Robotics works across two connected problems in underwater operations: seeing the seabed clearly and supplying power to the vehicles doing the work. Its Canadian business develops KATFISH towed sonar, synthetic-aperture sonar payloads for underwater vehicles and SeaPower batteries, alongside subsea survey services.
It also acts as an integrator. The Royal Canadian Navy’s Remote Minehunting and Disposal System programme brings Kraken sonar together with partner vehicles, disposal systems and transportable command and handling equipment. The July 2026 acquisition of Covelya expanded the corporate group; that does not make every subsidiary product part of a single Kraken-built system.
Systems and integration
KATFISH's published operating envelope is 4–10 knots, 5–30 m survey altitude and a 300 m maximum depth rating. Its fact sheet separates 3 cm real-time SAS from 2 cm post-processed imagery, lists GeoTIFF/XTF and other outputs, and specifies a topside processing rack, 28 TB storage and gigabit Ethernet. SeaPower's brochure describes a 6000 m rating, per-cell temperature/voltage monitoring and software-controlled power; it says designed for compliance with named standards, not that every supplied configuration holds certification.
Operating context
Getting useful sonar imagery ashore involves more than the sensor. KATFISH combines an actively stabilized towbody with a winch, tow cable, launch-and-recovery equipment and topside processing. The data sheet specifies a gigabit Ethernet connection and 28 TB of storage, with exports including XTF and GeoTIFF. Those interfaces matter when the survey has to fit an existing vessel, command centre or analysis workflow.
Kraken’s Q1 2026 SEFINE RD-22 demonstration joins several of these pieces: autonomous handling, 3 cm imagery at a reported 200 m per side, and a live feed for operators ashore to classify contacts. The company also reports a November 2025 ARCIMS demonstration. A later MOU proposes mission-planning integration and automatic target recognition; the proposed development should not be confused with what operators demonstrated.
The vehicle and mission still determine the usable envelope. KATFISH literature differs between 5–25 m and 5–30 m survey-altitude descriptions, and its maximum specifications are conditional on operating conditions. An integration discussion needs the selected towbody, handling arrangement, communications path and environmental limits together.
Canadian footprint
Kraken lists its headquarters at 189 Glencoe Drive, Mount Pearl, Newfoundland and Labrador, and a Nova Scotia location at 464 Cutler Avenue, Dartmouth. Its April 2026 results announcement reported completion of a new Nova Scotia battery manufacturing facility. The facility announcement supports a Canadian production footprint, but does not quantify current qualified output or available delivery slots.
St. John's, Newfoundland and Labrador is the published city-level context for Kraken Robotics. It does not imply a street address or exact facility location.
Kraken is useful to teams assembling underwater survey and mine-countermeasure capability because it spans the sensor, power and integration work between them. The KATFISH demonstrations provide a concrete starting point for discussing vessel handling and the shore operator’s workflow; SeaPower and vehicle-integrated SAS open different platform choices. The worthwhile discussion is about the selected configuration and delivery scope, with Q2 financial figures kept separate from the group enlarged by Covelya.
Interpretation of the public record. Not qualification, endorsement or evidence of buyer interest.
KATFISH is a survey package built around keeping the sonar stable while the vessel moves. Articulated tailfins and an autopilot stabilize the towbody; the winch, tow cable and launch-and-recovery system connect it to the vessel. Kraken offers compact USV and ISO20 handling arrangements for different host platforms.
The company’s feature sheet distinguishes 3 cm by 3 cm imagery available in real time from 2 cm by 2 cm post-processed imagery, with a listed 200 m range on each side. At the SEFINE RD-22 demonstration, Kraken reports that the live feed reached operators ashore for contact classification. Its subsequent MOU discusses further mission-planning and automatic-recognition development, rather than establishing that all of those functions were already operational.
Integration also includes storage and data movement: the sheet lists 28 TB topside storage, gigabit Ethernet and common survey exports including XTF and GeoTIFF. Maximum sensor figures do not establish the radio-link capacity or environmental envelope of a particular installation.
Evidence of maturity
Kraken reports Q1 2026 SEFINE RD-22 and November 2025 ARCIMS demonstrations of autonomous handling and live sonar use. The May 2026 MOU proposes further mission-planning and ATR development. Literature differs on 5–25 m versus 5–30 m survey altitude; platform-qualified operating limits and delivery acceptance require confirmation.
Commercial availability
Commercially offered sonar and handling configurations; host-vessel integration and acceptance conditions are specified per programme.
Core features
Actively stabilized towfish and topside processing
3 cm by 3 cm real-time and 2 cm by 2 cm post-processed imagery
Optional USV and ISO20 launch-and-recovery systems
Kraken SAS is intended to give an underwater vehicle both seabed imagery and bathymetry from the same payload. The family uses configurable arrays and onboard processing, with exports including XTF and GeoTIFF for subsequent survey work. The published integration data also specifies nominal 24–60 VDC power and 4 TB onboard storage.
The differences between variants matter. MP-SAS is the smaller package for low-logistics UUV work: its table lists 300 m depth and up to 100 m per side. Larger selected flooded configurations offer 6,000 m depth ratings, while the SAS-120 table changes range with survey speed. Combining the smallest package, deepest rating and widest swath into a single specification would misdescribe the offering.
Kraken’s named orders include Teledyne Marine and Terradepth integration work. They establish a commercial route into vehicles and survey services; the exact array, depth housing, power budget and processing interface still belong to the individual installation.
Evidence of maturity
Kraken reports SAS orders and established vehicle integrations; its December 2025 announcement names Teledyne Marine and Terradepth. Maximum catalogue values vary with the chosen configuration and operating conditions.
Commercial availability
Offered as configurable sonar payloads for vehicle integration; processing, data interfaces and depth options are selected with Kraken.
Core features
Simultaneous synthetic-aperture imagery and bathymetry
The RCN programme shows Kraken working as a prime integrator across a mine-countermeasure system. The original 2022 announcement combines AquaPix-equipped REMUS autonomous vehicles for searching with SEAFOX mine-disposal systems and SH Defence’s containerized command and handling modules. It also describes an initial five-year integrated logistics support programme with options for equipment, spares, training and technical support.
That system-of-systems description is useful for understanding where the partners fit. It is not a current delivered-equipment inventory. CanadaBuys records a June 11, 2026 reduction of C$12.154 million to the acquisition contract and a total of C$33.690 million, with expiry in December 2028. The entry does not explain the final quantities or acceptance status. The original scope, amended contract value and equipment actually accepted by the Navy therefore need to remain distinct.
Evidence of maturity
CanadaBuys confirms Kraken as prime supplier under W8472-105270/001/QF. The June 11, 2026 amendment lists CAD 33,689,621.80 total after a CAD 12,154,000.20 reduction; revised equipment quantities and final acceptance are not disclosed there.
Commercial availability
Programme-specific contracted integration and support, with the register showing expiry December 29, 2028; this is not an off-the-shelf inventory or a fresh open procurement.
SeaPower addresses the space and weight taken up by an underwater vehicle’s energy supply. Kraken encapsulates lithium-ion cells in a pressure-tolerant polymer matrix, avoiding the conventional pressure housing or oil compensation around the battery. The battery-management system monitors cell temperature and voltage and provides telemetry and software power control.
Kraken describes configurable systems from 2 kWh to 5 MWh and a 6,000 m depth rating. Those are family-level options, not the specification of one universal module. In an unnamed customer example, it reports increasing a UUV’s capacity from 48 to 96 kWh within the same volume and reducing weight per kWh by 46%. That is useful evidence of the claimed packaging benefit, with the configuration and comparison still belonging to that example.
Reported orders identify real integration routes, including Teledyne Marine’s planned Gavia and SeaRaptor work. Electrical, mechanical and safety compatibility must still be established for the selected vehicle; the brochure’s design-for-compliance wording is not proof of every certification.
Evidence of maturity
Kraken reports orders for SeaPower, including named Teledyne integration plans, and an unnamed UUV capacity/weight example. The sheet describes pressure testing and design for UN 38.3, IEC, DNV and NAVSEA compliance; it does not establish certification or accepted performance for every configuration.
Commercial availability
Offered in configurable modules and integrated battery systems; electrical, packaging and qualification scope require agreement.
Public record
Recent activity
Aug 27, 2026
On August 27, 2026, Kraken reported Q2 revenue of C$27.3 million, excluding Covelya because that acquisition closed after the quarter. It also announced a long-term subsea-battery supply agreement with an unnamed XL-UUV developer. The release reported a C$1.5 million reversal of previously recognized integration-project revenue following a scope reduction.
Printed p. 1, cash and subscription receipts; notes 6 and 22
Financing and disclosed activity
Kraken reported C$27.320 million revenue for the three months ended June 30, 2026, before Covelya joined the group. The quarter included a C$1.5 million reversal of previously recognized product revenue after an integration project changed scope. It also recognized a C$6.911 million provision for probable costs in an arbitration over a 2017 supplier contract. These qualifications help explain the quarter without treating a provision as a cash payment.
At June 30, cash and cash equivalents were C$91.266 million. A further C$396.745 million of subscription-receipt proceeds was separately held in escrow. Neither that balance sheet nor the quarter’s revenue represents the enlarged group after closing.
Note 22 records the July 2 Covelya acquisition at approximately C$615 million: C$355 million cash, C$125 million term debt and C$135 million in shares, subject to closing adjustments. Acquisition consideration, reported revenue and available cash describe different things and should be read separately.
Reviewed connections
Mission area · Reviewed connectionEvidence strength: Moderate
The capability may contribute to northern maritime awareness when undersea survey and detection gaps are relevant; Arctic operating assumptions still require validation.
Which tow, launch/recovery and shore-processing configuration is validated for the proposed vessel and sea-state envelope?
The SEFINE RD-22 trial streamed KATFISH imagery to operators ashore, and the brochure offers containerized or compact USV handling arrangements.
02
What survey coverage, contact-classification workload and export interfaces can be reproduced with the proposed command-centre workflow?
KATFISH offers 3×3 cm real-time and 2×2 cm post-processed imagery; the demonstrated feed supports operator classification.
Original sources 23 linked records
These records support the organization, its owned capabilities and their reviewed connections. A source count is not a count of independent confirmations.
The KATFISH sheet distinguishes real-time and post-processed resolutions and specifies topside storage and launch/recovery options.
Supports: Profile · operating context
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
At 30 June 2026 Kraken reported CAD 91,266,000 cash and cash equivalents, separately from CAD 396,745,000 subscription-receipt proceeds held in escrow. This is the pre-Covelya closing balance sheet, not post-acquisition available cash.
At 30 June 2026 Kraken reported CAD 91,266,000 cash and cash equivalents, separately from CAD 396,745,000 subscription-receipt proceeds held in escrow. This is the pre-Covelya closing balance sheet, not post-acquisition available cash.
Kraken reports a Q1 2026 Istanbul demonstration of KATFISH and autonomous launch/recovery on SEFINE's RD-22 USV. It streamed 3 cm by 3 cm sonar data at 200 metres per side to an onshore command centre for operator classification through SEFINE SISAM mission-planning software.
Kraken reports a Q1 2026 Istanbul demonstration of KATFISH and autonomous launch/recovery on SEFINE's RD-22 USV. It streamed 3 cm by 3 cm sonar data at 200 metres per side to an onshore command centre for operator classification through SEFINE SISAM mission-planning software.
The Q2 2026 MD&A records CAD 6.911 million Other Loss for probable costs of arbitration concerning a supplier contract entered in 2017. This is a provision, not a new sale or a cash payment established by this disclosure.
Supports: Profile · disclosed financing summary
Kraken recognized C$6.911 million estimated royalty, interest and legal/arbitration costs connected to a 2017 supplier contract.
Kraken SAS combines imagery and bathymetry with 60, 120 and 180 cm array options. The MP-SAS table specifies 300 m depth and 100 m per side; selected larger flooded SAS configurations reach 6,000 m, and the SAS-120 range/speed table varies range with speed.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Public sources cited · Facts and assessments kept separate · Human review
High-resolution towed synthetic aperture sonar can support undersea survey and seabed characterization where persistent underwater awareness is required.
KATFISH Towed Synthetic Aperture Sonar may help teams working on Future submarine operational capability by contributing to maritime and undersea operations and detection and situational awareness.
Kraken Synthetic Aperture Sonar may help teams working on Future submarine operational capability by contributing to maritime and undersea operations and detection and situational awareness.
Reviewed connections indicate possible relevance based on public evidence. They do not indicate procurement direction, eligibility, endorsement or customer interest.
Supports: Profile · operating context
KATFISH standard equipment includes a topside gigabit Ethernet connection and 28 TB solid-state storage; the sheet lists XTF, GeoTIFF and other formats, 78.4 MB/s dual-sided data and 330 GB/hour. These are source-listed rates, not a claim that all raw data can be streamed over a vessel radio link.
The KATFISH sheet distinguishes real-time and post-processed resolutions and specifies topside storage and launch/recovery options.
Supports: Profile · description
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Supports: KATFISH Towed Synthetic Aperture Sonar · name
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Supports: KATFISH Towed Synthetic Aperture Sonar · core features
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
The KATFISH sheet states 3 cm by 3 cm real-time SAS imagery, 2 cm by 2 cm post-processed imagery, 25 cm bathymetry resolution, 200 m per-side range, 4–10 knot standard operation and 300 m depth rating. Maximum values depend on environment, vehicle stability and the operating configuration.
Supports: KATFISH Towed Synthetic Aperture Sonar · core features
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Supports: KATFISH Towed Synthetic Aperture Sonar · core features
KATFISH standard equipment includes a topside gigabit Ethernet connection and 28 TB solid-state storage; the sheet lists XTF, GeoTIFF and other formats, 78.4 MB/s dual-sided data and 330 GB/hour. These are source-listed rates, not a claim that all raw data can be streamed over a vessel radio link.
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Supports: KATFISH Towed Synthetic Aperture Sonar · name
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Supports: KATFISH Towed Synthetic Aperture Sonar · core features
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Supports: KATFISH Towed Synthetic Aperture Sonar · core features
The KATFISH sheet states 3 cm by 3 cm real-time SAS imagery, 2 cm by 2 cm post-processed imagery, 25 cm bathymetry resolution, 200 m per-side range, 4–10 knot standard operation and 300 m depth rating. Maximum values depend on environment, vehicle stability and the operating configuration.
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Supports: KATFISH Towed Synthetic Aperture Sonar · capability type
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Supports: KATFISH Towed Synthetic Aperture Sonar · core features
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Supports: KATFISH Towed Synthetic Aperture Sonar · core features
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
KATFISH standard equipment includes a topside gigabit Ethernet connection and 28 TB solid-state storage; the sheet lists XTF, GeoTIFF and other formats, 78.4 MB/s dual-sided data and 330 GB/hour. These are source-listed rates, not a claim that all raw data can be streamed over a vessel radio link.
Supports: KATFISH Towed Synthetic Aperture Sonar · core features
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Supports: KATFISH Towed Synthetic Aperture Sonar · capability type
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Kraken describes KATFISH as an actively stabilized SAS towfish using articulated tailfins and an autopilot. Its sheet lists a 200 kg towfish, a Tentacle winch, 1,000 m tow cable, topside processing and optional USV or ISO20 launch/recovery systems.
Kraken KATFISH combines a stabilized towfish, real-time processing and winch with optional USV or ISO20 launch-and-recovery systems. The brochure distinguishes 3 cm by 3 cm real-time imagery from 2 cm by 2 cm post-processing and lists GeoTIFF/XTF and topside gigabit Ethernet. Its 300 m depth rating and survey performance are manufacturer specifications dependent on conditions.
Kraken’s unaudited consolidated statements report CAD 27,320,000 revenue for the three months ended 30 June 2026. Note 22 places the Covelya acquisition on 2 July 2026, so these quarterly results exclude that acquired business.
Supports: Profile · disclosed financing summary
Kraken’s unaudited consolidated statements report CAD 27,320,000 revenue for the three months ended 30 June 2026. Note 22 places the Covelya acquisition on 2 July 2026, so these quarterly results exclude that acquired business.
At 30 June 2026 Kraken reported CAD 91,266,000 cash and cash equivalents, separately from CAD 396,745,000 subscription-receipt proceeds held in escrow. This is the pre-Covelya closing balance sheet, not post-acquisition available cash.
Supports: Profile · snapshot observations.1.id
At 30 June 2026 Kraken reported CAD 91,266,000 cash and cash equivalents, separately from CAD 396,745,000 subscription-receipt proceeds held in escrow. This is the pre-Covelya closing balance sheet, not post-acquisition available cash.
At 30 June 2026 Kraken reported CAD 91,266,000 cash and cash equivalents, separately from CAD 396,745,000 subscription-receipt proceeds held in escrow. This is the pre-Covelya closing balance sheet, not post-acquisition available cash.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Note 22 records the 2 July 2026 acquisition of 100% of Covelya for approximately CAD 615 million: CAD 355 million cash, CAD 125 million term loan and CAD 135 million shares, subject to closing adjustments. Initial acquisition accounting was not yet complete.
At 30 June 2026 Kraken reported CAD 91,266,000 cash and cash equivalents, separately from CAD 396,745,000 subscription-receipt proceeds held in escrow. This is the pre-Covelya closing balance sheet, not post-acquisition available cash.
At 30 June 2026 Kraken reported CAD 91,266,000 cash and cash equivalents, separately from CAD 396,745,000 subscription-receipt proceeds held in escrow. This is the pre-Covelya closing balance sheet, not post-acquisition available cash.
Supports: Profile · snapshot observations.0.unit
Kraken’s unaudited consolidated statements report CAD 27,320,000 revenue for the three months ended 30 June 2026. Note 22 places the Covelya acquisition on 2 July 2026, so these quarterly results exclude that acquired business.
Supports: Profile · snapshot observations.1.basis
At 30 June 2026 Kraken reported CAD 91,266,000 cash and cash equivalents, separately from CAD 396,745,000 subscription-receipt proceeds held in escrow. This is the pre-Covelya closing balance sheet, not post-acquisition available cash.
Supports: Profile · snapshot observations.0.asOf
Kraken’s unaudited consolidated statements report CAD 27,320,000 revenue for the three months ended 30 June 2026. Note 22 places the Covelya acquisition on 2 July 2026, so these quarterly results exclude that acquired business.
Supports: Profile · disclosed financing summary
At 30 June 2026 Kraken reported CAD 91,266,000 cash and cash equivalents, separately from CAD 396,745,000 subscription-receipt proceeds held in escrow. This is the pre-Covelya closing balance sheet, not post-acquisition available cash.
At 30 June 2026 Kraken reported CAD 91,266,000 cash and cash equivalents, separately from CAD 396,745,000 subscription-receipt proceeds held in escrow. This is the pre-Covelya closing balance sheet, not post-acquisition available cash.
At 30 June 2026 Kraken reported CAD 91,266,000 cash and cash equivalents, separately from CAD 396,745,000 subscription-receipt proceeds held in escrow. This is the pre-Covelya closing balance sheet, not post-acquisition available cash.
At 30 June 2026 Kraken reported CAD 91,266,000 cash and cash equivalents, separately from CAD 396,745,000 subscription-receipt proceeds held in escrow. This is the pre-Covelya closing balance sheet, not post-acquisition available cash.
Kraken’s unaudited consolidated statements report CAD 27,320,000 revenue for the three months ended 30 June 2026. Note 22 places the Covelya acquisition on 2 July 2026, so these quarterly results exclude that acquired business.
Kraken’s unaudited consolidated statements report CAD 27,320,000 revenue for the three months ended 30 June 2026. Note 22 places the Covelya acquisition on 2 July 2026, so these quarterly results exclude that acquired business.
Kraken’s unaudited consolidated statements report CAD 27,320,000 revenue for the three months ended 30 June 2026. Note 22 places the Covelya acquisition on 2 July 2026, so these quarterly results exclude that acquired business.
Supports: Profile · disclosed financing summary
Note 22 records the 2 July 2026 acquisition of 100% of Covelya for approximately CAD 615 million: CAD 355 million cash, CAD 125 million term loan and CAD 135 million shares, subject to closing adjustments. Initial acquisition accounting was not yet complete.
Supports: Profile · snapshot observations.1.unit
At 30 June 2026 Kraken reported CAD 91,266,000 cash and cash equivalents, separately from CAD 396,745,000 subscription-receipt proceeds held in escrow. This is the pre-Covelya closing balance sheet, not post-acquisition available cash.
Kraken’s unaudited consolidated statements report CAD 27,320,000 revenue for the three months ended 30 June 2026. Note 22 places the Covelya acquisition on 2 July 2026, so these quarterly results exclude that acquired business.
Supports: Profile · disclosed financing summary
The Covelya consideration comprised C$355 million cash on hand, C$125 million term debt and C$135 million shares, subject to adjustments.
Kraken’s unaudited consolidated statements report CAD 27,320,000 revenue for the three months ended 30 June 2026. Note 22 places the Covelya acquisition on 2 July 2026, so these quarterly results exclude that acquired business.
Kraken’s unaudited consolidated statements report CAD 27,320,000 revenue for the three months ended 30 June 2026. Note 22 places the Covelya acquisition on 2 July 2026, so these quarterly results exclude that acquired business.
Supports: Profile · description
Kraken acquired all Covelya shares on July 2, 2026, as disclosed in subsequent events.
At 30 June 2026 Kraken reported CAD 91,266,000 cash and cash equivalents, separately from CAD 396,745,000 subscription-receipt proceeds held in escrow. This is the pre-Covelya closing balance sheet, not post-acquisition available cash.
Kraken’s unaudited consolidated statements report CAD 27,320,000 revenue for the three months ended 30 June 2026. Note 22 places the Covelya acquisition on 2 July 2026, so these quarterly results exclude that acquired business.
Kraken’s unaudited consolidated statements report CAD 27,320,000 revenue for the three months ended 30 June 2026. Note 22 places the Covelya acquisition on 2 July 2026, so these quarterly results exclude that acquired business.
Kraken’s unaudited consolidated statements report CAD 27,320,000 revenue for the three months ended 30 June 2026. Note 22 places the Covelya acquisition on 2 July 2026, so these quarterly results exclude that acquired business.
Supports: Profile · snapshot observations.1.asOf
At 30 June 2026 Kraken reported CAD 91,266,000 cash and cash equivalents, separately from CAD 396,745,000 subscription-receipt proceeds held in escrow. This is the pre-Covelya closing balance sheet, not post-acquisition available cash.
Supports: Profile · snapshot observations.0.basis
Kraken’s unaudited consolidated statements report CAD 27,320,000 revenue for the three months ended 30 June 2026. Note 22 places the Covelya acquisition on 2 July 2026, so these quarterly results exclude that acquired business.
Supports: Profile · snapshot observations.0.id
Kraken’s unaudited consolidated statements report CAD 27,320,000 revenue for the three months ended 30 June 2026. Note 22 places the Covelya acquisition on 2 July 2026, so these quarterly results exclude that acquired business.
Supports: Profile · description
Note 22 records the 2 July 2026 acquisition of 100% of Covelya for approximately CAD 615 million: CAD 355 million cash, CAD 125 million term loan and CAD 135 million shares, subject to closing adjustments. Initial acquisition accounting was not yet complete.
Kraken’s unaudited consolidated statements report CAD 27,320,000 revenue for the three months ended 30 June 2026. Note 22 places the Covelya acquisition on 2 July 2026, so these quarterly results exclude that acquired business.
At 30 June 2026 Kraken reported CAD 91,266,000 cash and cash equivalents, separately from CAD 396,745,000 subscription-receipt proceeds held in escrow. This is the pre-Covelya closing balance sheet, not post-acquisition available cash.
Kraken’s unaudited consolidated statements report CAD 27,320,000 revenue for the three months ended 30 June 2026. Note 22 places the Covelya acquisition on 2 July 2026, so these quarterly results exclude that acquired business.
At 30 June 2026 Kraken reported CAD 91,266,000 cash and cash equivalents, separately from CAD 396,745,000 subscription-receipt proceeds held in escrow. This is the pre-Covelya closing balance sheet, not post-acquisition available cash.
Kraken’s unaudited consolidated statements report CAD 27,320,000 revenue for the three months ended 30 June 2026. Note 22 places the Covelya acquisition on 2 July 2026, so these quarterly results exclude that acquired business.
At 30 June 2026 Kraken reported CAD 91,266,000 cash and cash equivalents, separately from CAD 396,745,000 subscription-receipt proceeds held in escrow. This is the pre-Covelya closing balance sheet, not post-acquisition available cash.
Supports: Profile · operating context
Kraken reports a Q1 2026 Istanbul demonstration of KATFISH and autonomous launch/recovery on SEFINE's RD-22 USV. It streamed 3 cm by 3 cm sonar data at 200 metres per side to an onshore command centre for operator classification through SEFINE SISAM mission-planning software. Kraken identifies the same KATFISH and USV handling equipment as demonstrated on a Royal Navy in-service 11-metre ARCIMS USV in November 2025. These trials support modular platform integration; they do not disclose a SEFINE production-order value.
Supports: Profile · operating context
Kraken reported a Q1 2026 demonstration of KATFISH and autonomous LARS on SEFINE RD-22 near Istanbul. It reports 3 cm imagery at 200 m per side streamed to shore for operator classification, and a November 2025 ARCIMS demonstration. These are identified company-reported trials.
Kraken reports a Q1 2026 Istanbul demonstration of KATFISH and autonomous launch/recovery on SEFINE's RD-22 USV. It streamed 3 cm by 3 cm sonar data at 200 metres per side to an onshore command centre for operator classification through SEFINE SISAM mission-planning software.
Kraken reports a Q1 2026 Istanbul demonstration of KATFISH and autonomous launch/recovery on SEFINE's RD-22 USV. It streamed 3 cm by 3 cm sonar data at 200 metres per side to an onshore command centre for operator classification through SEFINE SISAM mission-planning software.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Kraken reported a Q1 2026 demonstration of KATFISH and autonomous LARS on SEFINE RD-22 near Istanbul. It reports 3 cm imagery at 200 m per side streamed to shore for operator classification, and a November 2025 ARCIMS demonstration. These are identified company-reported trials.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Kraken reports a Q1 2026 Istanbul demonstration of KATFISH and autonomous launch/recovery on SEFINE's RD-22 USV. It streamed 3 cm by 3 cm sonar data at 200 metres per side to an onshore command centre for operator classification through SEFINE SISAM mission-planning software. Kraken identifies the same KATFISH and USV handling equipment as demonstrated on a Royal Navy in-service 11-metre ARCIMS USV in November 2025. These trials support modular platform integration; they do not disclose a SEFINE production-order value.
Kraken reports a Q1 2026 Istanbul demonstration of KATFISH and autonomous launch/recovery on SEFINE's RD-22 USV. It streamed 3 cm by 3 cm sonar data at 200 metres per side to an onshore command centre for operator classification through SEFINE SISAM mission-planning software.
Kraken reports a Q1 2026 Istanbul demonstration of KATFISH and autonomous launch/recovery on SEFINE's RD-22 USV. It streamed 3 cm by 3 cm sonar data at 200 metres per side to an onshore command centre for operator classification through SEFINE SISAM mission-planning software.
Kraken reports a Q1 2026 Istanbul demonstration of KATFISH and autonomous launch/recovery on SEFINE's RD-22 USV. It streamed 3 cm by 3 cm sonar data at 200 metres per side to an onshore command centre for operator classification through SEFINE SISAM mission-planning software.
Kraken reports a Q1 2026 Istanbul demonstration of KATFISH and autonomous launch/recovery on SEFINE's RD-22 USV. It streamed 3 cm by 3 cm sonar data at 200 metres per side to an onshore command centre for operator classification through SEFINE SISAM mission-planning software.
Kraken reported a Q1 2026 demonstration of KATFISH and autonomous LARS on SEFINE RD-22 near Istanbul. It reports 3 cm imagery at 200 m per side streamed to shore for operator classification, and a November 2025 ARCIMS demonstration. These are identified company-reported trials.
Kraken reported a Q1 2026 demonstration of KATFISH and autonomous LARS on SEFINE RD-22 near Istanbul. It reports 3 cm imagery at 200 m per side streamed to shore for operator classification, and a November 2025 ARCIMS demonstration. These are identified company-reported trials.
Kraken announced on April 7, 2026 integration and demonstration of KATFISH with autonomous launch and recovery from SEFINE RD-22 in Q1 2026 near Istanbul. It also cited a November 2025 ARCIMS demonstration. These are company-reported integration trials, not blanket fleet acceptance.
Kraken SAS combines imagery and bathymetry with 60, 120 and 180 cm array options. The MP-SAS table specifies 300 m depth and 100 m per side; selected larger flooded SAS configurations reach 6,000 m, and the SAS-120 range/speed table varies range with speed.
Kraken SAS combines imagery and bathymetry with 60, 120 and 180 cm array options. The MP-SAS table specifies 300 m depth and 100 m per side; selected larger flooded SAS configurations reach 6,000 m, and the SAS-120 range/speed table varies range with speed.
Kraken SAS supports simultaneous imaging and bathymetry with 60, 120 and 180 cm array options. MP-SAS for small UUVs is rated to 300 m; larger SAS-60 and SAS-120 configurations offer depth options up to 6000 m. Depth and range limits vary by configuration and cannot all be assigned to MP-SAS.
Kraken SAS combines imagery and bathymetry with 60, 120 and 180 cm array options. The MP-SAS table specifies 300 m depth and 100 m per side; selected larger flooded SAS configurations reach 6,000 m, and the SAS-120 range/speed table varies range with speed.
Supports: Kraken Synthetic Aperture Sonar · core features
Kraken SAS combines imagery and bathymetry with 60, 120 and 180 cm array options. The MP-SAS table specifies 300 m depth and 100 m per side; selected larger flooded SAS configurations reach 6,000 m, and the SAS-120 range/speed table varies range with speed.
Supports: Kraken Synthetic Aperture Sonar · core features
Kraken SAS combines imagery and bathymetry with 60, 120 and 180 cm array options. The MP-SAS table specifies 300 m depth and 100 m per side; selected larger flooded SAS configurations reach 6,000 m, and the SAS-120 range/speed table varies range with speed.
Supports: Kraken Synthetic Aperture Sonar · core features
Kraken SAS combines imagery and bathymetry with 60, 120 and 180 cm array options. The MP-SAS table specifies 300 m depth and 100 m per side; selected larger flooded SAS configurations reach 6,000 m, and the SAS-120 range/speed table varies range with speed.
Kraken SAS supports simultaneous imaging and bathymetry with 60, 120 and 180 cm array options. MP-SAS for small UUVs is rated to 300 m; larger SAS-60 and SAS-120 configurations offer depth options up to 6000 m. Depth and range limits vary by configuration and cannot all be assigned to MP-SAS.
The SAS sheet lists 24–60 VDC nominal power, onboard processing, 4 TB storage and XTF, GeoTIFF, XYZ, HDF5 and other data formats. The manufacturer warns that maximum specifications vary with environment, vehicle stability and operating conditions.
Supports: Kraken Synthetic Aperture Sonar · core features
Kraken SAS supports simultaneous imaging and bathymetry with 60, 120 and 180 cm array options. MP-SAS for small UUVs is rated to 300 m; larger SAS-60 and SAS-120 configurations offer depth options up to 6000 m. Depth and range limits vary by configuration and cannot all be assigned to MP-SAS.
Kraken SAS combines imagery and bathymetry with 60, 120 and 180 cm array options. The MP-SAS table specifies 300 m depth and 100 m per side; selected larger flooded SAS configurations reach 6,000 m, and the SAS-120 range/speed table varies range with speed.
Kraken SAS supports simultaneous imaging and bathymetry with 60, 120 and 180 cm array options. MP-SAS for small UUVs is rated to 300 m; larger SAS-60 and SAS-120 configurations offer depth options up to 6000 m. Depth and range limits vary by configuration and cannot all be assigned to MP-SAS.
Supports: Kraken Synthetic Aperture Sonar · core features
Kraken SAS combines imagery and bathymetry with 60, 120 and 180 cm array options. The MP-SAS table specifies 300 m depth and 100 m per side; selected larger flooded SAS configurations reach 6,000 m, and the SAS-120 range/speed table varies range with speed.
Supports: Kraken Synthetic Aperture Sonar · capability type
Kraken SAS supports simultaneous imaging and bathymetry with 60, 120 and 180 cm array options. MP-SAS for small UUVs is rated to 300 m; larger SAS-60 and SAS-120 configurations offer depth options up to 6000 m. Depth and range limits vary by configuration and cannot all be assigned to MP-SAS.
Supports: Kraken Synthetic Aperture Sonar · core features
Kraken SAS supports simultaneous imaging and bathymetry with 60, 120 and 180 cm array options. MP-SAS for small UUVs is rated to 300 m; larger SAS-60 and SAS-120 configurations offer depth options up to 6000 m. Depth and range limits vary by configuration and cannot all be assigned to MP-SAS.
Kraken SAS supports simultaneous imaging and bathymetry with 60, 120 and 180 cm array options. MP-SAS for small UUVs is rated to 300 m; larger SAS-60 and SAS-120 configurations offer depth options up to 6000 m. Depth and range limits vary by configuration and cannot all be assigned to MP-SAS.
Supports: Kraken Synthetic Aperture Sonar · name
Kraken SAS combines imagery and bathymetry with 60, 120 and 180 cm array options. The MP-SAS table specifies 300 m depth and 100 m per side; selected larger flooded SAS configurations reach 6,000 m, and the SAS-120 range/speed table varies range with speed.
Kraken SAS supports simultaneous imaging and bathymetry with 60, 120 and 180 cm array options. MP-SAS for small UUVs is rated to 300 m; larger SAS-60 and SAS-120 configurations offer depth options up to 6000 m. Depth and range limits vary by configuration and cannot all be assigned to MP-SAS.
Supports: Kraken Synthetic Aperture Sonar · core features
Kraken SAS supports simultaneous imaging and bathymetry with 60, 120 and 180 cm array options. MP-SAS for small UUVs is rated to 300 m; larger SAS-60 and SAS-120 configurations offer depth options up to 6000 m. Depth and range limits vary by configuration and cannot all be assigned to MP-SAS.
Supports: Kraken Synthetic Aperture Sonar · capability type
Kraken SAS combines imagery and bathymetry with 60, 120 and 180 cm array options. The MP-SAS table specifies 300 m depth and 100 m per side; selected larger flooded SAS configurations reach 6,000 m, and the SAS-120 range/speed table varies range with speed.
Kraken SAS supports simultaneous imaging and bathymetry with 60, 120 and 180 cm array options. MP-SAS for small UUVs is rated to 300 m; larger SAS-60 and SAS-120 configurations offer depth options up to 6000 m. Depth and range limits vary by configuration and cannot all be assigned to MP-SAS.
Kraken SAS combines imagery and bathymetry with 60, 120 and 180 cm array options. The MP-SAS table specifies 300 m depth and 100 m per side; selected larger flooded SAS configurations reach 6,000 m, and the SAS-120 range/speed table varies range with speed.
Kraken SAS combines imagery and bathymetry with 60, 120 and 180 cm array options. The MP-SAS table specifies 300 m depth and 100 m per side; selected larger flooded SAS configurations reach 6,000 m, and the SAS-120 range/speed table varies range with speed.
Kraken SAS combines imagery and bathymetry with 60, 120 and 180 cm array options. The MP-SAS table specifies 300 m depth and 100 m per side; selected larger flooded SAS configurations reach 6,000 m, and the SAS-120 range/speed table varies range with speed.
Kraken SAS combines imagery and bathymetry with 60, 120 and 180 cm array options. The MP-SAS table specifies 300 m depth and 100 m per side; selected larger flooded SAS configurations reach 6,000 m, and the SAS-120 range/speed table varies range with speed.
Kraken SAS combines imagery and bathymetry with 60, 120 and 180 cm array options. The MP-SAS table specifies 300 m depth and 100 m per side; selected larger flooded SAS configurations reach 6,000 m, and the SAS-120 range/speed table varies range with speed.
Kraken SAS combines imagery and bathymetry with 60, 120 and 180 cm array options. The MP-SAS table specifies 300 m depth and 100 m per side; selected larger flooded SAS configurations reach 6,000 m, and the SAS-120 range/speed table varies range with speed.
Kraken SAS supports simultaneous imaging and bathymetry with 60, 120 and 180 cm array options. MP-SAS for small UUVs is rated to 300 m; larger SAS-60 and SAS-120 configurations offer depth options up to 6000 m. Depth and range limits vary by configuration and cannot all be assigned to MP-SAS.
Supports: Kraken Synthetic Aperture Sonar · core features
Kraken SAS supports simultaneous imaging and bathymetry with 60, 120 and 180 cm array options. MP-SAS for small UUVs is rated to 300 m; larger SAS-60 and SAS-120 configurations offer depth options up to 6000 m. Depth and range limits vary by configuration and cannot all be assigned to MP-SAS.
Kraken SAS combines imagery and bathymetry with 60, 120 and 180 cm array options. The MP-SAS table specifies 300 m depth and 100 m per side; selected larger flooded SAS configurations reach 6,000 m, and the SAS-120 range/speed table varies range with speed.
Supports: Kraken Synthetic Aperture Sonar · name
Kraken SAS supports simultaneous imaging and bathymetry with 60, 120 and 180 cm array options. MP-SAS for small UUVs is rated to 300 m; larger SAS-60 and SAS-120 configurations offer depth options up to 6000 m. Depth and range limits vary by configuration and cannot all be assigned to MP-SAS.
Kraken SAS supports simultaneous imaging and bathymetry with 60, 120 and 180 cm array options. MP-SAS for small UUVs is rated to 300 m; larger SAS-60 and SAS-120 configurations offer depth options up to 6000 m. Depth and range limits vary by configuration and cannot all be assigned to MP-SAS.
Kraken SAS supports simultaneous imaging and bathymetry with 60, 120 and 180 cm array options. MP-SAS for small UUVs is rated to 300 m; larger SAS-60 and SAS-120 configurations offer depth options up to 6000 m. Depth and range limits vary by configuration and cannot all be assigned to MP-SAS.
Kraken SAS combines imagery and bathymetry with 60, 120 and 180 cm array options. The MP-SAS table specifies 300 m depth and 100 m per side; selected larger flooded SAS configurations reach 6,000 m, and the SAS-120 range/speed table varies range with speed.
Kraken SAS combines imagery and bathymetry with 60, 120 and 180 cm array options. The MP-SAS table specifies 300 m depth and 100 m per side; selected larger flooded SAS configurations reach 6,000 m, and the SAS-120 range/speed table varies range with speed.
The SAS sheet lists 24–60 VDC nominal power, onboard processing, 4 TB storage and XTF, GeoTIFF, XYZ, HDF5 and other data formats. The manufacturer warns that maximum specifications vary with environment, vehicle stability and operating conditions.
Kraken SAS supports simultaneous imaging and bathymetry with 60, 120 and 180 cm array options. MP-SAS for small UUVs is rated to 300 m; larger SAS-60 and SAS-120 configurations offer depth options up to 6000 m. Depth and range limits vary by configuration and cannot all be assigned to MP-SAS.
Kraken SAS supports simultaneous imaging and bathymetry with 60, 120 and 180 cm array options. MP-SAS for small UUVs is rated to 300 m; larger SAS-60 and SAS-120 configurations offer depth options up to 6000 m. Depth and range limits vary by configuration and cannot all be assigned to MP-SAS.
Kraken SAS supports simultaneous imaging and bathymetry with 60, 120 and 180 cm array options. MP-SAS for small UUVs is rated to 300 m; larger SAS-60 and SAS-120 configurations offer depth options up to 6000 m. Depth and range limits vary by configuration and cannot all be assigned to MP-SAS.
The KATFISH brochure describes 5–25 m altitude in Survey Faster but 5–30 m in its towbody detail, matching the separate feature sheet. A platform proposal needs a configuration-specific operating envelope rather than treating one catalogue maximum as universal.
Kraken offers autonomous launch and recovery using compact USV LARS or an ISO20 footprint, enabling deployment from 11-metre-class USVs or larger vessels with suitable deck accommodation. Listed uses include mine countermeasures and repeat surveys of subsea infrastructure.
Kraken specifies 3 cm by 3 cm real-time SAS imagery and 2 cm by 2 cm post-processed imagery for KATFISH, with survey coverage up to 200 metres per side. Performance figures describe the manufacturer's specified configuration, not a general guaranteed mission outcome.
Kraken offers autonomous launch and recovery using compact USV LARS or an ISO20 footprint, enabling deployment from 11-metre-class USVs or larger vessels with suitable deck accommodation. Listed uses include mine countermeasures and repeat surveys of subsea infrastructure.
Kraken specifies 3 cm by 3 cm real-time SAS imagery and 2 cm by 2 cm post-processed imagery for KATFISH, with survey coverage up to 200 metres per side. Performance figures describe the manufacturer's specified configuration, not a general guaranteed mission outcome.
Supports: Profile · operating context
Kraken specifies 3 cm by 3 cm real-time SAS imagery and 2 cm by 2 cm post-processed imagery for KATFISH, with survey coverage up to 200 metres per side. Performance figures describe the manufacturer's specified configuration, not a general guaranteed mission outcome. Kraken offers autonomous launch and recovery using compact USV LARS or an ISO20 footprint, enabling deployment from 11-metre-class USVs or larger vessels with suitable deck accommodation. Listed uses include mine countermeasures and repeat surveys of subsea infrastructure.
Kraken offers autonomous launch and recovery using compact USV LARS or an ISO20 footprint, enabling deployment from 11-metre-class USVs or larger vessels with suitable deck accommodation. Listed uses include mine countermeasures and repeat surveys of subsea infrastructure.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Kraken offers autonomous launch and recovery using compact USV LARS or an ISO20 footprint, enabling deployment from 11-metre-class USVs or larger vessels with suitable deck accommodation. Listed uses include mine countermeasures and repeat surveys of subsea infrastructure.
Kraken specifies 3 cm by 3 cm real-time SAS imagery and 2 cm by 2 cm post-processed imagery for KATFISH, with survey coverage up to 200 metres per side. Performance figures describe the manufacturer's specified configuration, not a general guaranteed mission outcome.
Kraken offers autonomous launch and recovery using compact USV LARS or an ISO20 footprint, enabling deployment from 11-metre-class USVs or larger vessels with suitable deck accommodation. Listed uses include mine countermeasures and repeat surveys of subsea infrastructure.
Kraken specifies 3 cm by 3 cm real-time SAS imagery and 2 cm by 2 cm post-processed imagery for KATFISH, with survey coverage up to 200 metres per side. Performance figures describe the manufacturer's specified configuration, not a general guaranteed mission outcome.
The KATFISH brochure describes 5–25 m altitude in Survey Faster but 5–30 m in its towbody detail, matching the separate feature sheet. A platform proposal needs a configuration-specific operating envelope rather than treating one catalogue maximum as universal.
Kraken’s 27 August 2026 results say Q2 includes a CAD 1.5 million reversal of earlier product revenue following a near-complete integration project’s scope change. The release explicitly excludes Covelya from Q2; combined orders and full-year guidance use different scopes.
Kraken’s 27 August 2026 results say Q2 includes a CAD 1.5 million reversal of earlier product revenue following a near-complete integration project’s scope change. The release explicitly excludes Covelya from Q2; combined orders and full-year guidance use different scopes.
The Q2 release separately reports a C$1.5 million revenue reversal on an unnamed integration project.
Supports: Profile · disclosed financing summary
Kraken’s 27 August 2026 results say Q2 includes a CAD 1.5 million reversal of earlier product revenue following a near-complete integration project’s scope change. The release explicitly excludes Covelya from Q2; combined orders and full-year guidance use different scopes.
The Q2 release separately reports a C$1.5 million revenue reversal on an unnamed integration project.
Supports: Profile · current activity
The August 27, 2026 results report C$27.3 million standalone Q2 revenue, a new XL-UUV battery agreement and a C$1.5 million integration-project revenue reversal.
The Q2 release separately reports a C$1.5 million revenue reversal on an unnamed integration project.
Supports: Profile · description
Kraken’s Q2 results describe a subsea services division alongside product sales; the report identifies revenue from both sonar/battery products and offshore services.
The June 11, 2026 buyer amendment reduces W8472-105270/001/QF by C$12,154,000.20 and lists expiry on December 29, 2028.
Supports: Remote Minehunting and Disposal System integration · commercial availability
CanadaBuys contract W8472-105270/001/QF identifies Kraken Robotic Systems Inc., Mount Pearl, as the supplier. Amendment 003 dated June 11, 2026 reduces the value by CAD 12,154,000.20 and shows CAD 33,689,621.80 total with expiry December 29, 2028. The register does not disclose the revised equipment inventory or final acceptance.
Supports: Remote Minehunting and Disposal System integration · commercial availability
CanadaBuys identifies Kraken Robotic Systems as supplier for W8472-105270/001/QF, with a 11 June 2026 amendment of minus CAD 12,154,000.20, total CAD 33,689,621.80 and expiry 29 December 2028. The entry does not establish final equipment quantities or acceptance.
Supports: Remote Minehunting and Disposal System integration · maturity
CanadaBuys identifies Kraken Robotic Systems as supplier for W8472-105270/001/QF, with a 11 June 2026 amendment of minus CAD 12,154,000.20, total CAD 33,689,621.80 and expiry 29 December 2028. The entry does not establish final equipment quantities or acceptance.
Supports: Remote Minehunting and Disposal System integration · summary
CanadaBuys identifies Kraken Robotic Systems as supplier for W8472-105270/001/QF, with a 11 June 2026 amendment of minus CAD 12,154,000.20, total CAD 33,689,621.80 and expiry 29 December 2028. The entry does not establish final equipment quantities or acceptance.
Supports: Remote Minehunting and Disposal System integration · summary
CanadaBuys contract W8472-105270/001/QF identifies Kraken Robotic Systems Inc., Mount Pearl, as the supplier. Amendment 003 dated June 11, 2026 reduces the value by CAD 12,154,000.20 and shows CAD 33,689,621.80 total with expiry December 29, 2028. The register does not disclose the revised equipment inventory or final acceptance.
Supports: Remote Minehunting and Disposal System integration · maturity
CanadaBuys contract W8472-105270/001/QF identifies Kraken Robotic Systems Inc., Mount Pearl, as the supplier. Amendment 003 dated June 11, 2026 reduces the value by CAD 12,154,000.20 and shows CAD 33,689,621.80 total with expiry December 29, 2028. The register does not disclose the revised equipment inventory or final acceptance.
The 6 May 2026 MOU proposes integrating KATFISH into SISAM mission-planning software and developing automatic target recognition for Kraken SAS. Proposed ATR development must remain distinct from the demonstrated operator-classification workflow.
The 6 May 2026 MOU proposes integrating KATFISH into SISAM mission-planning software and developing automatic target recognition for Kraken SAS. Proposed ATR development must remain distinct from the demonstrated operator-classification workflow.
The 6 May 2026 MOU proposes integrating KATFISH into SISAM mission-planning software and developing automatic target recognition for Kraken SAS. Proposed ATR development must remain distinct from the demonstrated operator-classification workflow.
True North Map derives this first-conversation question from the documented Kraken Robotics capability, current evidence and the decision gap that remains.
Kraken 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.
The official product page identifies mine countermeasures, port and harbour security, critical underwater infrastructure inspection and route survey among Kraken SAS applications.
Kraken states that Kraken SAS performs imaging and bathymetric mapping simultaneously with modular arrays, constant swath resolution and real-time full-swath processing.
The official product page identifies mine countermeasures, port and harbour security, critical underwater infrastructure inspection and route survey among Kraken SAS applications.
Kraken states that Kraken SAS performs imaging and bathymetric mapping simultaneously with modular arrays, constant swath resolution and real-time full-swath processing.
Kraken’s December 2022 RMDS announcement identifies AquaPix sonar on lightweight and operator-portable REMUS AUVs, SEAFOX mine-disposal vehicles, and SH Defence The Cube transportable command/handling modules, with an initial five-year integrated logistics support programme and options.
Supports: Profile · description
Kraken’s December 2022 RMDS announcement identifies AquaPix sonar on lightweight and operator-portable REMUS AUVs, SEAFOX mine-disposal vehicles, and SH Defence The Cube transportable command/handling modules, with an initial five-year integrated logistics support programme and options.
Supports: Remote Minehunting and Disposal System integration · technology readiness level
In December 2022 Kraken announced RMDS prime integration for the RCN involving lightweight and operator-portable REMUS AUVs with AquaPix SAS, SEAFOX systems and SH Defence The Cube command/handling modules. The announcement describes planned deliveries and support options; it does not establish present completion.
Supports: Remote Minehunting and Disposal System integration · technical tags
Kraken’s December 2022 RMDS announcement identifies AquaPix sonar on lightweight and operator-portable REMUS AUVs, SEAFOX mine-disposal vehicles, and SH Defence The Cube transportable command/handling modules, with an initial five-year integrated logistics support programme and options.
Supports: Remote Minehunting and Disposal System integration · defence applications
Kraken’s December 2022 RMDS announcement identifies AquaPix sonar on lightweight and operator-portable REMUS AUVs, SEAFOX mine-disposal vehicles, and SH Defence The Cube transportable command/handling modules, with an initial five-year integrated logistics support programme and options.
Supports: Remote Minehunting and Disposal System integration · summary
Kraken’s December 2022 RMDS announcement identifies AquaPix sonar on lightweight and operator-portable REMUS AUVs, SEAFOX mine-disposal vehicles, and SH Defence The Cube transportable command/handling modules, with an initial five-year integrated logistics support programme and options.
Supports: Remote Minehunting and Disposal System integration · core features
In December 2022 Kraken announced RMDS prime integration for the RCN involving lightweight and operator-portable REMUS AUVs with AquaPix SAS, SEAFOX systems and SH Defence The Cube command/handling modules. The announcement describes planned deliveries and support options; it does not establish present completion.
Supports: Remote Minehunting and Disposal System integration · core features
In December 2022 Kraken announced RMDS prime integration for the RCN involving lightweight and operator-portable REMUS AUVs with AquaPix SAS, SEAFOX systems and SH Defence The Cube command/handling modules. The announcement describes planned deliveries and support options; it does not establish present completion.
Supports: Remote Minehunting and Disposal System integration · technical tags
In December 2022 Kraken announced RMDS prime integration for the RCN involving lightweight and operator-portable REMUS AUVs with AquaPix SAS, SEAFOX systems and SH Defence The Cube command/handling modules. The announcement describes planned deliveries and support options; it does not establish present completion.
Supports: Remote Minehunting and Disposal System integration · technical tags
In December 2022 Kraken announced RMDS prime integration for the RCN involving lightweight and operator-portable REMUS AUVs with AquaPix SAS, SEAFOX systems and SH Defence The Cube command/handling modules. The announcement describes planned deliveries and support options; it does not establish present completion.
Supports: Remote Minehunting and Disposal System integration · capability type
In December 2022 Kraken announced RMDS prime integration for the RCN involving lightweight and operator-portable REMUS AUVs with AquaPix SAS, SEAFOX systems and SH Defence The Cube command/handling modules. The announcement describes planned deliveries and support options; it does not establish present completion.
Supports: Remote Minehunting and Disposal System integration · technical tags
Kraken’s December 2022 RMDS announcement identifies AquaPix sonar on lightweight and operator-portable REMUS AUVs, SEAFOX mine-disposal vehicles, and SH Defence The Cube transportable command/handling modules, with an initial five-year integrated logistics support programme and options.
Supports: Remote Minehunting and Disposal System integration · technical tags
In December 2022 Kraken announced RMDS prime integration for the RCN involving lightweight and operator-portable REMUS AUVs with AquaPix SAS, SEAFOX systems and SH Defence The Cube command/handling modules. The announcement describes planned deliveries and support options; it does not establish present completion.
Supports: Remote Minehunting and Disposal System integration · core features
Kraken’s December 2022 RMDS announcement identifies AquaPix sonar on lightweight and operator-portable REMUS AUVs, SEAFOX mine-disposal vehicles, and SH Defence The Cube transportable command/handling modules, with an initial five-year integrated logistics support programme and options.
Supports: Remote Minehunting and Disposal System integration · name
In December 2022 Kraken announced RMDS prime integration for the RCN involving lightweight and operator-portable REMUS AUVs with AquaPix SAS, SEAFOX systems and SH Defence The Cube command/handling modules. The announcement describes planned deliveries and support options; it does not establish present completion.
Supports: Remote Minehunting and Disposal System integration · technicaldomainslugs
Kraken’s December 2022 RMDS announcement identifies AquaPix sonar on lightweight and operator-portable REMUS AUVs, SEAFOX mine-disposal vehicles, and SH Defence The Cube transportable command/handling modules, with an initial five-year integrated logistics support programme and options.
Supports: Remote Minehunting and Disposal System integration · technicaldomainslugs
Kraken’s December 2022 RMDS announcement identifies AquaPix sonar on lightweight and operator-portable REMUS AUVs, SEAFOX mine-disposal vehicles, and SH Defence The Cube transportable command/handling modules, with an initial five-year integrated logistics support programme and options.
Supports: Remote Minehunting and Disposal System integration · defence applications
Kraken’s December 2022 RMDS announcement identifies AquaPix sonar on lightweight and operator-portable REMUS AUVs, SEAFOX mine-disposal vehicles, and SH Defence The Cube transportable command/handling modules, with an initial five-year integrated logistics support programme and options.
Supports: Remote Minehunting and Disposal System integration · core features
Kraken’s December 2022 RMDS announcement identifies AquaPix sonar on lightweight and operator-portable REMUS AUVs, SEAFOX mine-disposal vehicles, and SH Defence The Cube transportable command/handling modules, with an initial five-year integrated logistics support programme and options.
Supports: Remote Minehunting and Disposal System integration · technicaldomainslugs
In December 2022 Kraken announced RMDS prime integration for the RCN involving lightweight and operator-portable REMUS AUVs with AquaPix SAS, SEAFOX systems and SH Defence The Cube command/handling modules. The announcement describes planned deliveries and support options; it does not establish present completion.
Supports: Remote Minehunting and Disposal System integration · summary
In December 2022 Kraken announced RMDS prime integration for the RCN involving lightweight and operator-portable REMUS AUVs with AquaPix SAS, SEAFOX systems and SH Defence The Cube command/handling modules. The announcement describes planned deliveries and support options; it does not establish present completion.
Supports: Remote Minehunting and Disposal System integration · defence applications
In December 2022 Kraken announced RMDS prime integration for the RCN involving lightweight and operator-portable REMUS AUVs with AquaPix SAS, SEAFOX systems and SH Defence The Cube command/handling modules. The announcement describes planned deliveries and support options; it does not establish present completion.
Supports: Remote Minehunting and Disposal System integration · technicaldomainslugs
In December 2022 Kraken announced RMDS prime integration for the RCN involving lightweight and operator-portable REMUS AUVs with AquaPix SAS, SEAFOX systems and SH Defence The Cube command/handling modules. The announcement describes planned deliveries and support options; it does not establish present completion.
Supports: Remote Minehunting and Disposal System integration · core features
In December 2022 Kraken announced RMDS prime integration for the RCN involving lightweight and operator-portable REMUS AUVs with AquaPix SAS, SEAFOX systems and SH Defence The Cube command/handling modules. The announcement describes planned deliveries and support options; it does not establish present completion.
Supports: Remote Minehunting and Disposal System integration · technicaldomainslugs
In December 2022 Kraken announced RMDS prime integration for the RCN involving lightweight and operator-portable REMUS AUVs with AquaPix SAS, SEAFOX systems and SH Defence The Cube command/handling modules. The announcement describes planned deliveries and support options; it does not establish present completion.
Supports: Remote Minehunting and Disposal System integration · technology readiness level
Kraken’s December 2022 RMDS announcement identifies AquaPix sonar on lightweight and operator-portable REMUS AUVs, SEAFOX mine-disposal vehicles, and SH Defence The Cube transportable command/handling modules, with an initial five-year integrated logistics support programme and options.
Supports: Remote Minehunting and Disposal System integration · defence applications
In December 2022 Kraken announced RMDS prime integration for the RCN involving lightweight and operator-portable REMUS AUVs with AquaPix SAS, SEAFOX systems and SH Defence The Cube command/handling modules. The announcement describes planned deliveries and support options; it does not establish present completion.
Supports: Remote Minehunting and Disposal System integration · technicaldomainslugs
In December 2022 Kraken announced RMDS prime integration for the RCN involving lightweight and operator-portable REMUS AUVs with AquaPix SAS, SEAFOX systems and SH Defence The Cube command/handling modules. The announcement describes planned deliveries and support options; it does not establish present completion.
Supports: Remote Minehunting and Disposal System integration · technicaldomainslugs
Kraken’s December 2022 RMDS announcement identifies AquaPix sonar on lightweight and operator-portable REMUS AUVs, SEAFOX mine-disposal vehicles, and SH Defence The Cube transportable command/handling modules, with an initial five-year integrated logistics support programme and options.
Supports: Remote Minehunting and Disposal System integration · core features
Kraken’s December 2022 RMDS announcement identifies AquaPix sonar on lightweight and operator-portable REMUS AUVs, SEAFOX mine-disposal vehicles, and SH Defence The Cube transportable command/handling modules, with an initial five-year integrated logistics support programme and options.
Supports: Remote Minehunting and Disposal System integration · name
Kraken’s December 2022 RMDS announcement identifies AquaPix sonar on lightweight and operator-portable REMUS AUVs, SEAFOX mine-disposal vehicles, and SH Defence The Cube transportable command/handling modules, with an initial five-year integrated logistics support programme and options.
Supports: Remote Minehunting and Disposal System integration · core features
Kraken’s December 2022 RMDS announcement identifies AquaPix sonar on lightweight and operator-portable REMUS AUVs, SEAFOX mine-disposal vehicles, and SH Defence The Cube transportable command/handling modules, with an initial five-year integrated logistics support programme and options.
Supports: Remote Minehunting and Disposal System integration · technical tags
Kraken’s December 2022 RMDS announcement identifies AquaPix sonar on lightweight and operator-portable REMUS AUVs, SEAFOX mine-disposal vehicles, and SH Defence The Cube transportable command/handling modules, with an initial five-year integrated logistics support programme and options.
Supports: Remote Minehunting and Disposal System integration · capability type
Kraken’s December 2022 RMDS announcement identifies AquaPix sonar on lightweight and operator-portable REMUS AUVs, SEAFOX mine-disposal vehicles, and SH Defence The Cube transportable command/handling modules, with an initial five-year integrated logistics support programme and options.
Supports: Remote Minehunting and Disposal System integration · technicaldomainslugs
Kraken’s December 2022 RMDS announcement identifies AquaPix sonar on lightweight and operator-portable REMUS AUVs, SEAFOX mine-disposal vehicles, and SH Defence The Cube transportable command/handling modules, with an initial five-year integrated logistics support programme and options.
Supports: Remote Minehunting and Disposal System integration · core features
In December 2022 Kraken announced RMDS prime integration for the RCN involving lightweight and operator-portable REMUS AUVs with AquaPix SAS, SEAFOX systems and SH Defence The Cube command/handling modules. The announcement describes planned deliveries and support options; it does not establish present completion.
Supports: Remote Minehunting and Disposal System integration · technical tags
Kraken’s December 2022 RMDS announcement identifies AquaPix sonar on lightweight and operator-portable REMUS AUVs, SEAFOX mine-disposal vehicles, and SH Defence The Cube transportable command/handling modules, with an initial five-year integrated logistics support programme and options.
Supports: Remote Minehunting and Disposal System integration · technical tags
In December 2022 Kraken announced RMDS prime integration for the RCN involving lightweight and operator-portable REMUS AUVs with AquaPix SAS, SEAFOX systems and SH Defence The Cube command/handling modules. The announcement describes planned deliveries and support options; it does not establish present completion.
Kraken describes SeaPower as lithium-ion cells encapsulated in a pressure-tolerant polymer matrix, avoiding an oil-filled or conventional pressure housing. Its BMS monitors cell temperature and voltage and supports telemetry, software power control and parallel operation at differing states of charge.
Supports: Profile · description
SeaPower uses encapsulated lithium-ion cells and battery-management electronics for pressure-tolerant subsea power.
Supports: Profile · profileData.portfolioSummary
SeaPower specifies a 6000 m rating, per-cell BMS monitoring and software power control; standards wording is designed for compliance.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Kraken describes SeaPower as lithium-ion cells encapsulated in a pressure-tolerant polymer matrix, avoiding an oil-filled or conventional pressure housing. Its BMS monitors cell temperature and voltage and supports telemetry, software power control and parallel operation at differing states of charge.
Supports: SeaPower Subsea Batteries · core features
Kraken describes SeaPower as lithium-ion cells encapsulated in a pressure-tolerant polymer matrix, avoiding an oil-filled or conventional pressure housing. Its BMS monitors cell temperature and voltage and supports telemetry, software power control and parallel operation at differing states of charge.
Supports: SeaPower Subsea Batteries · summary
Kraken describes SeaPower as lithium-ion cells encapsulated in a pressure-tolerant polymer matrix, avoiding an oil-filled or conventional pressure housing. Its BMS monitors cell temperature and voltage and supports telemetry, software power control and parallel operation at differing states of charge.
Supports: SeaPower Subsea Batteries · summary
The SeaPower sheet rates the battery technology to 6,000 m and describes configurable capacity from 2 kWh to 5 MWh, not one module of every capacity. It says designed for compliance with UN 38.3, IEC, DNV and NAVSEA standards; this wording does not establish certification of every configuration.
The SeaPower sheet rates the battery technology to 6,000 m and describes configurable capacity from 2 kWh to 5 MWh, not one module of every capacity. It says designed for compliance with UN 38.3, IEC, DNV and NAVSEA standards; this wording does not establish certification of every configuration.
Kraken SeaPower uses lithium-ion pouch cells embedded in a polymer matrix with integrated battery management. Its brochure rates the family to 6000 m, describes per-cell temperature/voltage monitoring, parallel operation and scalable 2 kWh to 5 MWh solutions. Design for named standards is not proof that every supplied configuration is certified.
Kraken describes SeaPower as lithium-ion cells encapsulated in a pressure-tolerant polymer matrix, avoiding an oil-filled or conventional pressure housing. Its BMS monitors cell temperature and voltage and supports telemetry, software power control and parallel operation at differing states of charge.
Supports: SeaPower Subsea Batteries · maturity
The SeaPower sheet rates the battery technology to 6,000 m and describes configurable capacity from 2 kWh to 5 MWh, not one module of every capacity. It says designed for compliance with UN 38.3, IEC, DNV and NAVSEA standards; this wording does not establish certification of every configuration.
Kraken SeaPower uses lithium-ion pouch cells embedded in a polymer matrix with integrated battery management. Its brochure rates the family to 6000 m, describes per-cell temperature/voltage monitoring, parallel operation and scalable 2 kWh to 5 MWh solutions. Design for named standards is not proof that every supplied configuration is certified.
Kraken describes SeaPower as lithium-ion cells encapsulated in a pressure-tolerant polymer matrix, avoiding an oil-filled or conventional pressure housing. Its BMS monitors cell temperature and voltage and supports telemetry, software power control and parallel operation at differing states of charge.
Supports: SeaPower Subsea Batteries · capability type
Kraken describes SeaPower as lithium-ion cells encapsulated in a pressure-tolerant polymer matrix, avoiding an oil-filled or conventional pressure housing. Its BMS monitors cell temperature and voltage and supports telemetry, software power control and parallel operation at differing states of charge.
Supports: SeaPower Subsea Batteries · name
Kraken describes SeaPower as lithium-ion cells encapsulated in a pressure-tolerant polymer matrix, avoiding an oil-filled or conventional pressure housing. Its BMS monitors cell temperature and voltage and supports telemetry, software power control and parallel operation at differing states of charge.
Kraken describes SeaPower as lithium-ion cells encapsulated in a pressure-tolerant polymer matrix, avoiding an oil-filled or conventional pressure housing. Its BMS monitors cell temperature and voltage and supports telemetry, software power control and parallel operation at differing states of charge.
Supports: SeaPower Subsea Batteries · maturity
Kraken reports an unnamed UUV client doubled capacity from 48 kWh to 96 kWh in the same volume and reduced weight per kWh by 46%. The source provides a customer example, not a reproducible test protocol or a universal endurance guarantee.
Kraken describes SeaPower as lithium-ion cells encapsulated in a pressure-tolerant polymer matrix, avoiding an oil-filled or conventional pressure housing. Its BMS monitors cell temperature and voltage and supports telemetry, software power control and parallel operation at differing states of charge.
Kraken SeaPower uses lithium-ion pouch cells embedded in a polymer matrix with integrated battery management. Its brochure rates the family to 6000 m, describes per-cell temperature/voltage monitoring, parallel operation and scalable 2 kWh to 5 MWh solutions. Design for named standards is not proof that every supplied configuration is certified.
Kraken SeaPower uses lithium-ion pouch cells embedded in a polymer matrix with integrated battery management. Its brochure rates the family to 6000 m, describes per-cell temperature/voltage monitoring, parallel operation and scalable 2 kWh to 5 MWh solutions. Design for named standards is not proof that every supplied configuration is certified.
Kraken SeaPower uses lithium-ion pouch cells embedded in a polymer matrix with integrated battery management. Its brochure rates the family to 6000 m, describes per-cell temperature/voltage monitoring, parallel operation and scalable 2 kWh to 5 MWh solutions. Design for named standards is not proof that every supplied configuration is certified.
Supports: SeaPower Subsea Batteries · summary
Kraken SeaPower uses lithium-ion pouch cells embedded in a polymer matrix with integrated battery management. Its brochure rates the family to 6000 m, describes per-cell temperature/voltage monitoring, parallel operation and scalable 2 kWh to 5 MWh solutions. Design for named standards is not proof that every supplied configuration is certified.
Supports: SeaPower Subsea Batteries · core features
Kraken describes SeaPower as lithium-ion cells encapsulated in a pressure-tolerant polymer matrix, avoiding an oil-filled or conventional pressure housing. Its BMS monitors cell temperature and voltage and supports telemetry, software power control and parallel operation at differing states of charge.
Supports: SeaPower Subsea Batteries · capability type
Kraken SeaPower uses lithium-ion pouch cells embedded in a polymer matrix with integrated battery management. Its brochure rates the family to 6000 m, describes per-cell temperature/voltage monitoring, parallel operation and scalable 2 kWh to 5 MWh solutions. Design for named standards is not proof that every supplied configuration is certified.
Supports: SeaPower Subsea Batteries · maturity
The SeaPower sheet says units are pressure-tested up to 660 bar under ISO-certified quality-control procedures and designed for compliance with named standards. These company statements do not establish a third-party certificate for every offered configuration.
Supports: SeaPower Subsea Batteries · core features
The SeaPower sheet rates the battery technology to 6,000 m and describes configurable capacity from 2 kWh to 5 MWh, not one module of every capacity. It says designed for compliance with UN 38.3, IEC, DNV and NAVSEA standards; this wording does not establish certification of every configuration.
Supports: SeaPower Subsea Batteries · name
Kraken SeaPower uses lithium-ion pouch cells embedded in a polymer matrix with integrated battery management. Its brochure rates the family to 6000 m, describes per-cell temperature/voltage monitoring, parallel operation and scalable 2 kWh to 5 MWh solutions. Design for named standards is not proof that every supplied configuration is certified.
Supports: SeaPower Subsea Batteries · core features
Kraken SeaPower uses lithium-ion pouch cells embedded in a polymer matrix with integrated battery management. Its brochure rates the family to 6000 m, describes per-cell temperature/voltage monitoring, parallel operation and scalable 2 kWh to 5 MWh solutions. Design for named standards is not proof that every supplied configuration is certified.
Kraken SeaPower uses lithium-ion pouch cells embedded in a polymer matrix with integrated battery management. Its brochure rates the family to 6000 m, describes per-cell temperature/voltage monitoring, parallel operation and scalable 2 kWh to 5 MWh solutions. Design for named standards is not proof that every supplied configuration is certified.
Supports: SeaPower Subsea Batteries · core features
Kraken SeaPower uses lithium-ion pouch cells embedded in a polymer matrix with integrated battery management. Its brochure rates the family to 6000 m, describes per-cell temperature/voltage monitoring, parallel operation and scalable 2 kWh to 5 MWh solutions. Design for named standards is not proof that every supplied configuration is certified.
Kraken SeaPower uses lithium-ion pouch cells embedded in a polymer matrix with integrated battery management. Its brochure rates the family to 6000 m, describes per-cell temperature/voltage monitoring, parallel operation and scalable 2 kWh to 5 MWh solutions. Design for named standards is not proof that every supplied configuration is certified.
Kraken describes SeaPower as lithium-ion cells encapsulated in a pressure-tolerant polymer matrix, avoiding an oil-filled or conventional pressure housing. Its BMS monitors cell temperature and voltage and supports telemetry, software power control and parallel operation at differing states of charge.
Supports: SeaPower Subsea Batteries · core features
Kraken SeaPower uses lithium-ion pouch cells embedded in a polymer matrix with integrated battery management. Its brochure rates the family to 6000 m, describes per-cell temperature/voltage monitoring, parallel operation and scalable 2 kWh to 5 MWh solutions. Design for named standards is not proof that every supplied configuration is certified.
Supports: SeaPower Subsea Batteries · core features
Kraken SeaPower uses lithium-ion pouch cells embedded in a polymer matrix with integrated battery management. Its brochure rates the family to 6000 m, describes per-cell temperature/voltage monitoring, parallel operation and scalable 2 kWh to 5 MWh solutions. Design for named standards is not proof that every supplied configuration is certified.
Supports: SeaPower Subsea Batteries · summary
Kraken reports an unnamed UUV client doubled capacity from 48 kWh to 96 kWh in the same volume and reduced weight per kWh by 46%. The source provides a customer example, not a reproducible test protocol or a universal endurance guarantee.
Kraken describes SeaPower as lithium-ion cells encapsulated in a pressure-tolerant polymer matrix, avoiding an oil-filled or conventional pressure housing. Its BMS monitors cell temperature and voltage and supports telemetry, software power control and parallel operation at differing states of charge.
Supports: SeaPower Subsea Batteries · maturity
Kraken SeaPower uses lithium-ion pouch cells embedded in a polymer matrix with integrated battery management. Its brochure rates the family to 6000 m, describes per-cell temperature/voltage monitoring, parallel operation and scalable 2 kWh to 5 MWh solutions. Design for named standards is not proof that every supplied configuration is certified.
Kraken SeaPower uses lithium-ion pouch cells embedded in a polymer matrix with integrated battery management. Its brochure rates the family to 6000 m, describes per-cell temperature/voltage monitoring, parallel operation and scalable 2 kWh to 5 MWh solutions. Design for named standards is not proof that every supplied configuration is certified.
Kraken SeaPower uses lithium-ion pouch cells embedded in a polymer matrix with integrated battery management. Its brochure rates the family to 6000 m, describes per-cell temperature/voltage monitoring, parallel operation and scalable 2 kWh to 5 MWh solutions. Design for named standards is not proof that every supplied configuration is certified.
Kraken describes SeaPower as lithium-ion cells encapsulated in a pressure-tolerant polymer matrix, avoiding an oil-filled or conventional pressure housing. Its BMS monitors cell temperature and voltage and supports telemetry, software power control and parallel operation at differing states of charge.
Supports: SeaPower Subsea Batteries · core features
Kraken describes SeaPower as lithium-ion cells encapsulated in a pressure-tolerant polymer matrix, avoiding an oil-filled or conventional pressure housing. Its BMS monitors cell temperature and voltage and supports telemetry, software power control and parallel operation at differing states of charge.
Kraken describes SeaPower as lithium-ion cells encapsulated in a pressure-tolerant polymer matrix, avoiding an oil-filled or conventional pressure housing. Its BMS monitors cell temperature and voltage and supports telemetry, software power control and parallel operation at differing states of charge.
On 2 December 2025 Kraken reported approximately CAD 12 million in SAS, KATFISH spares and SeaPower orders, naming Teledyne Marine and Terradepth among customers. Teledyne integrations were planned for Gavia and SeaRaptor AUVs; orders do not establish delivery acceptance.
On 2 December 2025 Kraken reported approximately CAD 12 million in SAS, KATFISH spares and SeaPower orders, naming Teledyne Marine and Terradepth among customers. Teledyne integrations were planned for Gavia and SeaRaptor AUVs; orders do not establish delivery acceptance.
Supports: SeaPower Subsea Batteries · maturity
On 2 December 2025 Kraken reported approximately CAD 12 million in SAS, KATFISH spares and SeaPower orders, naming Teledyne Marine and Terradepth among customers. Teledyne integrations were planned for Gavia and SeaRaptor AUVs; orders do not establish delivery acceptance.
Supports: SeaPower Subsea Batteries · summary
On 2 December 2025 Kraken reported approximately CAD 12 million in SAS, KATFISH spares and SeaPower orders, naming Teledyne Marine and Terradepth among customers. Teledyne integrations were planned for Gavia and SeaRaptor AUVs; orders do not establish delivery acceptance.
Kraken describes pressure-tolerant lithium-ion batteries for long-endurance underwater missions.
Supports: SeaPower Subsea Batteries · add child
Kraken describes SeaPower as a subsea lithium-ion battery with pressure-tolerant encapsulation, integrated battery management and modular systems scalable from compact vehicles to XL platforms.
Kraken announced CAD 24 million in orders on March 17, 2026 across more than ten customers in five countries, covering SeaPower, KATFISH and SAS; the release includes a Polish Navy KATFISH order. This supports active supply, not guaranteed delivery timing or each product certification.
Kraken announced CAD 24 million in orders on March 17, 2026 across more than ten customers in five countries, covering SeaPower, KATFISH and SAS; the release includes a Polish Navy KATFISH order. This supports active supply, not guaranteed delivery timing or each product certification.
Supports: SeaPower Subsea Batteries · maturity
Kraken announced CAD 24 million in orders on March 17, 2026 across more than ten customers in five countries, covering SeaPower, KATFISH and SAS; the release includes a Polish Navy KATFISH order. This supports active supply, not guaranteed delivery timing or each product certification.
Canada identifies long range, long endurance, under-ice operation, surveillance, deterrence, Arctic, Atlantic, and Pacific missions as public capability needs for the future fleet.
Canada identifies long range, long endurance, under-ice operation, surveillance, deterrence, Arctic, Atlantic, and Pacific missions as public capability needs for the future fleet.
Supports: Remote Minehunting and Disposal System integration · add child
Kraken is the Canadian prime integrator for two RCN Remote Minehunting and Disposal System payloads combining REMUS AUVs, AquaPix synthetic-aperture sonar, SEAFOX mine-disposal vehicles and a containerized command centre.
Kraken announced $35 million in SeaPower battery sales and stated that the batteries support long-endurance uncrewed underwater vehicle operations.
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