Company Profile
1. Basic Information, Manufacturing Base, Sales Area and Competitors
Blue Robotics Inc is a privately held American marine robotics manufacturer founded in 2014 and headquartered in Torrance, California, with a relocation to the Port of Los Angeles under way.
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Description |
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Company Name |
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Website |
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Established Date |
2014 |
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4 |
Headquartered |
Torrance, California, United States (relocating to AltaSea, Port of Los Angeles, San Pedro, California) |
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5 |
Market Position / History |
Blue Robotics was founded in 2014 by Rustom Jehangir, Joe Spadola and Josh Villibrant and is a marine robotics company headquartered in Torrance, California. The company develops underwater remotely operated vehicles (ROVs), uncrewed surface vessels (USVs), thrusters, sensors, enclosures, cameras, sonars and other marine robotics components. It focuses on making underwater technology more accessible through modular product designs, customizable configurations, open-source software and cost-effective solutions for underwater exploration, inspection and data collection. The company originated from the development of affordable, saltwater-resistant underwater thrusters, launching the T100 thruster through a Kickstarter campaign that raised approximately USD 102,000; early manufacturing took place in Redondo Beach before operations were established in Torrance. It subsequently expanded its portfolio to include the BlueROV2 (2016), the BlueBoat USV (late 2023) and a catalogue of over 300 marine robotics components. By October 2022 the company had sold more than 70,000 thrusters and over 3,200 BlueROV2 vehicles, and had sold over 100,000 thrusters to more than 12,000 customers by 2023. Blue Robotics serves customers across marine research, education, underwater exploration, inspection, aquaculture and commercial maritime applications, reaching international markets through its online store and a distributor network spanning 30 countries. |
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6 |
Sales Area |
North America, Europe, Asia Pacific, South America, Middle East and Africa |
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7 |
Manufacturing Location |
United States (Torrance, California; new production facility at the Port of Los Angeles)<br>Canada (R&D, Victoria, British Columbia)<br>Brazil (Software) |
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8 |
Ticker |
NA (privately held) |
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9 |
No. of Employees |
~ 60 (reported at 55 in 2022–2023 and 59 in 2025) |
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10 |
Competitors |
Soil Machine Dynamics Ltd.TechnipFMC plc, Oceaneering International, Inc., VideoRay LLC, Blueye Robotics AS, Deep Trekker Inc, Kongsberg Maritime AS |
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11 |
CEO |
Rustom “Rusty” Jehangir, Founder and Chief Executive Officer |
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Ownership Type |
Private (bootstrapped; no disclosed institutional funding round) |
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Contact Information |
2740 California Street, Torrance, CA 90503, USA |
2. Business Segment / Overview
Blue Robotics operates a component-led business that grew into complete vehicle platforms, rather than a vehicle business that later added parts. The company began with underwater propulsion and progressively added enclosures, sensors, lights, electronics and sonars, then combined those building blocks into finished vehicles. That sequence explains its present structure: a high-volume components catalogue, two vehicle platforms built from that catalogue, an open-source software stack, and a curated third-party marketplace. Revenue is generated through direct online sales and an authorised distributor network covering roughly 30 countries, with distributors providing regional sales guidance and, depending on the partner, assembly, customisation, repair, training and sensor integration.
BlueBoat (Uncrewed Surface Vehicle): BlueBoat is Blue Robotics' uncrewed surface vehicle platform, introduced in late 2023 and designed for marine data collection, surveying and autonomous surface operations. It supports applications such as hydrographic surveys, environmental monitoring, marine research and water-quality assessment. The catamaran-hull platform uses two M200 motors for skid-steering with weedless propellers, reaching a maximum speed of 3 m/s (6 knots), with a 1.2 m folded length, 14.5 kg dry weight and 15 kg payload capacity including batteries. It integrates navigation equipment, positioning systems, sonar and other payloads depending on configuration, and its modular architecture allows users to adapt the vehicle to different survey and data-acquisition requirements. Within the offshore industry, BlueBoat supports surface-level surveying and data collection alongside underwater inspection activities. The purchase configuration separates the base platform from options such as a control station, controller, communications accessories and sonars, so a base vessel is not a turnkey survey package.
BlueROV2 (Remotely Operated Vehicle): BlueROV2 is the company's flagship remotely operated underwater vehicle, launched in 2016 for underwater inspection, exploration, research and data collection, with over 5,000 kits sold. The platform uses six T200 thrusters in a vectored configuration and supports integration of cameras, lights, sensors and mission-specific equipment. It is available in acrylic (100 m) and aluminium (300 m) depth-rated configurations, and the vehicle ships partially assembled, requiring 6–8 hours of customer assembly — a deliberate design choice that builds user familiarity for later upgrades. Its modular, open frame permits attachment of custom and third-party accessories including grippers, scanning sonars and payload skids. Applications include underwater infrastructure inspection, marine research, hull surveys, aquaculture net inspection and subsea observation. The platform is particularly relevant to compact ROV applications where portability, customisation and accessible operating costs are important considerations.
Components: The Components segment comprises the hardware and accessories used to build, operate, maintain and customise marine robotic systems, and remains the company's volume engine. Its portfolio spans underwater thrusters and motors, watertight enclosures, lights and indicators, grippers and actuators, cameras, pressure, depth, temperature, leak and pH sensors, echosounders and imaging sonars, flight controllers and interface electronics, batteries and power supplies, and cables, tethers, penetrators and connectors. These products support new system integration projects as well as replacement, repair and upgrade activity. The segment serves marine robotics manufacturers, system integrators, research institutions, OEMs and users developing customised underwater platforms — with third-party validation from developers such as Seaber and RanMarine, which have integrated Blue Robotics components into commercial autonomous systems.
The Reef (Third-Party Marketplace): The Reef is a curated collection of third-party products that Blue Robotics evaluates and integrates before offering through its own storefront. Listed suppliers include Cerulean Sonar, Water Linked, Outland Technology and Blue Trail Engineering. The Reef extends the addressable capability of the company's vehicles — multibeam sonar, DVL navigation, side-scan imaging and underwater servos — without the capital cost of developing each sensor class in-house.
3. Management and Key Leadership
Blue Robotics is founder-led and privately held, with no publicly disclosed board of directors or institutional investor representation. Executive disclosure is limited, which is typical of a bootstrapped private manufacturer.
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Name |
Position |
Profile |
|---|---|---|
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Rustom “Rusty” Jehangir |
Founder and Chief Executive Officer |
Founded the company in 2014, building the first 600 thrusters in his garage on approximately USD 100,000 of Kickstarter funding. Holds degrees in mechanical and aerospace engineering and was president of the undergraduate aerial robotics team at USC Viterbi. Named to the Forbes 30 Under 30 list for Manufacturing & Industry in 2018 and winner of the Society for Underwater Technology's Gwyn Griffiths Award for Underwater Robotics in 2022. Leads product direction, manufacturing strategy and public representation of the company. |
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Joe Spadola |
Co-Founder |
Co-founded Blue Robotics in 2014 during the company's thruster-development phase. |
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Josh Villibrant |
Co-Founder |
Co-founded Blue Robotics in 2014 during the company's thruster-development phase. |
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Nicolette Purcell |
Marketing / Product Communications |
Authors the company's product-news and product-launch announcements, including the Cockpit ground control station release and successive component launches. |
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Willian Galvani |
ArduSub Lead Maintainer |
Leads maintainership of the ArduSub underwater vehicle control firmware on behalf of the company, taking over from Jacob Walser. |
The organisation is deliberately broad-skilled rather than purely engineering-led. Jehangir has described a team covering product engineering, marketing, assembly technicians, human resources and graphic design, reflecting a vertically integrated manufacturer that designs, builds and ships in-house rather than outsourcing production. Software leadership is distributed across the open-source community: Blue Robotics identifies itself as lead maintainer of ArduSub, and the company maintains its Canadian R&D presence in Victoria, British Columbia, and software engineering capability in Brazil.
Open leadership question: No Chief Financial Officer, Chief Technology Officer or Chief Operating Officer has been publicly disclosed. For a company moving to a 49,000 sq ft production facility, the absence of a named operations or manufacturing executive is a governance gap worth tracking.
5. Product Specification Offshore ROV Market
Blue Robotics participates in the offshore ROV market through compact, observation-class vehicles rather than work-class systems. Its relevance is concentrated in the Micro/Mini ROV and Observation Class ROV segments, where portability, configuration flexibility and acquisition cost outweigh intervention capability.
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Product |
Product Description |
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BlueROV2 |
An electrically propelled underwater remotely operated vehicle designed for underwater inspection, exploration, research and data collection. Six T200 thrusters in a vectored configuration (four vectored horizontal, two vertical) deliver a maximum forward speed of approximately 1.5 m/s (3 knots). Available with acrylic (100 m rated) or aluminium (300 m rated) enclosures, with a 12 kg displacement and an HDPE modular open frame. Controlled by the Navigator flight controller with a Raspberry Pi 4 onboard computer running BlueOS and ArduSub. Its compact configuration aligns primarily with the Micro/Mini ROVs and Observation Class ROVs segments. |
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BlueROV2 Heavy |
A higher-thrust configuration of the BlueROV2 using eight thrusters (four horizontal, four vertical) to deliver six degree-of-freedom control, active stability control and additional payload capacity. Supports underwater observation, inspection and research applications requiring improved manoeuvrability and station-keeping in current. Every BlueROV2 ever shipped includes the mounting holes required for the Heavy Retrofit Kit upgrade. |
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BlueBoat |
An uncrewed surface vessel for hydrographic survey, bathymetric mapping and environmental monitoring, deployable as a surface companion to subsea inspection work. Twin M200 skid-steer propulsion with weedless propellers, 3 m/s maximum speed, 15 kg payload capacity, folding 1.2 m x 0.7 m transport footprint, and support for up to eight 4S–6S batteries. Runs ArduRover and BlueOS with Cockpit or QGroundControl as the control station. |
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BlueROV2 Payload Skid |
A structural mounting platform for integrating large payloads, additional sensors and add-ons onto the BlueROV2, extending the vehicle toward multi-sensor survey and inspection configurations. |
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Newton Subsea Gripper |
A single-function manipulator for light intervention tasks — sample recovery, debris retrieval and object handling — priced at USD 720, with an optional sediment sampler attachment at USD 290. The company's only manipulator offering; it does not compete with work-class hydraulic manipulator systems. |
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Ping360 Scanning Imaging Sonar |
A mechanical scanning imaging sonar providing 50 m range and a 300 m depth rating for ROV navigation and acoustic imaging in low-visibility water, at USD 2,650–2,750. Launched at a price point roughly half that of competing scanning sonars at the time. |
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Sonoptix ECHO Multibeam Imaging Sonar |
A multibeam imaging sonar for navigation and object detection, offered from approximately USD 8,950 through The Reef — the capability tier most directly relevant to offshore inspection and obstacle avoidance workflows. |
Offshore market positioning note: Blue Robotics does not supply work-class ROVs, tether management systems, launch and recovery systems, or hydraulic intervention tooling. Its competitive overlap with Oceaneering International, TechnipFMC and Soil Machine Dynamics is therefore limited to the inspection and observation end of the offshore value chain, and its more direct competitive set comprises VideoRay, Deep Trekker, Blueye Robotics and Chasing Innovation.
6. Complete Product Portfolio (All Products Beyond the Offshore ROV Segment)
The Blue Robotics catalogue spans more than 300 components across nine categories. The components business is the company's volume base and serves markets well beyond offshore ROVs — education, STEM competition teams, aquaculture, hydrography, defence research and OEM vehicle development.
6.1 Vehicles and Platforms
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Product |
Description |
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BlueROV2 (Acrylic) |
100 m depth-rated observation ROV base package, acrylic enclosure configuration |
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BlueROV2 (Aluminium) |
300 m depth-rated observation ROV base package, aluminium enclosure configuration |
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BlueROV2 Heavy Configuration |
Eight-thruster upgrade delivering six degree-of-freedom control and active stability |
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BlueROV2 Heavy Retrofit Kit |
Field upgrade kit converting a standard BlueROV2 to Heavy configuration |
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BlueROV2 Frame Kit / Spares Kit / Upgrade Kits |
Structural and consumable kits for build, repair and revision upgrade |
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BlueROV2 Payload Skid |
Mounting platform for large payloads and sensor integration |
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BlueROV2 Roof Rack |
Topside mounting accessory for additional sensors and equipment |
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BlueBoat USV |
Uncrewed surface vessel for survey, mapping and environmental monitoring |
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BlueBoat High-Visibility Hull Colours |
High-visibility hull colour options for survey operations and safety compliance |
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BlueBoat Payload Bracket |
Mounting bracket for auxiliary payloads on the BlueBoat deck |
6.2 Thrusters, Actuators, Lights and Grippers
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Product |
Description |
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T200 Thruster |
Core brushless underwater thruster; the volume product underpinning the company's installed base |
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T200 Thruster with Penetrator |
Pre-terminated T200 configured as a BlueROV2 spare |
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T500 Thruster |
High-thrust thruster delivering more than three times T200 baseline thrust for larger vehicles and USVs |
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T500 Spare Components / Propeller Sets |
Replacement propellers, nozzles and mechanical spares |
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M200 Motor |
Surface-vessel motor used in BlueBoat skid-steer propulsion, with weedless propellers |
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T100 Thruster (retired) |
The original 2014 Kickstarter product; now end-of-life under The Abyss |
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Basic ESC |
30 A electronic speed controller for T200-class thrusters |
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Basic ESC 500 |
Electronic speed controller rated for T500 thrusters |
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Lumen Subsea Light |
Dimmable, daisy-chainable 1,500-lumen subsea light for ROV and AUV use |
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Lumen Subsea Light (Pre-Connected Sets) |
Factory-terminated multi-light sets |
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NavLight |
Surface navigation and visibility light for the BlueBoat and surface platforms |
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Subsea RGB LED Indicator |
Programmable RGB status indicator launched March 2025 |
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Newton Subsea Gripper |
Single-function subsea manipulator for sampling and object handling |
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Newton Sediment Sampler Attachment |
Sediment-collection attachment for the Newton gripper, used in benthic sampling |
6.3 Sensors and Cameras
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Product |
Description |
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Bar30 Depth/Pressure Sensor |
300 m high-resolution pressure and depth sensor; standard on the BlueROV2 |
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Bar100XT Depth/Pressure Sensor |
1,000 m-class depth/pressure sensor, re-released as the Bar100XT in September 2025 alongside three new sensors |
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Bar02 Ultra High Resolution Sensor |
10 m depth/pressure sensor for shallow-water, high-resolution sensing |
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Celsius Fast-Response Temperature Sensor |
±0.1 °C I2C temperature sensor for scientific water-temperature measurement |
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Low-Light HD USB Camera |
1080p wide-angle camera with onboard compression, 0.01 lux sensitivity and 110° underwater field of view |
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Camera Tilt System |
±90° tilt mechanism for the Low-Light HD USB Camera |
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Leak Sensor |
Water-ingress detection probe, integrated on the Navigator flight controller |
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pH Sensor |
Subsea pH measurement for water-quality and environmental monitoring |
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Power Sense Module |
Current and voltage sensing module for vehicle power monitoring |
6.4 Sonars and Acoustic Payloads
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Product |
Description |
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Ping Sonar Altimeter and Echosounder |
Single-beam echosounder, 100 m range, 25° beam width, for altimetry and depth sounding |
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Ping2 Sonar |
Second-generation single-beam echosounder, also used for seabed classification |
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Ping360 Scanning Imaging Sonar |
Mechanical scanning imaging sonar, 50 m range, 300 m depth rating, open-source interface |
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Sonoptix ECHO Multibeam Imaging Sonar |
Multibeam imaging sonar for navigation and object detection (The Reef) |
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Cerulean Omniscan 450 SS |
Side-scan sonar for survey and search applications (The Reef) |
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Cerulean Omniscan 450 FS |
Forward-scan imaging sonar added to The Reef in March 2025 |
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Water Linked DVL A50 |
Doppler velocity log for precision underwater navigation and station-keeping (The Reef) |
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Water Linked DVL A125 |
Higher-performance Doppler velocity log for navigation-grade positioning (The Reef) |
6.5 Communication, Control and Power
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Product |
Description |
|---|---|
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Navigator Flight Controller |
The company's own autopilot hardware, launched 2022, replacing Pixhawk in the BlueROV2 R4 revision; carries 6-DOF IMU, dual magnetometers, barometer and integrated leak sensor |
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Raspberry Pi 4 Model B Onboard Computer |
Onboard compute platform running BlueOS |
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Fathom-X Tether Interface Board |
Ethernet-over-twisted-pair tether communication board (vehicle and topside pair) |
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Fathom-X Tether Interface (FXTI) |
Topside tether interface enclosure for BlueROV2 connection |
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BaseStation |
Topside communications base for the BlueBoat |
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BaseStation Directional Antenna Kit |
Range-extension antenna kit for BlueBoat and BaseStation links, launched October 2024 |
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Lithium-ion Battery / Mega Battery |
High-power lithium-ion batteries shared across the BlueBoat and BlueROV2 |
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BlueBoat Battery Splitter Cable (4S and 6S) |
Multi-battery power distribution cabling for extended-endurance surface missions |
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Underwater Wireless Charging System |
Contactless subsea charging system enabling resident and persistent deployment concepts |
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Power Supplies and Chargers |
5 V 6 A and related regulated supplies for vehicle electronics |
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Switch (10.5 A R1) |
Subsea-rated power switching module |
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Xbox / DualShock / DualSense Controllers |
Supported pilot input devices with pre-installed Cockpit calibrations |
6.6 Cables, Penetrators and Connectors
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Product |
Description |
|---|---|
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Fathom Tether and Fathom Slim Tether |
Neutrally buoyant ROV tethers in single and multi-twisted-pair configurations |
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Fathom Spool |
Tether management spool for deployment and recovery |
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WetLink Penetrator |
The company's mechanical cable penetrator standard, replacing earlier epoxy-potted penetrators |
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Blank Penetrators / Bulkhead Adapters |
Sealing and pass-through hardware for watertight enclosures, with Tef-Gel and O-ring consumables added November 2024 |
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Blue Robotics Connector Standard |
Proprietary connector standard defining cross-product electrical compatibility |
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Cable Repair Kit and Cable Tools |
Field repair and assembly tooling for penetrators and tethers |
6.7 Enclosures, Buoyancy and Ballast
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Product |
Description |
|---|---|
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Cylindrical Locking Series Enclosures (2–8 in) |
Locking watertight enclosures introduced with the R4 revision, in acrylic and aluminium, with 100 m and 300 m depth ratings; enlarged in a later product update |
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Cylindrical Non-Locking Series Enclosures (6–8 in) |
Larger-diameter non-locking watertight enclosures for custom vehicle builds |
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Watertight Boxes |
Rectangular watertight housings for electronics and payload integration |
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RAILS (Really Awesome Internal Layout System) |
Internal mounting and layout system for watertight enclosures, launched February 2025 |
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Polycarbonate Domes |
Camera and viewport domes, updated from acrylic to polycarbonate construction |
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O-Ring Flanges, End Caps, Clamps |
Sealing, termination and mounting hardware; expanded clamp range launched August 2024 |
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Enclosure Vent, Plug and Pressure Relief Valve |
Pressure equalisation and leak-test hardware |
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Ballast Weights |
200 g stainless steel trim weights for vehicle balancing |
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Buoyancy Foams |
Syntactic and closed-cell buoyancy material for trim and payload compensation |
6.8 Education and Everything Else
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Product |
Description |
|---|---|
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Education Posters and Textbooks |
Curriculum support material for STEM and marine robotics instruction |
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BlueROV2 Science Curriculum |
Structured classroom curriculum covering sediment sampling, bathymetric mapping and specimen collection |
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The Abyss |
Catalogue of retired and end-of-life products retained for legacy support |
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Blue Trail Engineering Underwater Servos |
Third-party underwater servo actuators added through The Reef in August 2025 |
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Outland Technology Power Supply |
Third-party topside power supply offered through The Reef |
7. Software and Open-Source Ecosystem
Software is a distinct product line and the principal source of switching costs in the Blue Robotics model. All of it is open-source and developed publicly, with active development recorded through October 2026.
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Software |
Function |
Strategic Role |
|---|---|---|
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BlueOS |
Browser-based onboard operating system for ROVs and USVs, with a modular extension system; runs on the Raspberry Pi and manages vehicle control, camera streams and tether connection |
The integration layer. Launched alongside the Navigator in 2022, it converts a hardware catalogue into a configurable platform and is the backend dependency for Cockpit |
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ArduSub |
Underwater vehicle control firmware; Blue Robotics is lead maintainer within the ArduPilot project |
Control-stack ownership without proprietary lock-in. Maintainership gives the company agenda-setting influence over the de facto open ROV autopilot standard |
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ArduRover / ArduBoat |
Surface vehicle autopilot firmware for the BlueBoat |
Reuses the ArduPilot ecosystem to enter the USV market without building a new control stack |
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Cockpit |
Customisable cross-platform ground control station built on a widget system, allowing user-defined HUDs, indicators and multi-vehicle profiles; supports joystick input and topside video recording with telemetry subtitles |
Released as stable in August 2024. The clearest move toward proprietary-feeling tooling that raises switching costs while remaining open-source |
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QGroundControl |
Alternative ground control station supported for both vehicle families |
Compatibility hedge for users with existing ArduPilot workflows |
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Ping-Viewer |
Open-source sonar visualisation and control application for the Ping, Ping2 and Ping360 product line |
Makes low-cost sonar usable without third-party survey software |
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BlueOS Extensions Repository |
Directory of installable BlueOS extensions contributed by the company and the community |
Distribution channel for third-party capability; the community builds features the company does not have to fund |
Community infrastructure: Blue Robotics operates public technical documentation, assembly and integration guides, and community forums that function as a de facto support organisation. The forums carry active firmware changelogs (for example Sonoptix ECHO firmware 2.2.1 in December 2025), integration threads and second-hand equipment listings. This community is the company's most defensible asset and the hardest for a price-based competitor to replicate — but it also means much of the value sits outside the company's balance sheet.
8. Recent Developments
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Year |
Latest News |
Strategic Significance |
|---|---|---|
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2026 |
New headquarters and production facility renovation at AltaSea, Port of Los Angeles, began early 2026 with opening expected near year-end |
Consolidates R&D, assembly and production in one waterfront site with direct saltwater access for testing; the single largest operational commitment in the company's history |
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2026 |
DORIS training workshop held in Hawaii in April 2026 with Blue Robotics engineers as facilitators; participants became eligible to apply for system loans |
Establishes an early deployment pathway for the deep-ocean imaging platform and builds an institutional user base ahead of commercialisation |
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2026 |
BlueROV2 component revision, T200 thruster propeller material changed from 10% glass-filled polycarbonate to polycarbonate across acrylic and aluminium base packages (June 2026) |
Continuous incremental engineering on the flagship platform; indicates active supply-chain and materials optimisation rather than platform redesign |
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2026 |
BlueROV2 Heavy teleoperation using underwater acoustic transmissions |
Highlights emerging approaches to remote ROV control and potential applications where conventional tether-based operations are constrained |
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2026 |
CUREE underwater robot for ecosystem exploration built on Blue Robotics components |
Demonstrates the use of compact underwater robotics for marine research, environmental observation and specialised survey applications |
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2026 |
Navigation sonar research for object detection using Blue Robotics sonar payloads |
Indicates potential improvements in sonar-based object identification and underwater situational awareness for ROV operations |
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2026 |
ROV-based sea cucumber surveys and benthopelagic ecosystem monitoring |
Expands evidence of compact ROV applications in marine surveys, environmental monitoring and underwater data collection |
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2025 |
10-year lease signed for approximately 49,000 sq ft at AltaSea, Port of Los Angeles (November 2025), relocating headquarters and manufacturing from Torrance |
One of the largest single leases in AltaSea's history; brings the Center for Innovation to approximately 85% leased and embeds the company in an ocean-technology cluster |
|
2025 |
Collaboration with Ocean Discovery League on DORIS (Deep Ocean Research and Imaging System), a lower-cost deep-sea imaging platform supported in part by NOAA funding |
First move beyond observation-class depth ratings toward deep-ocean capability, with a second-generation product and target base price planned for 2027–2028 |
|
2025 |
Tariff response published (September 2025) addressing import duty impact on component pricing |
Signals margin and supply-chain exposure in a hardware business dependent on international component sourcing |
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2025 |
Bar100 depth/pressure sensor relaunched as the Bar100XT alongside three new sensors (September 2025) |
Refreshes the sensor line, the highest-attach-rate accessory category across both vehicle platforms |
|
2025 |
Subsea RGB LED Indicator launched (March 2025) |
Low-cost accessory expansion improving operational status visibility on custom vehicle builds |
|
2025 |
Cerulean Sonar Omniscan 450 FS imaging sonar added to The Reef (March 2025) |
Deepens the third-party sonar offering, extending survey capability without in-house sensor development cost |
|
2025 |
High-visibility BlueBoat hull colours released (March 2025) |
Responds to professional survey operators' safety and visibility requirements, indicating commercial rather than hobbyist demand |
|
2025 |
RAILS (Really Awesome Internal Layout System) launched for watertight enclosures (February 2025) |
Reduces integration effort for OEMs and system builders, reinforcing the components business |
|
2025 |
Blue Trail Engineering underwater servos added to The Reef (August 2025) |
Extends actuator capability through partnership rather than internal development |
|
2024 |
Cockpit 1.0 stable release — customisable widget-based ground control station (August 2024) |
The most significant software milestone to date; establishes a proprietary-feeling control experience across vehicle types while remaining open-source |
|
2024 |
BaseStation Directional Antenna Kit launched (October 2024) |
Extends BlueBoat operating radius, addressing a practical constraint on survey mission length |
|
2024 |
Tef-Gel, bulkhead adapters and O-rings added (November 2024); expanded clamp range (August 2024) |
Consumables and hardware depth that increase recurring revenue per installed vehicle |
|
2024 |
BlueSTEAM Ahead! initiative with Santa Cruz COE and X-Academy; portfolio passes 300 components across 30 distributor countries |
Education pipeline doubles as a long-term customer acquisition channel — today's competition teams become tomorrow's institutional buyers |
9. Business Strategy
Blue Robotics' business strategy focuses on making underwater robotics more accessible through cost-effective, modular and customisable platforms. The company develops products such as the BlueROV2, BlueROV2 Heavy and BlueBoat for underwater inspection, exploration, research, survey and data collection. Its product architecture allows users to configure vehicles for different operating requirements, supporting adoption among marine researchers, survey operators, educational institutions, aquaculture operators and commercial underwater service providers. The underlying commercial model is a picks-and-shovels approach: the company sells the components, platforms and software on which other organisations build their own systems, capturing volume across many applications rather than margin on a few bespoke projects.
The company strengthens its market reach through direct online sales, an international distributor network of roughly 50 partners across 30 countries, and technical documentation that supports product integration and operation. Its ecosystem of compatible hardware, software and third-party equipment enables customers to adapt configurations to specific applications without commissioning a fully bespoke vehicle. Distributor services — including assembly, customisation, repair, training and sensor integration where available — further support customer adoption and ongoing product use. Growth is supported by continued product development, modular system design and expansion of the marine robotics ecosystem; improvements in propulsion, underwater sensing, electronics integration and vehicle control progressively broaden the applications of its platforms. For the offshore ROV market, these capabilities create opportunities in compact underwater inspection, survey support and subsea observation, particularly where portability, configuration flexibility and equipment cost are important purchasing considerations.
|
Strategic Pillar |
Description |
|---|---|
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Cost leadership through vertical integration |
Designs and manufactures in-house rather than outsourcing, enabling price points such as a ~USD 4,900 BlueROV2 and a USD 2,650 scanning sonar that undercut traditional subsea suppliers. Cost position, not feature superiority, is the primary entry wedge |
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Modular, upgradeable architecture |
Every platform is built from catalogue components with standardised connectors and mounting interfaces. Backward compatibility is explicit — every BlueROV2 ever shipped can accept the Heavy retrofit — which protects the installed base and drives accessory attachment |
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Open-source software and community lock-in |
BlueOS, ArduSub, ArduRover, Cockpit and Ping-Viewer are open-source and publicly developed. Community documentation, forums and extensions create switching costs through familiarity and workflow dependency rather than proprietary restriction |
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Component-first revenue base |
Over 300 SKUs sold to OEMs, integrators and self-builders generate volume independent of vehicle sales, with consumables, spares and upgrade kits producing recurring revenue per installed platform |
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Curated third-party ecosystem (The Reef) |
Capability gaps in multibeam sonar, DVL navigation, side-scan and actuators are filled through vetted partners rather than internal R&D, expanding addressable applications at low capital intensity |
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Education and STEM pipeline |
Curriculum, posters, assembly guides and programmes such as BlueSTEAM Ahead! build familiarity among students who become institutional buyers, functioning as a long-horizon customer acquisition channel |
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Distributor-led international reach |
Roughly 50 distributors across 30 countries provide local sales, support, repair and integration, extending global coverage without the fixed cost of regional subsidiaries |
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Platform expansion into surface and deep-ocean |
BlueBoat extended the business from subsea to the surface in 2023; the DORIS collaboration with Ocean Discovery League targets deep-ocean imaging, moving the company beyond its 100–300 m observation-class ceiling |
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Waterfront operational consolidation |
The 49,000 sq ft AltaSea facility co-locates R&D, assembly and production with direct ocean access for testing and demonstration, inside an ocean-technology cluster that inland competitors cannot easily match |
10. Strategic Conclusion
Blue Robotics is a niche cost leader, not a scale competitor, in the offshore ROV market. Its position is secure in the observation and micro/mini ROV segments and structurally limited above them.
Where the company is strong. Twelve years of operation have produced an installed base of more than 100,000 thrusters and over 5,000 BlueROV2 kits across 12,000-plus customers in 30 countries; a distribution footprint disproportionate to a roughly 60-person headcount. The moat is threefold: cost leadership enabled by in-house manufacturing, community lock-in through open-source documentation and forums, and brand recognition in education and research where the BlueROV2 is close to a default specification. The component business adds resilience: even when vehicle sales are cyclical, OEMs, integrators and self-builders continue buying thrusters, enclosures and sensors, and the consumables tail generates recurring revenue per installed platform.
Where the position is constrained. The company does not supply work-class ROVs, tether management systems, launch and recovery systems or hydraulic intervention tooling, so it does not compete for the highest-value offshore oil and gas, subsea construction or decommissioning contracts held by Oceaneering International, Technip FMC and Soil Machine Dynamics. Depth ratings of 100 m and 300 m exclude it from most deepwater offshore work; the DORIS collaboration is the stated route past that ceiling, but a second-generation product is targeted for 2027–2028 and remains unproven commercially. Open-source architecture and a bootstrapped balance sheet also mean limited capital for competing against defence-aligned integrators investing in proprietary autonomy stacks and the same openness that builds the community lowers the barrier for cheaper manufacturers to copy the hardware.
The decisive strategic question. Value in subsea robotics is migrating from hardware toward autonomy software, perception and mission management. Blue Robotics currently gives its software away, which builds the community but cedes the margin layer to system integrators building on top of its hardware. Cockpit is the first visible move toward tooling that could carry pricing power, and the 2026 acoustic-teleoperation and navigation-sonar research signals interest in capability beyond tethered piloting. Whether the company converts that into defensible autonomy products, perception pipelines, autonomy reference kits, mission planning, determines whether it remains a profitable component supplier or becomes a platform business.
Near-term execution risk. The 49,000 sq ft AltaSea relocation is the company's largest operational undertaking: renovations began in early 2026 with opening targeted for late 2026, which means a production transition running through a full year of continued shipping commitments. Direct ocean access, cluster proximity and public-outreach capability are genuine long-term advantages, but a facility move of this scale for a 60-person manufacturer carries real delivery and cost risk during the transition window.
Outlook for offshore market participants. Blue Robotics is best understood as an enabler rather than a rival, the supplier of components, platforms and software that other organisations build offshore capability on, and the price benchmark that sets buyer expectations in the inspection-class tier. Offshore operators should expect it to continue expanding downward into cost-sensitive inspection and survey work and outward into surface and deep-ocean imaging, while the work-class and intervention tiers remain outside its participation.
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Profile Details
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Author Pratik Shirsath
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Published 27 Oct 2026
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Last Updated 27 Oct 2026
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Reading Time~5 minutes
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CoverageSWOT, Financials, Key Employees, History
Table of Contents
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- 1.1 About Blue Robotics Inc
- 1.2 Key Facts
- 1.3 Key Employees
- 1.3.1 Key Employee Biographies
- 1.4 History
- 1.5 Locations & Subsidiaries
- 1.5.1 Head Office
- 1.5.2 Other Locations & Subsidiaries
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- 2.1 Company Overview
- 2.2 Business Segments
- 2.3 R&D Overview
- 2.4 Brands
- 2.5 Key Company Statistics
- 2.6 Key Financials (2015–2019)
- 2.7 Share Holder Analysis
- 2.8 Regional Presence
- 2.9 Services Offered
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- 3.1 Strengths
- 3.2 Weaknesses
- 3.3 Opportunities
- 3.4 Threats
- 3.5 Key Competitors
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- 4.1 Company Metrics
- 4.2 Key Investors
- 4.3 Recent Funding & Valuation
- 4.4 Historical Funding & Valuation
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- 5.1 Acquisitions
- 5.2 Partnerships
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- 6.1 Latest News & Announcements
- 6.2 Strategic Initiatives
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- 7.1 Summary of Findings
- 7.2 Strategic Recommendations
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