VECTOR
The Vector is SubseaLED’s inspection-class ROV designed for demanding offshore and nearshore operations. Built on years of subsea experience, it combines high thrust, stability, and modularity in a rugged platform that’s already proven in offshore wind farms and cable installation projects.
High thrust-to-weight ratio – stable performance even in strong currents
Modular design – easy to reconfigure for different payloads and tasks
- Open architecture – powered by Bluerobotics software for flexibility and autonomy
Advanced power system –equipped with SubseaLED’s 3KW surface power supply solutions
Low maintenance cost – robust design with reliable components for reduced downtime
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POWER
3KW
THRUST FORCE
35+ KGF
DEPTH RATING
DOWN TO 900 MSW
COMPACT. POWERFUL. OFFSHORE GRADE.
The Vector is an inspection-class ROV designed for professional subsea operations where stability, thrust, and reliability are critical.
Developed by SubseaLED, it combines a compact open frame, a high thrust-to-weight ratio, and modular architecture, making it equally suitable for both nearshore and offshore projects.
Equipped with a 3 kW surface power system and open-architecture controls the Vector ensures maximum uptime and adaptability in demanding conditions.
The Vector is the ideal solution for applications such as offshore wind farm inspections, subsea cable landings, pipeline and instrumental or environmental surveys, offering operators a dependable platform built for performance and efficiency.
PROVEN TRACK RECORD
The Vector has successfully completed offshore deployments, including:
UK North Sea Wind Farm – operation in 1.5-knot tidal currents
EA3 HVDC Cable Project – supporting landfall pull-in with NKT, Reach Subsea, and Seafast Maritime
SENSORS AND PAYLOAD INTEGRATION
The Vector has been engineered with an open-frame design, giving operators the freedom to mount a wide range of sensors without the need for bulky add-on skids. This not only reduces weight and complexity but also ensures faster mobilization and easier reconfiguration offshore.
With its large payload capacity, the Vector can accommodate multiple instruments simultaneously — from navigation aids to advanced imaging sonars — while maintaining stability and maneuverability.
Thanks to its dedicated Ethernet connection, the ROV supports high data bandwidth with stable performance even over 300 meters of copper tether. This ensures operators can depend on real-time, high-quality data transmission, making the Vector suitable for inspection, survey or any tasks where accuracy and reliability are essentials.
Compatible Sensor Types:
Imaging sonars (e.g., ARIS 3000, multibeam, scanning)
Navigation instruments (e.g., DVLs, USBLs, compasses)
Measurements probes and environmental sensors
4K cameras
Auxiliary tooling and instrumentation
SOFTWARE and CONTROL
The Vector is powered by BlueOS, developed by Blue Robotics, ensuring a control environment that is already familiar to thousands of ROV operators worldwide.
This makes the Vector extremely operator-friendly, reducing training time and ensuring smooth adoption for teams already experienced with the BlueROV2.
While the user interface and workflow remain consistent with BlueROV systems, the Vector includes custom software enhancements to guarantee maximum performance from its higher thrust, larger payload, and advanced power systems. These optimizations are integrated, so pilots experience the same intuitive controls while benefiting from the Vector’s superior capabilities.
Key Advantages:
Familiar BlueOS operator interface
Full compatibility with Cockpit
Minimal training required for BlueROV2 pilots
Custom performance tuning for Vector hardware
Future-ready with continuous BlueOS updates and extensions
MORE DETAILS
Physical | Length | 800 mm |
Width | 500 mm | |
Height | 500 mm | |
Weight in Air (with Ballast) | 40 kg | |
Weight in Air (without Ballast) | 27 kg | |
Payload Capacity (configuation dependent) | Up to 25 Kg | |
Performance | Maximum Rated Depth | 300 m (Standard) – Up to 900 m (on request) |
Maximum Forward Speed | 2 m/s – 4 knot | |
Thrusters | 6 x Blue Robotics T500 | |
Thruster Configuration | 4 x Vectored and 2 x Vertical | |
Forward Bollard Thrust (45°) | 35 kgf | |
Vertical Bollard Thrust | 25 kgf | |
Lateral Bollard Thrust (45°) | 35 kgf | |
Lights | Lumens | From 3000 lm to 15000 with dimming control |
Sensor | 3-DOF Gyroscope | |
3-DOF Accelerometer | ||
3-DOF Magnetometer | ||
Pressure/Depth & Temperature Sensor | ||
Current and Voltage Sensing | ||
Leak Detection | ||
Imaging sonar | ||
Tilt Platform |
| 20Kgf (optional) |
Camera | Resolution | 1080p |
Camera Field of View | 110 degrees horizontally | |
Tilt Range | +/- 90 degree camera tilt (180 total range) | |
Video Trasmission | Ethernet over copper– Ethernet over Fiber Option | |
Tether | Lenght | 300 m (Copper) – 1000 m (Fiber Optic) |
Power | Surface Input Voltage ROV power | 1 PH 220 Vac ±10% 50hz/60hz – 16A 3000 W |
