The logo of Deepsea Matrix, a Chinese leader in engineering robust and technologically advanced deck machinery, including ocean winches, launch and recovery systems (LARS), A-frames, and tether management systems (TMS) for research and offshore applications.

Lucy Song

Wuxi China

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ROV Winch

  • Application:
    Launching and recovering Remotely Operated Vehicles (ROVs) used in underwater inspection, maintenance, sampling, and intervention tasks | Suitable for both work-class and observation-class ROVs operating in offshore oil & gas, marine research, subsea engineering, and salvage operations
  • Basic Parameters (Typical Configuration):
    • Safe Working Load (SWL): 1–25 tons
    • Speed Range: 0–100 m/min
    • Cable Diameter: 20–40 mm
    • Maximum Cable Length: Up to 6,000 meters
    • Cable Type: Armored electro-optical or hybrid umbilical cable
    • Drive System: Hydraulic or electric (variable frequency drive)
    • Control Interface: Local, remote, or fully integrated into LARS systems
  • Key Features:
    • Precise control and smooth cable payout/retrieval
    • Real-time monitoring of cable length, speed, and tension
    • Constant tension control to protect ROV in dynamic sea states
    • Integrated with launch and recovery system (LARS)
    • Capable of power, video, and telemetry transmission via umbilical
    • Weatherproof and corrosion-resistant for harsh marine environments

Description:
The ROV winch is an essential component in deep-sea robotics operations, providing reliable support for the deployment and recovery of tethered underwater vehicles. Designed to handle electro-optical or hybrid umbilical cables, the winch system ensures secure mechanical support while maintaining uninterrupted data, video, and power transmission. With robust construction, high-torque drives, and advanced tension management features, the ROV winch ensures stable and safe operations during complex subsea missions.