AUV-F760 Work-Class Autonomous Underwater Vehicle

AUV-F760 Work-Class Autonomous Underwater Vehicle

Product Introduction

The AUV-F760 is a self-developed work-class autonomous underwater vehicle designed for offshore wind farm operations, subsea pipeline inspection, and underwater infrastructure maintenance.

Product Information

Brand:
PALEGIX
Model number:
AUV-F760
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The AUV-F760 is a self-developed work-class autonomous underwater vehicle designed for offshore wind farm operations, subsea pipeline inspection, and underwater infrastructure maintenance. Featuring a flattened hull design for exceptional stability, it is equipped with 6 to 8 thrusters to achieve full 6-degree-of-freedom omnidirectional movement. With an operational depth of up to 1200 meters, the vehicle supports acoustic imaging, optical payloads, and heavy-duty robotic manipulators, seamlessly combining ROV work-class capability with the autonomous mobility of an AUV.

Application Fields

  • Offshore Wind Farm Operations and Maintenance

  • Subsea Structure Inspection and Maintenance

  • Underwater Search and Asset Recovery

  • Subsea Rapid-Response Repair Operations

Key Product Advantages

  • Flattened Hull Design: Utilizes a wet-cabin frame structure equipped with 6 to 8 thrusters to deliver full 6-degree-of-freedom motion.

  • Advanced Subsea Inspection: Integrates high-resolution 2D and 3D imaging sonar, side-scan sonar, and high-definition camera inspection payloads.

  • Heavy Duty Work Capability: Features dual robotic manipulator arms capable of grasping, cutting, rotating, and precision subsea intervention.

Technical Specifications 

 
Parameter / Feature Specifications (AUV-F760)
Model AUV-F760 Autonomous Underwater Vehicle
Physical Dimensions Length 3850 mm x Width 760 mm x Height 420 mm; Displacement: 500 kg
Weight 600 kg (Standard Configuration); Payload Capacity: 60 kg
Operating Depth 600 m / 1200 m
Speed Range 0 - 4.5 knots
Propulsion System Main tail propeller with optional lateral and vertical thrusters for vertical diving/surfacing and dynamic positioning (DP)
Endurance Greater than or equal to 20 hours under standard configuration (at 3-knot cruising speed); expandable to 400 hours (at 3-knot cruising speed) or a range of 100-200 km
Navigation System Integrated INS + DVL + GNSS + USBL navigation suite with positioning accuracy of 0.3% of distance traveled; features SLAM and data-driven navigation capabilities
Communication System UHF, Wi-Fi, 4G cellular, Iridium satellite communication, and acoustic communication
Control Software

Proprietary software control system featuring an intuitive visual UI;

supports secondary user development, post-mission data processing and analysis, and technical maintenance support;

offers customizable multi-AUV collaborative networking and data-driven features

Support Equipment Integrated Ground / Topsides Control Station