Six Major Technical Barriers

• Vector control algorithm for underwater robot

  CHASING X originally creates an OctoDrive power system, with eight thrusters in a vector layout, ensuring quick response in posture and strong control stability. It allows 360° movement and rotation while maintaining a speed of 4.5 knots.

• AnchorX Smart Omnidirectional Anti-Current technology

  The global pioneering AnchorX intelligent omni-directional anti-current system can intelligently sense water flow direction and speed, automatically adjusting to the optimal flow resistance direction without manual intervention. With a maximum flow resistance of 4.5 knots, it remains stable for both fixed and distance detection of observation targets.

• Underwater Sonar Technology

  Sonar positioning：Based on hydroacoustic USBL, SBL and DVL technologies, through algorithmic fusion, the ROV can enable accurate positioning, autonomous cruise, remote control and other accurate underwater operations under complex underwater conditions. Sonar imaging：Based on acoustic multi-beam imaging technology, the ROV can display objects in high definition in turbid water at a long distance, and identify underwater objects in various forms with the aid of AI technology, effectively promoting the application of ROV in search, rescue and other complex industries. Sonar obstacle avoidance and ranging：Based on acoustic single-beam technology, the ROV comes with a detection range in multiple directions, and the unique filtering technology enables it to smoothly move in water with multiple obstacles and to achieve more stable observation and operation in underwater detection.

• Efficient Underwater Thruster System

  CHASING Innovation expertly designs and manufactures waterproof motors from start to finish. Our proprietary magnetic coupling propellers are compact, powerful, and easy to maintain, preventing sand and salt buildup. They effectively handle complex water environments, ensuring underwater operations are stable and reliable.

• Color Restoration of Underwater Image

  Complementary light design based on underwater light loss model. Scenario-based physical optical path design, matching of lens and sensor. Color restoration and enhancement algorithm based on underwater environment optimization.

• AI Algorithm-based Underwater Visual Identification and Tracking

  One-man visual tracking in multi-person scenarios. Automatic graphics recognition based on AI algorithm. Automatic obstacle avoidance under the computational model based on distance from the objects in the image range. In the Future, CHASING Innovation will pioneer New Underwater Technologies: 3D Visual Imaging for Underwater Scenes；AI Image Enhancement in Turbid Waters；AI Intelligent Cruising in Complex Aquatic Environments