Chasing Distance Lock Sonar for M2 and M2 Pro Underwater Drone

Chasing Distance Lock Sonar for Chasing M2 and M2 Pro Underwater Drone Chasing Distance Lock Sonar is specially designed for Chasing M2 and Chasing M2 PRO ROV. It enables the ROV to achieve lock-distance inspection and automatic collision prevention, making various inspections more accurate and efficient. Lock the Distance in Four Directions Separately The sonar can automatically calculate the distance between it and the obstacles in the front, left, right, and bottom of the ROV. After setting the distance to the obstacles on the App, ROV can perform automatic lock-distance inspection and automatic collision avoidance. Efficient Automatic Inspection In the lock-distance mode, the ROV can automatically inspect from top to bottom around the fishing nets or any column-shaped facilities, thereby reducing the difficulty of underwater operations and making various inspections more accurate and efficient. Specs Application: Underwater collision avoidance and Underwater fixed range Range: 0.25m - 5m Blind Spot: Less than 20 cm Measurement Accuracy: ±25mm Resolution: 1 mm Launch Angle: 13° ± 2°, 26° between axis-1 and axis-2 Power Supply: 10.8 VDC - 26.4 VDC (measurement range will vary depending on voltage) Storage Temperature: ;-20 ℃ - 60 ℃ (non-frozen environment) Probe Installation: Fixed installation Protection Level: IP68 Sonar Installation Base (default): 64 × 64.8 × 79mm Sonar Installation Base (optional): 64 × 64.8 × 153mm Sonar Installation Base Weight (default): 54g Sonar Installation Base Weight (optional): 108g Maximum Diving Depth: 150 m Size of Distance Lock Sonar:Upper cover: 81.3 × 30mm, Housing: 79.3 × 55.9mm Weight of Distance Lock Sonar: 286 ± 5 g Communication: TTL communication

Chasing Distance Lock Sonar is specially designed for Chasing M2 and Chasing M2 PRO ROV It enables the ROV to achieve lock-distance inspection and automatic collision prevention, making various inspections more accurate and efficient Lock the Distance in Four Directions: Automatically calculate the distance between it and the obstacles in the front, left, right, and bottom of the ROV Efficient Automatic Inspection: ROV can automatically inspect from top to bottom around the fishing nets or any column-shaped facilities, thereby reducing the difficulty of underwater operations and making various inspections more accurate and efficient