VK V9 Obstacle Avoidance Sensor for Agriculture Drones

Product Details

The VK V9 Obstacle Avoidance Sensor is a dedicated radar-based sensing module designed for agriculture drones using the VK V9 flight controller system. It helps detect obstacles during flight and improves operational safety in agricultural spraying, seeding and field-mapping missions. Designed for front or rear installation on agricultural UAVs, this sensor supports automatic obstacle detection and works with the VK V9 control ecosystem to help the drone hover or detour when obstacles are detected. Its rugged compact housing and simple mounting structure make it suitable for demanding outdoor farm environments. Key Features: • Compatible with VK V9 agriculture drone flight controller systems • Supports front or rear obstacle detection • Helps improve low-altitude flight safety during agricultural operations • Compact and durable sensor housing • Suitable for spraying, seeding and precision agriculture drones • Easy integration with drone platforms • Reliable outdoor performance for field applications Technical Specifications: • Product Type: Obstacle Avoidance Radar Sensor • Compatible System: VK V9 Agriculture Drone Flight Controller • Installation Position: Front or Rear • Detection Distance: 1.5 m to 20 m • Horizontal Beam Width: ±17° • Vertical Beam Width: ±3° • Approximate Dimensions: 66 × 74 × 19.3 mm • Approximate Weight: 110 g • Application: Agriculture drones, spray drones and UAV safety systems Installation Guidance: Install the obstacle avoidance sensor on the front or rear side of the aircraft. The heat sink side should face upward, and the module should be mounted with an upward angle of approximately 12° as recommended for the V9 system. Make sure the sensing area is not blocked by the frame, landing gear or other accessories. Available in India from Aero Drone Technologies Private Limited, a drone company incorporated in 2019. Contact our team for compatibility support, installation assistance and agriculture drone spare parts.