User Insights & Application Scenarios:

Across various application scenarios such as aerial photography, logistics delivery, and agricultural monitoring, the demand for higher flight safety and efficiency in drones continues to grow. In complex environments, traditional obstacle avoidance and altitude-holding technologies have limitations. Vision-based obstacle avoidance is prone to failure in harsh weather or complex lighting conditions, while lidar, although performing well in altitude-holding, may be affected by light in certain environments and cannot effectively analyze terrain. Users need an obstacle avoidance and altitude-holding solution that can operate stably in various complex environments to enhance drone flight safety and mission execution efficiency.

mmWave Radar For Drones:

  • Precise Obstacle Avoidance: Compared to lidar, mmWave radar remains unaffected by harsh weather such as rain, fog, and snow, as well as varying light conditions. It delivering reliable and precise obstacle information in real time.

  • Stable Altitude Holding: mmWave radar precisely measures altitude and captures terrain profiling, enabling drones to maintain steady flight and smooth ascent or descent even over complex terrain. This helps avoid collisions and supporting safer terrain-following missions.

  • Dynamic Target Tracking: mmWave radar continuously captures the position and motion of moving objects, providing situational awareness and ensuring safe separation between drones in multi-UAV operations.

  • Low-Power Design: The low-power design maintains obstacle-avoidance performance while extending flight endurance.