Solution > Application of LiDAR in the UAV industry
Application of LiDAR in the UAV industry
Unmanned aerial vehicle vertical height, distance, auxiliary landing, distance measurement and precise positioning
Short distance photon series
Industry/Project Background Introduction
Thanks to its high-precision ranging capability, the Kenaiwo LiDAR can effectively address the distance measurement shortcomings of traditional sensors in complex low altitude environments. It enables drones to autonomously adjust their flight attitude and speed without human intervention by collecting precise altitude data in real-time. Combined with image sensors, the system can also achieve rapid calculation of target object coordinates, providing multi-dimensional spatial information for drones. Based on this technological advantage, drones can stably complete tasks such as fixed altitude flight, precise hovering, distance control, and safe landing, significantly improving the reliability and operational accuracy of flight control. This solution not only significantly reduces manual operation risks and costs, but also comprehensively optimizes the efficiency and adaptability of unmanned aerial vehicles through highly intelligent autonomous flight functions, providing reliable technical support for industrial applications in complex scenarios.
Application scenarios
- Provide reliable true height measurement data in complex low altitude environments to compensate for the insufficient accuracy of traditional sensors.
Technical Proposal
- Drones can automatically adjust their flight attitude and speed based on LiDAR data, reducing manual intervention and improving their level of intelligence.
- Through intelligent autonomous flight, operational efficiency is greatly improved, and manual operation risks and maintenance costs are reduced.
Customer Value
- Combining image sensors to achieve real-time distance measurement and coordinate calculation of target objects, enhancing environmental perception and positioning capabilities.
- Real time detection of obstacles and optimization of flight trajectories to improve the safety and adaptability of drones in dense environments.
Technical highlights
- Support precise high-altitude flight, hovering, obstacle avoidance, and safe landing, improve mission reliability, and reduce operational risks and costs.
Case diagram
Case 1
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