Applications of LiDAR in the UAV industry_Solution

Solution > Applications of LiDAR in the UAV industry

Applications of LiDAR in the UAV industry

UAV vertical altitude hold, distance control, assisted landing, range finding and precise positioning.

Short distance photon series

Industry & Project Overview

KONEVO's lidar, with its high-precision ranging capabilities, effectively addresses the shortcomings of traditional sensors in low-altitude, complex environments. By acquiring precise altitude data in real time, it enables drones to autonomously adjust their flight attitude and speed without human intervention. Combined with an image sensor, the system can also rapidly calculate target coordinates, providing the drone with multi-dimensional spatial information. Based on this technological advantage, drones can stably complete tasks such as altitude-holding flight, precise hovering, distance control, and safe landing, significantly improving the reliability and accuracy of flight control. This solution not only greatly reduces the risks and costs of manual operation but also comprehensively optimizes the drone's working efficiency and adaptability through highly intelligent autonomous flight capabilities, providing reliable technical support for industrial applications in complex scenarios.

Application Scenarios

It provides reliable true altitude measurement data in complex low-altitude environments, making up for the lack of accuracy of traditional sensors.

Technical Solution

Drones can automatically adjust their flight attitude and speed based on lidar data, reducing human intervention and improving their level of intelligence.
Intelligent autonomous flight significantly improves operational efficiency and reduces the risks and maintenance costs associated with manual operation.

Customer Value

By combining image sensors, real-time ranging and coordinate calculation of target objects can be achieved, enhancing environmental perception and positioning capabilities.
Real-time obstacle detection and flight trajectory optimization improve the safety and adaptability of drones in dense environments.

Technical Highlights

It supports precise altitude hold, hovering, obstacle avoidance, and safe landing, improving mission reliability and reducing operational risks and costs.

Application Examples

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