Accurate altitude measurement plays a crucial role in modern UAV operations. Benewake offers a drone altimeter sensor designed to meet the demands of industrial UAV applications. They provide solutions that ensure reliable performance in environments where precise height data is essential, such as surveying, inspection, and mining operations. By implementing their drone altimeter sensor, operators can maintain stable flight paths while avoiding unexpected obstacles.
Key Features of the Drone Altimeter Sensor
The Benewake TFA170-L altimeter sensor is a lightweight, high-precision LiDAR designed for seamless drone integration. Weighing only 10 g, it offers a long-range measurement of over 170 meters, and the 1 g weight reduction can extend flight time by around 6 seconds. Its compact design (31.0 × 30.2 × 19.2 mm) and unique reflective optical path make it ideal for tight gimbals and compact UAV airframes, while maintaining reliable performance in both outdoor and indoor environments with limited GPS. A market-proven product, the TF series has shipped over 1,000,000 units and is capable of DO-160G certification, ensuring consistent accuracy and enhanced flight safety.
Practical Applications in Industrial UAVs
They emphasize that this drone altimeter sensor is particularly effective for industrial UAVs operating in challenging environments. During mining operations or large-scale inspections, precise altitude measurement is essential for preventing collisions with structures or equipment. The sensor’s dependability allows UAVs to safely operate at low altitudes or within confined spaces, enabling detailed data collection without compromising operational safety.
Conclusion
Overall, Benewake’s drone altimeter sensor offers a reliable and practical solution for UAV operators seeking precise altitude measurement. They continue to develop advanced sensors that improve industrial UAV performance and flight safety. By integrating this technology, operators can achieve stable, controlled, and efficient UAV operations in a wide variety of demanding scenarios.
