In drone operations, every gram matters when it comes to flight time and performance. They at Benewake have introduced a highly efficient altitude sensor for drones designed to combine lightweight construction with reliable measurements. Weighing only 10 grams, this sensor helps drones extend their operation by several seconds per gram saved, while maintaining a measurement range of over 170 meters. This innovation provides drone operators with both endurance and precision in industrial applications.
Seamless Integration for Diverse Drone Platforms
The altitude sensor for drones from Benewake is designed for easy integration across multiple drone types. Its compact size allows engineers to install the sensor without affecting other components, making it a versatile choice for industrial drones performing mining inspections, mapping, or surveying. By simplifying the installation process, they enable operators to enhance drone capabilities without extensive modifications.
Enhanced Flight Stability and Data Accuracy
Precision in altitude measurement is critical for industrial drone applications. Benewake’s altitude sensor for drones uses advanced LiDAR technology to provide consistent readings, supporting smooth flight even in challenging conditions. The TFA170-L 10 g 170 m LiDAR is a lightweight, single-point LiDAR weighing only 10 g, offering a range of over 170 meters and multiple configurable modes for diverse applications. Its lightweight design slightly extends flight time, while passing DO-160G certification ensures reliability. With the TF series surpassing 1,000,000 units shipped globally, operators can trust Benewake sensors to maintain stability and collect accurate, actionable data during complex missions.
Conclusion: Practical Benefits for Industrial Drones
Overall, Benewake’s altitude sensor for drones combines precision, compactness, and reliability to improve drone performance. By focusing on lightweight construction and a long measurement range, they provide a solution that enhances operational time and accuracy for industrial drones. This sensor represents a practical tool for organizations looking to optimize drone missions without introducing additional complexity.