Accurate distance measurement is essential for modern UAVs performing industrial tasks. Benewake has developed their drone range finder to address these needs, offering a sensor that enhances UAV navigation and operational efficiency. They focus on creating devices that provide precise and dependable data, helping UAV operators manage complex environments safely and effectively. By delivering reliable sensing solutions, they aim to support UAV operations that require both accuracy and adaptability.
Optimized Performance in Challenging Environments
In industrial settings where precision matters, the drone range finder by Benewake delivers reliable distance readings. They ensure that the sensor maintains accuracy even when standard positioning tools face limitations, such as in GPS-denied areas or complex terrain. This capability is particularly valuable for UAVs conducting tasks such as mining inspections, aerial surveying, and industrial monitoring. With the drone range finder, UAV operators can rely on precise measurements to navigate tight spaces, avoid obstacles, and complete missions more efficiently. The sensor’s consistent performance in various environmental conditions also contributes to operational continuity, allowing UAVs to maintain safe navigation even in areas with poor lighting or dense structures.
Supporting Industrial UAV Safety
Safety is a priority when UAVs operate in demanding industrial contexts. By equipping UAVs with the Benewake drone range finder and the Ultra-High-Frequency Lightweight UAV LiDAR TFA300 series, operators can monitor distances in real-time, reducing the risk of collisions while maintaining stable flight paths and accurate positioning. The TFA300 series, available as the ultra-light TFA300-L without housing and the TFA300 with IP67 protective housing, delivers frequencies up to 10,000 Hz, enabling precise localization, camera focal distance auto-adjustment, stable altitude during cruise, and obstacle avoidance even in high-speed scenarios such as EO/IR gimbals, SAR drones, and FPV racing drones. Its compact, plug-and-play design with JST GH connectors, CAN interface, and DroneCAN-compatible SDK allows seamless integration with mainstream flight controllers, reducing development time and deployment costs. This combination of robust LiDAR and range-finding technology ensures UAVs can operate reliably under diverse conditions—from low light to varying weather—allowing industrial operators to focus on tasks rather than navigation concerns.
Conclusion
Overall, Benewake’s drone range finder offers a practical and dependable solution for UAVs engaged in industrial operations. They continue to innovate in sensor technology, ensuring UAV operators receive accurate distance measurements and enhanced safety during missions. By providing robust and precise equipment, Benewake remains a trusted partner for professional UAV applications worldwide, supporting a wide range of industrial tasks that demand precision and reliability.
