Unmanned vehicles and robotic systems require accurate sensing solutions to operate effectively in complex environments. Benewake has been developing advanced miniature LiDAR devices that provide reliable distance and obstacle detection for various applications. They focus on creating compact, lightweight, and efficient LiDAR sensors that can be integrated into diverse platforms, from industrial equipment to UAVs. Their approach ensures consistent performance, even in constrained spaces where traditional sensors may be impractical. By emphasizing compact design, Benewake allows engineers to deploy sensing systems without compromising the flexibility or payload of their machines.
Enhancing Industrial and Aerial Operations
The compact nature of miniature LiDAR from Benewake makes it highly valuable for industrial automation and aerial inspection tasks. Their TFS20-L Miniaturized Single-Point LiDAR Module is a fully integrated single-channel dToF mini-module, featuring a highly sensitive infrared-enhanced SPAD sensor with a range of up to 20 m. Utilizing a histogram statistical algorithm and fast TDC architecture, it delivers high-precision distance measurement with sunlight resistance of 15 m @ 100 KLux and reflectivity correction. With dimensions of 21 mm × 15 mm × 7.87 mm and weight of 1.35 g, it offers compact size, lightweight design, and excellent performance under strong ambient light. Operating on a 3.3 V power supply with built-in temperature compensation, the TFS20-L supports I²C and UART interfaces, making it ideal for UAVs, service robots, and IoT applications.
Conclusion
Benewake’s miniature LiDAR technology represents a practical solution for improving sensing precision in compact and constrained environments. They continue to innovate in designing small-scale yet high-performance sensors, addressing the requirements of industrial automation, UAV applications, and other specialized fields. Through these efforts, Benewake demonstrates its commitment to advancing LiDAR technology and supporting clients with reliable, adaptable, and effective sensing solutions. Their devices provide essential capabilities for engineers and operators who rely on precise distance measurement and safe navigation in challenging settings.
