An inertial navigation system (INS) is an essential component of any unmanned aerial vehicle (UAV) carrying a LiDAR sensor. It provides motion and position information, allowing the camera and LiDAR to be precisely synchronized and stabilized while mounted on the UAV. It also enables accurate georeferencing of data in real time or through post-processing software. The time-of-flight reflection time (ToF) measurement can be used over distances from one meter to several kilometers.
To increase the range of LIDAR systems, very short laser pulses are used in the invisible near infrared range. These allow much higher laser power compared to continuous wave lasers, while still meeting eye safety requirements. For those responsible for construction, public services, surveys and research, it's worth exploring the advantages of UAVs equipped with LiDAR. Most of the latest UAV LIDAR systems can rotate around their own axis and offer 360-degree visibility. With just a few years of collaboration between UAV technology and LIDAR technology, impossible topographic challenges are becoming increasingly simple tasks. Robota Eclipse 2.0 is a fixed-wing UAV with applications in agriculture, construction, mining, urban analysis, LIDAR imaging and more.
UAV Vapor 55 is a helicopter UAV that provides infinite payload flexibility for a variety of sensors or dual sensor configurations, including high-resolution lidar, multispectral, thermal and electro-optical camera systems. The latest UAV LIDAR systems offer 360-degree visibility and can be used over distances from one meter to several kilometers. They allow much higher laser power compared to continuous wave lasers while still meeting eye safety requirements. With these features combined with the ability to process images quickly in the cloud, stakeholders and relevant parties can make effective decisions. The combination of UAVs and LiDAR technology has opened up a world of possibilities for those responsible for construction, public services, surveys and research. With just a few years of collaboration between these two technologies, impossible topographic challenges are becoming increasingly simple tasks.
Manufacturers of LiDAR sensors for unmanned aerial vehicles have grown rapidly with new products that flood the market from time to time. For those looking to take advantage of this powerful combination of technologies, it's important to consider the benefits that UAVs equipped with LiDAR sensors can provide. With their ability to provide precise motion and position information while mounted on the UAV, as well as their ability to process images quickly in the cloud, stakeholders and relevant parties can make effective decisions.
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