Sky High Bull's-Eye 24” LiDAR Ground Control Point GCP - UAV Aerial Target for LiDAR Mapping & Surveying (6 Pack) Retro-Reflective Black Hexagon with

Sky High Bull's-Eye 24” LiDAR Ground Control Point GCP - UAV Aerial Target for LiDAR Mapping & Surveying (6 Pack) Retro-Reflective Black Hexagon with

PURPOSE MADE LIDAR AERIAL TARGET – Improve your LiDAR aerial scans with our unique, LiDAR specific aerial targets. HIGHLY VISIBLE LIDAR RETURN DATA – Using a combination of a black mesh and retroreflective material, these LiDAR GCPs are able to produce recognizable and accurate control points resulting in highly accurate deliverables across a wide variety of LiDAR mapping missions. REDUNDANT FEATURES FOR IMPROVED RELIABILITY – By creating a LiDAR target with six (6) perimeter reflectors and a center reflector, this LiDAR GCP features redundancy for accurately triangulating ground control during post processing. LIGHTWEIGHT AND PORTABLE – Made of a durable mesh material, these LiDAR GCPs are easy to transport across even the most rugged terrain. MULTIPLE EYELETS FOR ANCHORING – Use the six perimeter eyelets and the center eyelet to anchor the aerial target to the ground using metal stakes or surveying nails to ensure the target remains accurately positioned. Looking for an aerial target/Ground Control Point (GCP) that was made specifically for LiDAR scans? With the Sky High Bull’s-Eye 24” Hexagonal LiDAR GCP, you will be able to take advantage of a unique, redundant aerial target design that was made solely for LiDAR aerial mapping operations. With a hexagon shape featuring 7 retroreflectors, the 24” LiDAR GCP offers redundancy for pinpointing the center of your LiDAR scans. Even if 1 of the 6 perimeter reflectors do not generate enough of a return to register with your sensor, accurate results are still possible by using the center retroreflector in combination with the perimeter reflectors to triangulate the center of the target. This aerial target is made of a durable, black mesh material that has low retro-reflectivity, offering a stark contrast to the retroreflective markers on the GCP, which allows for easy identification during post-processing, even in snowy conditions! The mesh material also allows precipitation to pass through the target rather than accumulating on top of the target, improving the reliability of your dataset when the weather is suboptimal. Another feature of this LiDAR aerial target is that it is very versatile with 24” of spacing between retroreflective markers, keeping the target lightweight and portable. With 6 perimeter eyelets and a center eyelet for anchoring the aerial target to the ground, this target will remain in its original position regardless of weather conditions. We hope that you give our LiDAR GCP aerial target a try for your next LiDAR mission!