BeiXing Photon Horn-X2 Pro long-range 3D lidar long-range lidar
- Prices: Request for a Quote for Further Details
- Model : Horn-X2 Pro long-range 3D lidar
- Category: Laser Radar (lidar)
- Brand : Beixing Photon
- Delivery Time: Request for a Quote for Further Details
- Manufacturer: Beixing Photon
Products
Horn-X2 ProExtra detection distance
300Meter detection1550nmeye safety
Thanks to the selection of advanced1550nmband,and the overall optimization of the optical-mechanical transceiver system,Horn-X2 ProThe effective range can reach300mOr even further.
ceratopsian-X2 Proeven in ambient light100KluxIn the case of300mCan be detected within the measuring range10%reflectivity targets and meet eye safety standards.
Hard-core body,no fear of environmental challenges
·Resistant to vibration and shock
·Anti-electromagnetic interference
·Anti-strong light interference
·Waterproof and dustproof
Horn-X2 ProThe structure of the whole machine is compact and smooth,and the casing has excellent sealing,dustproofness,heat dissipation and vibration resistance; at the same time,the whole machine design refers to the requirements of industrial grade and automotive grade,and by selecting high-quality and wide-temperature parts,the whole machine able to adapt-40℃~85℃ temperature environment,meeting the application environment requirements of industrial sites and special industries; supportDC 9-36VWide voltage input.
Large field of view high definition point cloud
90°*30°Wide detectionwider and clearer
Horn-X2 ProThe field of view can reach90° (horizontal)*30° (vertical),overlay300m*300mIn large scenes,there is no need to use multiple radars to stitch together to make up for the lack of field of view - thus avoiding the complicated process of power supply,communication and calibration. The large field of view and high coverage make the application easier,the algorithm simpler,and the results more reliable.
Horn-X2 ProThe angular resolution is up to0.05°,in200mWithin the range,the volume can still be12cm*12cm*12cmDetected on objects as large as4an effective point.