Velodyne HDL-32E Lidar Sensor23/08/2010 |
| Velodyne Lidar had introduced the HDL-32E to meet the demand for a smaller, lighter, and less expensive product for autonomous vehicle and mobile mapping applications. The HDL-32E will be on display in booth 2416 at the AUVSI show, held from 24th to 26th August 2010 at the Colorado Convention Center, Denver, USA. |
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Velodyne is now accepting orders for the HDL-32E and will start shipping production units in the fall of 2010.
Read more about: point cloud LiDAR 3D mapping sensor Supplier: Velodyne Lidar, Inc. More news from this supplier: Velodyne Lidar Appoints Japanese Reseller HDL-32E LiDAR Sensor Demo Lidar and Robotics for Smithsonian Velodyne Live Lidar Demos Mike Dunbar to Speak at SPAR Europe Vice President Appointment Velodyne Lidar Expands Reseller Network Racing Game Benefits from Velodyne Lidar Sensor GMES Initial Operations (GIO) Land Monitoring Services Rugged Trimble Juno Series Olympic Planning Rerouting During Olympic Congestions Dutch Minister to Open Geospatial World Forum 2012 TatukGIS Developer Kernel 10 Upgrade Netcad Asia Convention Community Heritage Project Using GIS Visualisation Teaching Award for Russell G. Congalton ION Autonomous Snowplough Competition Winners GeoCore 2012 with Lidar API 
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| Product News > Velodyne HDL-32E Lidar Sensor |
The HDL-32E extends the core technology developed for the HDL-64E introduced in 2007. The HDL-32E measures just 5.9 inches high by 3.4 inches wide, weighs less than three pounds and is designed to meet stringent military and automotive environmental specifications. It features up to 32 lasers aligned over a 40° Vertical Field of View (from +10 to -30 degrees), and generates 800,000 distance points per second. The HDL-32E rotates 360° degrees and provides measurement and intensity information over a range of five centimetres to 100 metres, with a typical accuracy of better than +/- 2cm. The result is a rich, high-definition
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Interactive |
3D Scanning of Historic Sugar Factories |
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The Alliance for Integrated Spatial Technologies at the University of South Florida, USA, recently worked with the Florida Park Service on a project to document the remains of several historic sugar-mill sites in the State Parks to create as-builts to be used in preservation and conservation of these resources. The FARO LS 880, along with GPS and total station georeferencing and colour imaging, was used on these projects.
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