Teledyne Optech Releases LiDAR Sensor for UAV

By Sarah Simpson / 17 Sep 2019

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Teledyne Optech, a Teledyne Technologies company, has introduced a compact, long-range, survey-grade LiDAR sensor for UAV and mobile applications.

Teledyne Optech CL-360 lidar sensor for UAV

Teledyne Optech CL-360 lidar sensor for UAV

The CL-360 joins the CL-90 in Teledyne Optech’s range of compact, high-accuracy LiDAR scanners and has been designed specifically to meet the needs of OEM hardware manufacturers working within the mobile, static, UAV or airborne surveying markets.

The CL-360 achieves:

  • High-density LiDAR points in a full 360° plane surrounding the sensor
  • Ranges exceeding 750 m (20% reflective target)
  • Survey grade accuracy to less than 10 mm
  • Data precision of less than 5 mm
  • Scan rates of up to 250 lines per second
  • Industry-leading 0.3m rad laser beam divergence (1/e2).

As well as long-range performance, the CL-360 also offers exceptional vegetation penetration and much higher target resolution, required for high-density applications, such as asset inspection and engineering projects. This is enabled by the smaller beam divergence and corresponding smaller beam footprint.

Speaking about the release of the CL-360, Mark Treiber, Product Manager for Compact LiDAR, said “We are very excited to expand our Compact LiDAR portfolio with the addition of the CL-360. The CL-360 will form the foundation of numerous forthcoming product configurations from our OEM partners for a multitude of applications and platforms.”

Part of the Teledyne Imaging Group, Teledyne Optech offer both standalone and fully integrated LiDAR and camera solutions for applications:

  • airborne mapping
  • airborne lidar bathymetry
  • mobile mapping
  • terrestrial laser scanning
  • mine cavity monitoring.

The CL- 360 boasts survey-grade data precision and is the latest addition to Teledyne Optech’s new range of compact LiDAR sensors for UAV and mobile applications.

Posted by Sarah Simpson As Head of Content for Unmanned Systems Technology, Sarah uses her extensive background in research and technical copywriting to spotlight the latest innovations in autonomy, robotics, and sensing. Sarah joined in 2018 and loves to highlight how uncrewed systems are making a tangible difference in the modern world. Connect
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