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Lidar, which is an abbreviation of light detection and ranging, is a technology that uses the reflections of a laser to determine the range, the position and the shape of objects in its sight. Traditionally, an oscillating mirror and a mechanical rotating sensorhead are used to change and measure the direction of the emitted and received laser pulses in the sensed environment. Lidar sensors are widely used in the mapping and surveying industry and are used to generate 3D representations of the environment. Developments in (and demand from) the robotics and autonomous vehicle industry have led to smaller, lighter, more versatile and cheaper sensors. Some examples of these developments are non-scanning lidar and solid-state scanners:
Teledyne Geospatial
The right tool for inaccessible stopes, cavities and boreholes.
The CMS-V500 enhanced features that make CMS even more valuable to mine operators, including an inte
XenomatiX
XenoLidar-X is a true-solid-state LiDAR designed for high-resolution and accurate analysis of the vehicle's surroundings. It is a stand-alone, off-the-shelf solution
Blickfeld
Cube 1 is a versatile 3D-LiDAR sensor that features an adaptable field of view, unique scan patterns, and a long-range while maintaining small dimensions and light w
3D at Depth
3D at depths new SL4 offers the same high performing Subsea LiDAR as the SL3 but improves collection times with 30x30 sector scanning speeds 6 x times faster than th
Hexagon | AutonomouStuff
The Alpha Prime provides the range, resolution and accuracy required by the most advanced autonomous vehicle programs in the world.
Hexagon | AutonomouStuff
A high-resolution lidar sensor that is cost-effective when compared to similar performance sensors but developed with automotive applications in mind to ensure relia
Hexagon | AutonomouStuff
Vastly more cost-effective than similarly priced sensors and developed with mass production in mind, it retains the key features of Velodyne’s breakthroughs in LiDAR