Unlike birds, which navigate unknown environments with remarkable speed and agility, drones typically rely on external ...

It’s hard to land on the moon, technically.” Ispace CEO Takeshi Hakamada’s words in the aftermath of the Resilience lander’s ...

Fluorescence lidar technology enables a better determination of the origin of particles in the atmosphere. The method can ...

Bridger Photonics expands its methane detection capabilities offshore using drones equipped with advanced LiDAR sensors.

This type of sensor is now seen as the preferred solution by most automotive stakeholders. CEA also brings strong expertise to this field through the creation of the start-up SteerLight, which builds ...

New robot uses multisensory perception - sound, touch, and vision - to map and navigate complex terrain. They've named it ...

YouTuber Mark Rober tested Tesla's Autopilot against a LiDAR-equipped car to assess its obstacle detection. Tesla's Autopilot struggled in extreme fog, rain, and painted wall tests, unlike the ...

Light-based range finding The single-photon ... to developing a mid-infrared single-photon LiDAR system, which could further enhance imaging through fog and smoke and other obscurants.” ...

While the field trials for the LiDAR system were limited to a range of 1 kilometer, researchers plan to test the system at distances of up to 10 km and explore imaging through atmospheric obscurants ...

The automaker has famously opted for a vision-only system, eschewing LiDAR and radar. While Tesla may be an outlier, most automakers favour radar combined with cameras. Radar operates effectively in ...

Other features include 1.3-cm range precision and a field of view ... Voyant claims that the Carbon LiDAR sensor outperforms these solutions when operating through dust, fog, rain, snow and in ...

Hesai's proprietary technology also filters out 99.9% of rain and fog noise from the lidar's point cloud ... field of view in the world for an automotive-grade solid-state lidar. FTX's range can reach ...