In order to meet the user's requirement in harsh conditions, we newly added IP65 level waterproof shell to TFmini! In addition, the switching value function is also added. First, let's take a look at the changes in appearance
Mechanical single channel LiDAR is pretty common in our life, but two problems cannot be neglected, i.e. short service life and high price due to the rotating measurement mode. CE30 launched by Benewake, a solid-state LiDAR with large FoV. It cou
Unmanned Aerial Vehicle or Drone is a kind of pilotless aircrafts getting command of wireless remote control. UAVs have a wide range of uses, low cost, good cost-effectiveness ratio, no risk of casualties, strong survivability, good maneuverabil
Recently, here is a friend interested in the LiDAR point cloud and output image.
By default, CE30-C outputs a depth image and corresponding intensity data for each pixel in each measurement. Figure below shows the actual scene captured
The demonstration is about how to start with a LiDAR-CE30-C , including connection to a personnel computer and the usage of the display program. For more information please contact: huaxiaocheng@benewake.com
The demonstration is about how to start with a LiDAR-CE30-D , including connection to a personnel computer For more information please contact: huaxiaocheng@benewake.com
CE30-D is a complete solid-state LiDAR with large measuring range and high resolution. It can be used in UAV such as drones, cars, robots and so on to detect the range, altitude holding, obstacle avoidance, self-guiding and so on
This is the worlds smallest and cheapestlidarunits. Using the time of flight ranging principle, the TFmini is able to achieve 100Hz range updates, with an accuracy of about 5mm (indoors) with a range of up to 12m indoors, or about 8m outdoors. All
BW-SLAM system is a robot self-localization navigation system developed by Benewake. The SLAM algorithm fuses multiple sensors such as LiDAR, visual unit, inertial measurement unit, and odometer.
LiDAR and RADAR remote sensing are some of the most common remote sensing techniques in use today. LiDAR uses light rays or lasers to send and receive signals while RADAR uses radio signals to send and receive signals to and from an object. But what