The Hokuyo UST-20LX LiDAR sensor is an obstacle-detecting device that is low power, accurate, and small. With a fast speed, it uses an Ethernet interface to get measurement data up to 20 meters in a 270?ø field of view. The sensor is used in different settings, and here are more details on each of them.
Use Cases
Autonomous Vehicles:
The Hokuyo UST-20LX LiDAR is a perfect fit for autonomous vehicles, as it has low power consumption, a fast response time (25 msec), and a wide detection angle (270?§). It can accurately detect the size, position, and moving direction of oncoming obstacles, enabling self-driving cars to make quick decisions to avoid collisions. As such, it is an essential component of any autonomous car.
Drone/UAV Navigation:
As the lightest LiDAR sensor on the market (weighing only 130g), the Hokuyo UST-20LX LiDAR is well-suited to airborne devices like drones and UAVs (unmanned aerial vehicles).
Coupled with its high speed and accuracy, this scanner allows drones to map their environments and easily navigate obstacles. It can also be used for advanced applications such as 3D mapping or surveillance in hostile environments.
Industrial Applications:
The LiDAR sensor can be used for various industrial applications such as material handling and packaging, distribution and warehousing, automotive manufacturing, aerospace engineering, etc.
Its ability to scan vast areas quickly and accurately at short distances can help pick objects from conveyor belts or automate warehouse operations efficiently. Additionally, it can provide data on production processes in automotive assembly lines or assist astronauts in performing maintenance tasks during space missions.
Robotics:
The Hokuyo UST-20LX LiDAR is an ideal choice for robotics applications due to its small size and weight combined with its fast response time (25 msec) and wide detection angle (270?§).
This enables robots to react quickly when faced with dynamic environments while being able to precisely identify objectsƒ?? size, position & moving direction without consuming too much energy.
It is also used in applications ranging from robot navigation & obstacle avoidance to object tracking & recognition in automated factories or warehouses for greater efficiency & safety.