Products List

3D LRF
3D Scanning Range Finder.
The distance is measured by steering the laser beam vertically and horizontally.
In 1 frame, a point cloud with 2590 points is generated.
It is possible to increase the point cloud density using the interlacing mode.
This scanner is equipped with an acceleration sensor and a PPS input signal.

28msec scanning time, suitable for high speed robots to avoid obstacles or make road map. 4m and 240° scanning range, DC12V.

30m and 270° scanning range.
Working under 100,000lx with IP64 protection structure.
Possible for outdoor applications such as service robots.
Suitable for robots with higher moving speed because of 25msec scanning time.

Ethernet interface type of Top-URG.
Protection structure is improved to IP67,
and it is more suitable for outdoor use even in the environment with 100,000lx.

Stable detection even targeting black objects.
Multi-echo functionality and IP67 available.

Max. distance 120m for outdoor.
Maximum detection range is 120 meters and 190 degrees.
The metal housing protects internal system up to 50G(single).
Its protective structure is IP67.

Upgraded with finer resolution.
Multi-echo functionality and IP67 protection
for harsh environments such as rain, snow and fog.

Upgraded with finer resolution.
Multi-echo functionality and IP67 protection
for harsh environments such as rain, snow and fog.

Outdoor model with Small Size
The smallest and lightest of its kind.
The lightness at only 130g make it easy to install on even smaller robots or Unmanned Aerial Vehicles.

Outdoor model with Small Size
The smallest and lightest of its kind.
The lightness at only 130g make it easy to install on even smaller robots or Unmanned Aerial Vehicles.

The smallest and lightest of its kind.
The lightness at only 130g make it easy to install on
even smaller robots or Unmanned Aerial Vehicles.

New model : Distance output type of the UST-05 series.
Upgraded with wider detection range and faster response time.

Prototype (limited quantity)
Mass production planned for early 2024
3D LiDAR jointly developed with Lumotive
Press Release