Products

SENSE AND AVOID: The world’s smallest and lightest scanning LiDAR sensor. The LightWare SF45 gives "eyes" to high-cost unmanned autonomous vehicles (UAVs) and machines, lowering the risk of catastrophe and the safe delivery of payloads.

PRECISE AND ACCURATE: The SF000/B 50m is an ultra-small and light laser rangefinder specifically designed for size and weight-constrained applications. Its Time-of-Flight system quickly produces precise and accurate distance and speed measurements. 

ACCURATE MEASUREMENT AND OBSTACLE DETECTION: The UST-10LX is a compact and lightweight 2D LiDAR sensor that excels at high-speed and accurate measurement, detection, and localization on autonomous mobile robots (AMR) and automated guided vehicles and carts (AGV, AGC). 

ACCURATE ALTITUDES: The SF30/D laser measurement sensor provides real-time, accurate altitude (AGL) measurements for UAVs. 

ROBOTIC INTELLIGENCE: A low-power, small, accurate, high-speed device for obstacle detection. Equipped with an Ethernet interface, it can obtain measurement data in a 270° field of view up to 20 meters.

The UTM-30LX scanning laser rangefinder is a low power, small, accurate, high-speed device for obstacle detection. This model uses USB 2.0 interface for communication and can obtain measurement data in a 270° field of view up to a distance of 30 meters with millimeter resolution. Due to the internal filtering and protective housing, this device can be used outdoors and is less susceptible to ambient light.

The UTM-30LX-EW scanning laser rangefinder is a small, accurate, high-speed device for outdoor obstacle detection. This model uses Ethernet interface for communication and can obtain measurement data in a 270° field of view up to a distance of 30 meters with millimeter resolution. It uses multi-echo technology in order to obtain usable measurement data in adverse weather conditions. 

A lightweight laser altimeter designed specifically for use on UAVs. The SF11 provides accurate and fast altitude (AGL) measuring capabilities. Ideal for automated landings, precise hovering, and terrain following.

HIGH-SPEED RANGEFINDER: The LightWare SF30/B is a high-speed, lightweight laser rangefinder for mapping and obstacle detection by robotic vehicles such as UAVs with a range of up to 50m.  

 

FAST-RATE LASER: The LightWare SF20 B/50m and SF20 C/100m are fast-rate laser rangefinders designed to help drones record fast and accurate distance measurements. 

 

The LW20/C is a small form factor, 100-meter range, laser sensor in an IP67 enclosure suitable for small drones and self-driving vehicles, where weight, size and power consumption are critical. The LW20/C includes driver hardware and software to control a servo-driven LiDAR scanner for sense-and-avoid applications. 

The UST-05LX scanning laser rangefinder is a low power, small, accurate, high-speed device for obstacle detection. This model uses Ethernet interface for communication and can obtain measurement data in a 270° field of view up to a distance of 5 meters with millimeter resolution.

The TF03 is a low-cost, compact, long-range (up to 180m) industrial level LiDAR range sensor. With a blind spot of only 0.1m and accuracy of within 1%, this product is applicable to the terrain following of drones, the collision avoidance of cars, intelligent transportation and industrial safety warning.

The TFMini Plus is a single-point short-range ToF (Time of Flight) LiDAR sensor capable of measuring the distance to an object from 0.1m up to 12m. Unlike the original TFMini, the TFMini Plus has a full casing with an IP65 rating while still only weighing in at 11g.

The Benewake CE30-D is a solid-state LiDAR with a 60° by 9° FoV. This sensor has a range of 0.4m (1.3ft) to 30m (98.4ft) with a 1cm (0.4inch) resolution. The CE30-D has no mechanical rotating components internally, and an IP65 rating which provides very high reliability and stability. With a UDP interface this sensor runs off of 12VDC. 

ENERGY-CRITICAL: The SF23/B is a low-power LiDAR that can be used in energy-critical applications where batteries or solar cells are used. The SF23/B is tolerant to changes in background lighting conditions, wind, and noise.

LASER FLASH: The SF22/C is a small form factor, general-purpose LiDAR sensor that measures the distance to objects by timing a laser flash. It’s a LiDAR API development kit that can be used to test out new applications before investing in more expensive devices. The SF22/C is tolerant to changes in background lighting conditions, wind, and noise.

MAPPING AND AVOIDING OBSTACLES: The YDLIDAR G4 is a 360º laser range scanner (LIDAR). With both a USB Type-C and PH2.0-5P bus interface, this YDLIDAR sensor runs off of 5V and uses a brushless motor drive to scan at a sampling frequency of 9000 readings per second up to 16m (52.4ft) distances. YDLIDAR also has a user-friendly software interface and point cloud map to quickly get up and running.

The UST-05LN scanning laser rangefinder is a small, accurate, high-speed device for obstacle detection. With a USB interface, the device can be easily programmed to set three area detection output zones with real-time detection in a 270º field of view up to a distance of 5 meters with millimeter resolution.

The UST-05LA scanning laser rangefinder is a low power, small, accurate, high-speed device for obstacle detection. This model includes both USB and RS422 interface for communication and setting area configurations with three output zones. It can obtain measurement data in a 270º field of view up to a distance of 5 meters with millimeter resolution.

The URG-04LX-UG01 scanning laser rangefinder is a low power, small, accurate, high-speed device for obstacle detection. Using the USB interface for power and communication, this unit can obtain measurement data in a 240° field of view up to a distance of 4 meters.

HIGH-SPEED OBSTACLE DETECTION: The Hokuyo URG-04LX scanning laser rangefinder is a low-power, small, accurate, high-speed device for obstacle detection. This model includes both RS232 and USB interfaces for communication and can obtain measurement data 240° field of view up to a distance of 5.6 meters with millimeter resolution.