LS Lidar LS500W1 150m Ultra Wide Field of View 3D LiDAR

The LS LiDAR CX1S3 is a compact single-line hybrid solid-state LiDAR sensor designed for high-speed 2D environmental scanning, distance measurement, object detection and obstacle avoidance. It uses Time of Flight technology and provides a 120-degree horizontal field of view with detection distances up to 150 metres on targets with 10% reflectivity.

The CX1S3 is a single-channel 2D LiDAR. It scans across a 120-degree horizontal field of view but does not have a vertical scanning field like a multi-channel 3D LiDAR. A 3D model can be created when the sensor is combined with controlled motion, positioning information or another mechanism that provides the additional spatial dimension.

The CX1S3 is designed for industrial applications that require fast and accurate distance and reflectivity measurements across a wide horizontal area. Typical uses include obstacle avoidance, industrial automation, autonomous equipment, vehicle perception, 2D mapping, safety monitoring and integration into specialised measurement systems.

Yes. Obstacle detection and avoidance are core applications of the CX1S3. Its fast scanning rate, 120-degree field of view and long detection range allow compatible control software to monitor objects and obstacles in front of vehicles, machines or automated equipment.

Yes, the CX1S3 can be integrated into a stockpile volume measurement solution. Because it is a single-line scanner, the sensor normally needs to be combined with movement, positioning and suitable processing software to build the 3D geometry required for volume calculations. It should therefore be considered a sensing component within the complete measurement system rather than a standalone volume-calculation instrument.

The CX1S3 uses one laser channel and scans horizontally, producing a high-resolution 2D profile. Multi-channel LiDAR sensors measure multiple vertical angles simultaneously and can generate a 3D point cloud directly. The CX1S3 is well suited to applications where detailed horizontal scanning, rapid updates, compact dimensions and long-range detection are more important than a large vertical field of view.

The CX1S3 has a specified detection range of up to 150 metres on a target with 10% reflectivity. Actual usable range can vary with target reflectivity, atmospheric conditions, target angle, contamination of the optical window and environmental lighting.

The CX1S3 has a specified ranging accuracy of approximately ±3 cm under suitable operating conditions. System-level accuracy can also depend on installation, calibration, synchronization, target characteristics and any positioning equipment used with the LiDAR.

The CX1S3 provides a 120-degree horizontal field of view. Because it is a single-line LiDAR, it does not have a multi-layer vertical field of view. It scans a horizontal profile across the monitored area.

The CX1S3 supports scanning frequencies of 30, 60, 90, 120 and 150 Hz. This allows the operating mode to be selected according to whether the application prioritises finer angular resolution or a faster update rate.

The CX1S3 supports horizontal angular resolutions of approximately 0.024°, 0.048°, 0.072°, 0.096° and 0.12°. The available resolution is related to the selected scanning frequency, with finer angular spacing available at lower scan rates.

The CX1S3 has a specified data-point generation rate of approximately 150,000 points per second. This enables a dense 2D representation of objects and surfaces across its horizontal scanning area.

Yes. The CX1S3 provides distance and reflectivity information for detected targets. Reflectivity information can help downstream software distinguish changes in surface response and can be useful in mapping, detection and industrial perception applications.

The CX1S3 uses Time of Flight technology. The LiDAR emits a laser pulse and measures the time required for the reflected light to return from a target. The travel time is then used to calculate the distance between the sensor and the detected surface.

The CX1S3 uses a 905 nm near-infrared laser. This wavelength is widely used in automotive and industrial Time of Flight LiDAR systems.

Yes. The CX1S3 is specified as a Class 1 laser product. It should nevertheless be installed, operated and maintained according to the manufacturer's laser-safety instructions, and the optical system should not be modified or disassembled.

The CX1S3 uses Gigabit Industrial Ethernet with a 1000BASE-T connection for transferring LiDAR measurements and communicating with an external computer or control system. This high-speed connection supports the sensor's real-time measurement output.

Yes. The CX1S3 supports GPS-based time synchronization and gPTP synchronization. Accurate timing is particularly important when LiDAR data is combined with GNSS, an IMU, cameras or other sensors on a moving platform.

Yes. The CX1S3 can be incorporated into a system that combines LiDAR measurements with GNSS and inertial data. With appropriate synchronization, calibration and processing software, pose information such as position, roll, pitch and heading can be associated with the LiDAR measurements for mobile mapping and other georeferenced applications.

The CX1S3 supports an input voltage of approximately 9 to 32 VDC. This wide input range makes the sensor suitable for integration into vehicles, industrial machines, autonomous platforms and fixed monitoring systems with compatible power supplies.

The CX1S3 has an IP6K9K environmental protection rating. This provides a high level of protection against dust and high-pressure, high-temperature water jets, making it suitable for demanding outdoor, vehicle and industrial installations when installed according to the manufacturer's requirements.

The specified operating temperature range of the CX1S3 is approximately -40°C to +85°C. Its specified storage temperature range is approximately -40°C to +105°C, supporting integration into equipment intended for demanding environmental conditions.

Yes. The CX1S3 is designed for industrial and mobile installations. Manufacturer specifications include vibration testing from 5 to 2000 Hz at 3G RMS and shock testing of approximately 500 m/s² for 11 ms.

The CX1S3 measures approximately 110 × 100.4 × 45 mm and weighs approximately 635 g. Its compact, low-profile housing makes it suitable for integration into machines, vehicles and other systems where installation space is limited.

The CX1S3 has four mounting holes and two positioning holes on the bottom of the housing. Manufacturer documentation specifies M4 × 10 mounting screws for securing the sensor. The unit should be mounted rigidly with an unobstructed optical field of view, and applications involving mapping or measurement should accurately determine the sensor's position and orientation relative to the host platform.