Our Range of Benewake LiDAR Products
AD2-S-X3
High-PERFORMANCE SENSING LIDAR
The AD2-S-X3 independently developed by Benewake is a high-performance LiDAR that can be used as a core perception sensor in intelligent driving scenarios. It has an equivalent of 256 lines and an ultra-high resolution of up to 0.1*0.1°, enabling it to achieve high-definition detection capabilities within the entire field of view. It can accurately detect various targets.
The two-dimensional scanning system and array-based transceiver design adopted by AD2-S-X3 supports continuous upgrading and iteration of product performance, better meeting the needs of enhanced scene perception and other applications.
The AD2-S-X3 uses 905nm active light source sensing and has full-time sensing capabilities; it has strong environmental adaptability and is not affected by severe cold and heat. It can be widely used in major transportation scenarios such as highways, railways, civil aviation, water and mining trucks, as well as for transportation.
Spec Sheet
TF-LUNA
8m Low-Cost Short Distance Sensor
Benewake’s series of LiDAR sensor packages include the TF-Luna. A lightweight, compact, single-point-ranging LiDAR system, the TF-Luna offers high reliability, high stability, and usability in a variety of applications, including autonomous vehicles as well as robotics. Its small form factor and low cost are also one of the Luna’s greatest strengths.
Spec Sheet
TF-Mini/Mini-S
Short-Distance Cost-Effective Distance Sensor.
Benewake’s series of LiDAR sensor packages include the TF-Mini. A lightweight, compact, single-point-ranging LiDAR system, the TF-Mini offers high reliability, high stability, low power consumption, and usability in a variety of applications, including autonomous vehicles as well as robotics. Its small form factor and low cost are also one of the Mini’s greatest strengths.
Spec Sheet
TF Mini-plus
ip65 distance sensor
Benewake’s series of LiDAR sensor packages include the TF Mini-Plus. Based on the reliable TF Mini, the Mini-Plus is a lightweight, compact, single-point-ranging LiDAR system, offering high reliability, high stability, and usability in a variety of applications, including autonomous vehicles as well as robotics. Its small form factor and low cost are also one of its greatest strengths.
Spec Sheet
TF-02
Mid-Range ip65 LiDAR
Benewake’s series of LiDAR sensor packages include the TF-02. A lightweight, compact, single-point-ranging LiDAR system, the TF-02 offers high reliability, high stability, and usability in a variety of applications, including autonomous vehicles as well as robotics. Its small form factor and low cost are also one of the TF-02’s greatest strengths.
Spec Sheet
TF03
IP67 Long Distance Sensor
Benewake’s series of LiDAR sensor packages include the TF03. A lightweight high-speed industrial LiDAR system, the TF03 offers high reliability, high stability, long-range scanning, and usability in a variety of applications, including autonomous vehicles as well as robotics. The TF03 comes in two forms, one with a maximum scanning range of 100m, and one with a maximum scanning range of 180m.
Spec Sheet
TF350
Ultra Long Range Single Point LiDAR
Benewake’s series of LiDAR sensor packages include the TF350. A lightweight, compact, industrial-grade long-range single-point-ranging LiDAR system, the TF350 offers high reliability, high stability, and usability in a variety of applications, including autonomous vehicles as well as robotics. Its small form factor and low cost for its long scanning range of 350m are one of the model’s greatest strengths.
Spec Sheet
CE30
3D Obstacle-Avoidance LiDAR
Benewake’s series of LiDAR sensor packages include the CE30. A lightweight, compact, solid-state LiDAR system, the CE30 offers large FOV scanning with high reliability, high stability, and usability in a variety of applications, including autonomous vehicles as well as robotics. The lack of mechanical rotating components improves the reliability and stability of components, resulting in a long-lasting lifespan of the product at cost-effective prices.