The First 500m Range Automotive LiDAR
$1200[1]
Watch Demo Video
Made for advanced long-distance detection, the Livox Tele-15 offers a compact size, high-precision, and durability. It allows vehicles to detect and avoid obstacles well in advance when moving at high speeds.
500m
Detection Range[2]
2cm
Range Precision[3]
14.5° * 16.2°
FOV
40000
MTTF
<0.03°
Angular Precision
-40℃ ~ 85℃
Temperature Range
Long Range
The Tele-15 uses a large-diameter double-aspheric lens and solves common defocusing facula problems in long focus optical design, offering a detection range of up to 500m. Even when target object reflectivity is as low as 10%, it can still reach a detection range of up to 320m.
replay
Ultra-High Point Cloud Precision and Density
The Tele-15 features an angular precision of 0.03° and a beam-divergence angle of 0.12° (vertical) x 0.02° (horizontal). Ultra-high point cloud precision enables the Tele-15 to detect the position of target objects that are far-away in the FOV and easily recognize their contours. The Tele-15 is able to detect objects from as far away as 500 m with a reflectivity of 50%. For black cars with lower reflectivity, Tele-15 is able to detect 14 points in just 100 ms at a distance of 500 m, meeting the point cloud data demands of autonomous driving algorithms.
Tele-15 Point Cloud Data
@FPS = 10Hz
Test Subject
Black SUV
Length/Width/Height (mm)
4855/1925/1720
Sample point cloud data is available at Download Center.
Tele-15 Point Cloud Data
@FPS = 10Hz
Test Subject
Pedestrian in Black Clothing
Height / Weight
184cm / 80kg
Sample point cloud data is available at Download Center.
Non-repetitive Scanning Patterns
The emission of multi-line laser and non-repetitive scanning patterns enable the Tele-15 to distribute up to 240,000 points in its FOV of 15°. It is able to cover 99.8% of the FOV in just 100 ms, outperforming 128-line mechanical LiDAR sensors currently available on the market. This allows vehicles to see further ahead with greater details.
replay
Stable and Reliable
The Tele-15 adopts an innovative optoelectronic system design with rotation-free photoelectric components that results in higher reliability and longer service life. The design features strong anti-thermal deformation performance, and meets VW80000 and ISO16750 automotive endurance requirements. It meets the 10-year vehicle regulatory life requirements, and MTTF up to 40,000 hours . The overall performance meets the requirements for level 3 and level 4 autonomous vehicles.
40000h
MTTF
10Years
Vehicle Life Requirement
Livox LiDAR Potential Unleashed
Built-In IMU
The Tele-15 has a built-in BMI088 IMU that transfers data at a frequency of 200 Hz, including timestamp information and status-indicating code. It allows users to build algorithms such as motion compensation and SLAM more easily.
SDK
Livox SDK supports development languages, including C, C++, and Python on Linux, Windows, and ROS, making it easier to use Livox LiDAR sensors on a variety of platforms. Livox also offers frequently-used algorithms such as SLAM, and external parameter calibration to help users make the most of their LiDAR sensors.
High Performance-to-Price Ratio
Mass Production
Livox features patented technology DL-Pack technology, photoelectric system solutions, and a highly modular and automated production line design. These features reduce tedious manual focusing and other processes, improving performance and turning mass production and the application of LiDAR technology into reality.
Cost Advantages
Tele-15 uses verified and easy-to-acquire components to achieve excellent performance, making this LiDAR sensor unit ultra-accessible with an incredibly low price.
TÜV Rheinland Safety Certification
The Tele-15 is able to detect objects from as far away as 500 meters through a coaxial, optical system. The 905nm laser system used is certified by TÜV Rheinland and meets Class 1 eye safety standards.
TELE-15
$1200[1]
*Customized firmware will be available soon, please contact Livox for more information.
Note 1. Pricing is subject to Ex works term.
Note 2. Measured in an environment of 25°C with the laser directly and vertically aimed at the target.
Note 3. Measured in an environment of 25°C with a target object 20 meters away and a reflectivity of 80%.
