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TTLidar A3

Triangulation Lidar

Accurate mapping, first choice for indoor robot navigation
 

Ranging distance

0.11-8 m

Ranging frequency:

3000Hz

Scanning frequency

6 Hz (6-8Hz adjustable)

Scanning angle

360°

Angular resolution

0.72°

TTLidar S2

ToF Lidar

Strong ability to resist ambient light interference, effective against complex indoor and outdoor environments

Ranging distance

0.02-40 m

Ranging frequency:

9000Hz

Scanning frequency

10 Hz (8-15Hz adjustable)

Scanning angle

360°

Angular resolution

0.391°

TTLidar T128

Automotive-grade hybrid solid-state Lidar

Small size, high stability, mainstream choice for advanced assisted driving
 

Detection distance

180 m@10%

Field of view

120°×25°

Angular resolution

0.15°(H) x 0.2°(V)

Point cloud output

600,000 point frequency/sec

Power

13W

Products

TTLidar A3

Triangulation Lidar

TTLidar A3 is an ultra-high performance 360° scanning Lidar with a ranging frequency up to 3000Hz and a farthest ranging distance up to 8-10m, which can accurately sense the surrounding environment and capture details and tiny objects, making it the first choice for indoor robot mapping, obstacle avoidance and navigation.

TTLidar S2

ToF Lidar

TTLidar S2 is an industrial-grade Lidar with ToF (time-of-flight) ranging technology, providing a measurement distance up to 40m, strong resistance to strong light interference, and IP65 protection level, which can effectively cope with indoor and outdoor complex environments, and is suitable for mapping, navigation and obstacle avoidance of indoor and outdoor mobile robots, AGV,AMR, etc.

TTLidar T128

Hybrid Solid State Lidar

The TTLidar T128 is a cost-effective automotive-grade hybrid solid-state Lidar that achieves an approximate 128-line laser point cloud effect through laser 2D high-frequency scanning, small size, flexible and convenient installation location, and core components that are automotive-compliant, meeting the requirements of ASIL-B(D) for functional safety and providing the necessary stable and reliable sensing capability for L3+ advanced driver assistance systems.

Applications

Sweeping robots
Industrial robots
Educational robots
Large-screen interaction
Mapping
Environmental modeling
Advanced assisted driving