Products
AT
Automotive Long-Range Lidar, Ultra-High Resolution
AT128
ET
Automotive Long-Range Lidar, Behind Windshield Installation
ET25
FT
Automotive Short-Range Lidar, Fully Solid State
FT120
Pandar
All-Around Performance, 360° Coverage
Pandar128
Pandar64
Pandar40P
Pandar40M
QT
Close Object Detection, Ultra-Wide View
QT128
QT64
XT
Superior Precision, Cost-Effective Solution
XT32 / XT16
Remote
Methane Leak
Detector
Faster Response, Longer Range
Handheld
Drone-Mounted
Compare
AT128
1,536,000 points/s
Point Rate
1200 × 128
Overall Resolution
200 m@10%
Range
120° × 25.4°
Field of View
137 mm × 112 mm × 48 mm
Dimensions
0.1° (H) × 0.2° (V)
Resolution
ET25
225 m @10% Reflectivity
Range (With Windshield)
120° (H) x 25° (V)
FOV
0.05° (H) x 0.05° (V)
Angular Resolution (Finest)
140 x 110 x 25 mm
Size (W x D x H)
>3,000,000 pts/s
Point Rate
12 W
Power Consumption
FT120
160 (H) x 120 (V)
Overall Resolution
100° (H) x 75° (V)
FOV
192,000 pts/s (Single Return)
384,000 pts/s (Dual Return)
Point Rate (@10 Hz)
0.1 m ~ 100 m
Instrument Range
0.625° (H) × 0.625° (V)
Angular Resolution
Typ.10 Hz
Frame Rate
Pandar128
128
Channel
3,456,000 pts/s (Single Return)
6,912,000 pts/s (Dual Return)
Point Rate
0.1° (10 Hz)
Horizontal Resolution
0.3 ~ 200 m*
* 10% reflectivity, 100 klux, PD>70%, FAR<1e-5
Range
Finest at 0.125°
Vertical Resolution
Pandar64
64
Channel
0.3 ~ 200 m (10% reflectivity)
Range
40° (-25° ~ +15°)
Vertical FOV
0.2° (10 Hz) , 0.4° (20 Hz)
Horizontal Resolution
Finest at 0.167°
Vertical Resolution
Pandar40P
40
Channel
0.3 ~ 200 m (10% reflectivity)
Range
40° (-25° ~ +15°)
Vertical FOV
0.2° (10 Hz) , 0.4° (20 Hz)
Horizontal Resolution
Finest at 0.33°
Vertical Resolution
Pandar40M
40
Channel
0.3 ~ 120 m (10% reflectivity)
Range
40° (-25° ~ +15°)
Vertical FOV
0.2° (10 Hz) , 0.4° (20 Hz)
Horizontal Resolution
Finest at 0.33°
Vertical Resolution
QT128
128
Channel
20 m (10% reflectivity)
Range
105.2° (-52.6° ~ +52.6°)
Vertical FOV
Finest at 0.4° @10 Hz
Horizontal Resolution
Finest at 0.4°
Vertical Resolution
QT64
64
Channel
20 m (10% reflectivity)
Range
104.2° (-52.1° ~ +52.1°)
Vertical FOV
0.6°
Horizontal Resolution
Finest at 1.45°
Vertical Resolution
XT32 / XT16
32
Channel
0.5 cm (1σ precision)
Range Precision
0.05 ~ 120 m*
Range
1°
Vertical Resolution
31° (-16° ~ +15°)
Vertical FOV
16
Channel
0.5 cm (1σ precision)
Range Precision
0.05 ~ 120 m*
Range
2°
Vertical Resolution
30° (-15° ~ +15°)
Vertical FOV
Handheld
200 m (82% diffuse reflectivity,
15000 ppm*m methane gas concentration)
Detection Range
5 (actual) ppm*m
Sensitivity
±10% (100 ~ 50000 ppm*m)
Measurement Accuracy
5 ms
Response Time
0.76 kg
Weight (with battery and sight)
Drone-Mounted
400 m (82% diffuse reflectivity,
15000 ppm*m methane gas concentration)
Detection Range
5 (actual) ppm*m
Sensitivity
±10% (100 ~ 50000 ppm*m)
Measurement Accuracy
5 ms
Response Time
<600 g
Weight

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Latest News

Type

Tags

Dates

From Niche to Mainstream: The Rise of Consumer-Friendly Lidar

Home News Proprietary Technology

With its chip-based design, modular platform, and automated production, Hesai has demonstrated its capability to reduce costs at scale, positioning it for a bright future to launch the next generation of high-performance lidar sensors.

2023-07-08

Hesai Secures ADAS Lidar Design Win for Multiple New Vehicles with SAIC Motor

ADAS AT128 Home News

Hesai Technology has just announced that it has been selected to provide lidar units for several models of the SAIC Motor Commercial Vehicle Division's OEM-installed project.

2023-07-07

Benefits of Lidar vs. Cameras in Self-Driving Cars

Autonomous Vehicles Home News

How do different autonomous sensors compare to one another? Learn more about the benefits of lidar vs. cameras in self-driving cars with this guide.

2023-06-30

How Does UISEE Become the "AI Driver" of the World?

Robotics Trucking XT32

Hesai XT series lidar empowers UISEE's large-scale commercialization

2023-06-29

Revealing the Secret Behind ET25's Ultra-Thin Design

As Hesai's first lidar to be named after its height, the primary feature of ET25 is its "thinness". Compared to AT128, ET25 is only about half as tall. Why it is necessary for ET25 to adopt such a slim design?

2023-06-29

The Future of ADAS Technology: What Is Next?

ADAS features are becoming more common every year. Discover what’s next for the future of ADAS technology and the automotive industry with this overview.

2023-06-28

How Lidar Technology Improves Traffic Safety

ADAS Smart Cities

From vehicle design to ongoing road maintenance, lidar does a lot to promote safer driving. See how lidar technology improves traffic safety with this guide.

2023-06-28

Can Lidar Sensor Technology Detect Potholes?

Lidar sensor technology can detect potholes and other flaws in the road, improving safety for drivers. Discover how lidar can help with this guide.

2023-06-23

The Importance of Vehicle Blind Spot Detection Systems

Blind spot detection improves safety for everyone who uses the road. Learn the importance of vehicle blind spot detection systems with this brief overview.

2023-06-23

How Lidar Sensors Improve Trucking Safety

Trucking companies can improve driver and cargo safety by implementing lidar technology. Learn how lidar sensors improve trucking safety with this guide.

2023-06-23

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