Products
AT
Automotive Long-Range Lidar, Ultra-High Resolution
AT128
AT512
ATX
FT
Automotive Short-Range Lidar, Fully Solid State
FT120
XT
Superior Precision, Cost-Effective Solution
XT32 / XT32M / XT16
OT
360° Primary Lidar for Large-Scale Deployment
OT128
Pandar
All-Around Performance, 360° Coverage
Pandar128
Pandar64
Pandar40P
Pandar40M
QT
Close Object Detection, Ultra-Wide View
QT128
QT64
ET
Automotive Long-Range Lidar, Behind Windshield Installation
ET25
Remote
Methane Leak
Detector
Faster Response, Longer Range
Handheld
Drone-Mounted
Compare
AT128
1,536,000 points/s
Point Rate
1200 × 128
Overall Resolution
210 m @10% Reflectivity
Range
120° × 25.4°
Field of View
136 mm x 114 mm x 49 mm
Dimensions
0.1° (H) × 0.2° (V)
Resolution
AT512
12,288,000 points/s
Point Rate
2400 x 512
Overall Resolution
300 m @10% Reflectivity
400 m Maximum
Range
120° (H) x 25.6° (V)
Field of View
160 mm x 110 mm x 45 mm
Dimensions(W x D × H)
0.05° (H) x 0.05° (V)
Angular Resolution
ATX
200 m @10% Reflectivity
300 m Maximum
Ranging Capability
120° ~ 140°
HFOV
20° ~ 25.6°
VFOV
0.08° (H) x 0.1° (V)
Angular Resolution (Finest)
8 W
Power Consumption
10Hz; 20 Hz
Frame Rate
25 mm
Minimum Surface Window
500 g
Weight
ET25
225 m @10% Reflectivity
Range (With Windshield)
120° (H) x 25° (V)
FOV
0.05° (H) x 0.05° (V)
Angular Resolution (Finest)
120 x 100 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
200m* @10% Reflectivity
*100 klux, PD>70%, FAR<1e
-5
Range
Finest at 0.125°
Vertical Resolution
Pandar64
64
Channel
200m @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
200m @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
OT128
3,456,000 points/s (Single Return)
6,912,000 points/s (Dual Return)
Point Rate
200 m @10% Reflectivity
230 m Maximum
Range
360°(H) x 40°(V)
Field of View
0.1°(H) x 0.125°(V)
Angular Resolution (Finest)
29 W
Power Consumption
118.0 mm x 132.3 mm
Size (Max. Diameter x Height)
XT32 / XT32M / XT16
32(16-channel version available)
Channel
0.5 cm (1σ precision)
Range Precision
±1 cm
Range Accuracy
0.05 to 120 m
Range
360°(H)x31°(V)
Field of View
0.18°(H)x1°(V) @10HZ
Resolution
0.8 kg
Weight
*This page mainly showcases the 32-channel standard version. For detailed parameters of different product versions, please refer to the product page.
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
Products
AT512
AT128
ATX
ET25
FT120
OT128
Pandar
Pandar128
Pandar64
Pandar40P
QT
QT128
QT64
XT32 / XT16
Remote Methane Leak Detector
Handheld
Drone-Mounted
Compare
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Products
AT512
AT128
ATX
ET25
FT120
OT128
Pandar
Pandar128
Pandar64
Pandar40P
QT
QT128
QT64
XT32 / XT16
Remote Methane Leak Detector
Handheld
Drone-Mounted
Compare
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ADAS
Autonomous Mobility
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Latest News
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Use Cases (9)
News Releases (81)
Media Coverage (2)
Events and Tradeshows (8)
Blogs (48)
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ADAS
AGV
AT128
AT512
ATX
Autonomous Vehicles
Cybersecurity
ET25
FT120
Functional Safety
Industrial
Information Security
ISO
Pandar
Proprietary Technology
QT128
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Trucking
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Clear
Blogs
Advantages of 3D vs. 2D LiDAR in AGV Applications
AGV
Looking for the right autonomous technology for your automated guided vehicle? Uncover the advantages of 3D vs. 2D lidar in AGV applications with this guide.
2023-03-23
Read More
Blogs
Ways To Improve Your Robotic Applications With LiDAR
Robotics
Lidar sensors can open up a whole new world of possibilities for robotics. Discover these innovative ways to improve your robotic applications with lidar.
2023-03-23
Read More
Blogs
Things you need to know about LiDAR: the more lasers, the better?
AT128
When referring to lidar, we often see terms such as "64 channels", "128 channels", and "300 channels equivalent", so what are "channels"? Do more channels form better lidar? Today, let's learn more about the "channel". […]
2023-03-21
Read More
Blogs
Things you need to know about LiDAR: what is lidar?
ADAS
You may not have used lidar, but you must have heard of it. So, what is this new "mysterious technology"? Mysterious as it might sound, you can tell from the name. First, its working principle […]
2023-03-21
Read More
Blogs
Things you need to know about LiDAR: solid-state and hybrid solid-state, what’s the difference?
AT128
Solid-state, hybrid solid-state, MEMS, and rotating mirror are all commonly used terms in the lidar industry, but do you know what they all mean? This article will examine the different technical routes of lidar. Due […]
2023-03-21
Read More
Blogs
Things you need to know about LiDAR: how to choose a lidar?
AT128
Lidar has many tags as a "new species" in the automotive industry: FOV, reflectivity, ROI, and more. While the industry hasn’t developed a unified standard, how can we identify a high-performance lidar? Today, we will […]
2023-03-21
Read More
Blogs
Radar vs. Lidar Sensors: What Are the Differences?
ADAS
What are the differences between radar and lidar sensors? Learn more about each solution and how they work in the automotive industry with this guide.
2023-03-02
Read More
News Releases
Hesai Debuts Fully Solid-State Lidar FT120 at CES 2023
ADAS
FT120
January 5, 2023 Palo Alto – Hesai, a global leader in lidar technology, today debuts its new fully solid-state lidar FT120 at CES 2023. The FT120 debuts along with a series of automotive lidars to […]
2023-01-09
Read More
Blogs
Hesai Technology Announces New Lidar Design Win with SAIC's Rising Auto
ADAS
AT128
January 7, 2023 Palo Alto – Hesai, a global leader in lidar technology, today announced a new design win with SAIC's electric vehicle brand - Rising Auto (formerly known as the R brand; also known […]
2023-01-07
Read More
Blogs
Hesai Lidar Hits The Milestone of 100,000 Unit Delivery
ADAS
What do clients say about Hesai’s products and services? Hesai maintains high-quality standards and builds reliable business partnerships with distinct clients across the industry. Here are clients' testimonials as proofs.
2022-12-27
Read More
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