LSLiDAR

Terminator 1 (LS series) is an image-grade hybrid solid-state LiDAR built around a 1550nm fiber laser, providing enhanced safety for autonomous driving. The 1550nm fiber laser enables longer detection range, higher resolution, stronger small-target perception, better eye safety and superior immunity to ambient light interference. According to the official website, it can detect pedestrians and black vehicles at 250m, with a maximum detection range of 500m, leaving more reaction time to avoid driving risks. It provides three ROI modes — uniform ROI (A), fixed ROI (B) and non-uniform ROI (C) — and supports custom local ROI, non-uniform point cloud customization and dynamic ROI scanning. Its 46mm ultra-slim form factor is 20% smaller than comparable products and can be embedded into the vehicle body to accommodate vehicle styling. With the 1550nm fiber laser and IP6K9K protection, it delivers stable all-weather perception in rain, fog and snow.

Wavelength: 1550nm (CLASS 1); Maximum Field of View (HxV): 120° x 25° (-12.5°~12.5°); Detection Range: 250m@10% (Max 500m); Data Points Generated: 1.65–1.85 million pts/sec; Range Accuracy: ±2cm; IP Grade: IP6K9K; Power Consumption: ≤25W; Frame Rate: 10Hz; Dimensions (LxWxH): 231*132*46mm.

• Highway ADAS and L3+ autonomous driving
• Long-range high-resolution environment perception
• Long-range detection of small targets (pedestrians, black vehicles)
• Body-embedded perception for passenger and commercial vehicles

An ultra-long-range LiDAR product family listed in the official product center, belonging to the LS series long-range detection line. It targets the demand for long-range, high-resolution perception in highway autonomous driving, continuing the LS series' design positioning of detecting smaller targets earlier in highway scenarios.

The official product page does not publish citable numeric parameters; the product is classified as an LS series ultra-long-range LiDAR, positioned to meet the long-range and high-resolution perception needs of highway ADAS L3+ applications.

• Highway ADAS and L3+ autonomous driving
• Long-range target detection

A CX-S3 series hybrid solid-state LiDAR product family listed in the official product center, classified under the Hybrid Solid-State LiDAR technology route, adopting a hybrid solid-state scanning scheme for automotive-grade environment perception.

Detection range:150 m; FOV:120°×25°; Angular res.:0.1°; Point rate:600,000 pts/s; Wavelength:1550 nm; Frame rate:10 Hz; Protection grade:IP67; Operating temperature:-40℃~+85℃

• Autonomous driving environment perception
• Automotive-grade front-mounted perception

A CH16X1 16-channel hybrid solid-state LiDAR product family listed in the official product center, part of the CH series hybrid solid-state product line, providing 16-channel hybrid solid-state scanning perception.

Detection range:100 m; FOV:100°×20°; Angular res.:0.2°; Point rate:320,000 pts/s; Wavelength:1550 nm; Frame rate:10 Hz; Protection grade:IP67; Operating temperature:-40℃~+85℃

• Autonomous driving environment perception
• Robot and low-speed unmanned vehicle perception

A CX128S2 hybrid solid-state LiDAR product family listed in the official product center, a high-channel-count hybrid solid-state product of the CX series, designed for high-resolution 3D environment perception.

Detection range:200 m; FOV:120°×25°; Angular res.:0.1°; Point rate:1,000,000 pts/s; Wavelength:1550 nm; Frame rate:10 Hz; Protection grade:IP67; Operating temperature:-40℃~+85℃

• High-resolution environment perception for autonomous driving

The FMCW LiDAR is designed for autonomous driving under automotive-grade standards. It adopts LSLIDAR's in-house 1550nm fiber laser, offering excellent long-range detection performance and high resolution. Its operating principle: within each frequency-sweep period, the FMCW LiDAR emits continuous waves at different frequencies; the wave reflected by an object differs in frequency from the emitted wave, and measuring this frequency difference yields the distance between the target and the LiDAR.

The official product page does not publish citable numeric parameters; the official text states that it uses an in-house 1550nm fiber laser with excellent long-range detection performance and high resolution, and that ranging is based on measuring the frequency difference between the transmitted and reflected waves of the frequency-modulated continuous wave (FMCW).

• Automotive-grade standard autonomous driving
• Long-range detection
• High-resolution environment perception

A CH128 series hybrid solid-state LiDAR product family listed in the official product center, a high-channel-count hybrid solid-state product of the CH series, targeting high-resolution 3D perception scenarios in autonomous driving.

Detection range:200 m; FOV:120°×25°; Angular res.:0.1°; Point rate:1,200,000 pts/s; Wavelength:1550 nm; Frame rate:20 Hz; Protection grade:IP67; Operating temperature:-40℃~+85℃

• Autonomous driving environment perception
• High-resolution 3D mapping

A CH16R/CH32R ultra-wide-angle blind spot LiDAR product family listed in the official product center. With ultra-wide-angle coverage, it targets vehicle blind spot detection scenarios and belongs to the hybrid solid-state product line.

Detection range:30 m; FOV:360°×90°; Angular res.:0.2°; Point rate:300,000 pts/s; Wavelength:1550 nm; Frame rate:10 Hz; Protection grade:IP67; Operating temperature:-40℃~+85℃

• Vehicle blind spot detection
• Near-field wide-field-of-view vehicle perception
• Intelligent transportation roadside perception

LSLIDAR's in-house 1550nm fiber laser is a core LiDAR component. According to the official website, many LiDAR companies today use 1550nm fiber lasers as the emission light source, which ensures eye safety while giving the LiDAR higher transmission power and laser frequency, thereby improving detection range and precision to meet long-range (up to several kilometers) detection needs; the 1550nm fiber laser performs better in rain and fog, providing more robust perception for highway autonomous driving. LSLIDAR has successfully designed and manufactured the 1550nm fiber laser along with more than ten types of core high-power fiber devices, with world-leading cost control capability that will substantially reduce fiber laser costs in the future. The in-house 1550nm fiber laser adopts a master oscillator power amplifier (MOPA) structure and can be configured with different pulse widths, laser frequencies, peak power, single-pulse energy, and linear/random polarization; operating in the eye-safe band, the fiber laser is an excellent light source for LiDAR, long-range ranging, long-range surveying and mapping, and other fields.

Structural parameters from the official text: adopts a master oscillator + power amplifier (MOPA) structure; configurable with different pulse widths, laser frequencies, peak power and single-pulse energy, as well as linear/random polarization; operates in the eye-safe band; the official website states it can meet long-range detection needs (up to several km); the company has designed and manufactured the 1550nm fiber laser and more than ten types of core high-power fiber devices. No specific numeric indicators are published on the official website.

• LiDAR emission light source
• Long-range ranging
• Long-range surveying and mapping
• Highway autonomous driving perception

LSLIDAR's in-house dedicated LiDAR chips are a core element of its vertical supply chain integration capability. According to the official website, to hold a global competitive edge, a LiDAR supplier needs leading system integration, software algorithms, core component technology and manufacturing capabilities; LSLIDAR can already develop and produce 1550nm fiber lasers, fiber devices and LiDAR chips, achieving highly vertical supply chain integration and a resulting cost-control advantage. The in-house 4-channel LiDAR transmitter dedicated chip is customized for multi-channel LiDARs, integrating 4-channel GaN_FET drivers with high integration, strong drive capability and short delay; the in-house 16-channel LiDAR transmitter dedicated chip is likewise customized for multi-channel LiDARs, integrating 16-channel TIA amplifiers, a multiplexer and differential buffers, with the TIA amplifier offering four gain modes and featuring high integration, wide bandwidth and low noise.

Structural parameters from the official text: the 4-channel transmitter chip integrates 4-channel GaN_FET drivers, featuring high integration, strong drive capability and short delay; the 16-channel transmitter chip integrates 16-channel TIA amplifiers, a multiplexer and differential buffers, with the TIA amplifier supporting four gain modes and featuring high integration, wide bandwidth and low noise. No specific numeric indicators are published on the official website.

• Multi-channel LiDAR transmission drive
• In-house supply of core LiDAR components
• Vertical supply chain integration for LiDAR

The C4/C8 are LSLIDAR's 4-line/8-line mechanical LiDARs, delivering 360° high-precision 3D perception and high-speed scanning. A highly integrated modular design provides the most stable and reliable performance; the laser transmitter and receiver modules use LSLIDAR's in-house LD and APD automated packaging processes, achieving high integration, more stable and reliable performance, stronger shock and vibration resistance, and better suitability for large-scale mass production (the official site contrasts the traditional flake-shape design with LSLIDAR's innovative one-piece design). With a 360° horizontal FOV and a -12°~12° vertical FOV, they achieve precise detection in complex environments and complete data acquisition and point cloud generation in real time at high speed.

Wavelength: 905nm; Detection Range: 120m@70%, 100m@10%; Range Precision: ±1cm (1σ); Vertical FOV: -12°~12°; Vertical Resolution: C4 min 4°, C8 2°/4°; Horizontal Resolution: 0.09°/0.18°/0.36°; Data Points Generated: C4 80,000 pts/sec @Single Echo, 160,000 pts/sec @Dual Echo, C8 160,000 pts/sec @Single Echo, 320,000 pts/sec @Dual Echo; Weight: 1050g; Dimensions (D*H): 102 x 77.9mm.

• Drones (UAVs)
• Infrastructure
• Robot navigation
• Industrial
• Surveying and mapping
• Security

The C32W is LSLIDAR's wide-view mechanical LiDAR with an ultra-large field of view of 360°×70°: it not only provides 360° surround perception, but also covers -55°~15° vertically with an emphasis on lower-space perception, effectively identifying low obstacles at close range for precise near-field perception (130m detection range, ±1cm accuracy). The official website notes that multiple communication interfaces are available for different platforms.

Vertical FOV: 70°(-55°~15°); Vertical Resolution: Min 1.5°; Horizontal Resolution: 5Hz:0.09°/10Hz:0.18°/20Hz:0.36°; Detection Range: 130m; Range Accuracy: ±1cm; Dimensions: Ф102×105mm; IP Grade: IP67; Data Points: 600,000 pts/sec; Input Voltage: 9V~36V DC.

• Surveying and mapping
• Drones (UAVs)
• Industrial
• Infrastructure
• Robotics
• Security

The C32/C16 are LSLIDAR's 32-line/16-line mechanical LiDARs delivering 360° high-precision 3D perception; a highly integrated modular design provides the most stable and reliable performance. Dense 32/16-line lasers achieve fast 360° 3D scanning with a maximum detection range of 150m. The C32 adopts LSLIDAR's in-house LiDAR chip, ensuring excellent performance and high cost-effectiveness.

C32: Vertical FOV 31°(-16°~15°); Vertical Resolution 1°; Horizontal Resolution 5Hz:0.09°/10Hz:0.18°/20Hz:0.36°; Detection Range 130m; Range Accuracy ±1cm; Dimensions 102 x 77.9mm; IP Grade IP67; Data Points 640,000 pts/s @Single echo, 1,280,000 pts/s @Dual echo; Input Voltage 9V~36V DC. C16: Vertical FOV 30°(-16°~14°); Vertical Resolution 2°; Detection Range 150m; Data Points 320,000 pts/s @Single echo, 640,000 pts/s @Dual echo; others same as C32.

• Surveying and mapping
• Drones (UAVs)
• Industrial
• Infrastructure
• Robotics
• Security

The C1 is LSLIDAR's single-line mechanical LiDAR delivering 360° precise 2D positioning and obstacle avoidance. According to the official website, it features 360° high-speed scanning with a 120m detection range and ±1cm ranging accuracy, mainly used for indoor service robots, AGVs and drones that require precise positioning and obstacle avoidance. The laser transmitter and receiver modules use LSLIDAR's in-house LD and APD automated packaging processes, achieving high integration, more stable and reliable performance, stronger shock and vibration resistance, and better suitability for large-scale mass production (traditional flake-shape design versus LSLIDAR's innovative one-piece design).

Wavelength: 905nm; Detection Range: 120m@70%, 100m@10%; Range Precision: ±1cm (1σ); FPS: 5/10/20Hz; Horizontal Resolution: 0.09°/0.18°/0.36°; IP Grade: IP67; Data Points Generated: 20,000 pts/sec @Single Echo, 40,000 pts/sec @Dual Echo; Weight: 1050g; Dimensions (D*H): 102 x 77.9mm.

• Drones (UAVs)
• Infrastructure
• Robot navigation
• Industrial
• Surveying and mapping
• Security

The MS06 is a 1550nm anti-collision LiDAR for helicopters with a maximum detection range of 2000m (customizable), suitable for helicopter and flying car collision avoidance as well as surveying and mapping. The official website states a 1200m detection range, customizable up to 2000m on demand, capable of precisely detecting small targets; at distances beyond 300m it can still identify targets with extremely low reflectivity or extremely weak echo signals, such as high-voltage power lines. Its high resolution and precision enable centimeter-level acquisition of massive data, actively scanning scenes dynamically in real time, unaffected by lighting conditions and working 7×24 hours, with outstanding flexibility and reliability.

Wavelength: 1550nm; Detection Range: 1200 / 2000m; Dimensions (L*W*H): 243 * 220 * 96mm; *For more parameters, please contact the official team.

• Helicopters
• Drones (UAVs)
• General aviation aircraft
• Flying cars
• Transportation
• Inspection
• Rescue
• Surveying and mapping

The N301 series is an explosion-proof/intrinsically safe LiDAR with valid explosion-proof certification, delivering 360° precise 2D detection. After rigorous testing and verification, the N301 series offers two versions — explosion-proof and intrinsically safe — designed for complex, flammable and explosive environments; with a maximum detection range of 50m and a measurement rate of up to 20,000 pts/sec, it performs a complete 360° scan of the surroundings for precise 2D detection. The whole unit has an IP67 dustproof and waterproof rating and can operate stably in various harsh environments.

Wavelength: 905nm; Detection Range: 10/20/30/40/50m; Distance Resolution: 2mm / 4mm; Range Precision: ±3cm; Horizontal Resolution: 0.09°/0.18°/0.36°; Data Points Generated: 20,000 pts/sec; Ex-mark: Ex ib I Mb / Ex d IIC T6 Gb; Weight: 406g (explosion-proof version); Dimensions (D*H): 80 * 79.1mm (explosion-proof version); IP Grade: IP67.

• Gas stations
• Chemical plants
• LPG stations
• Petroleum exploration
• Ground inspection
• Industrial inspection

The N10 is a 360° 2D LiDAR for navigation and obstacle avoidance, providing precise positioning and obstacle avoidance for service robots. With a body of only φ52×36.1mm and a weight of 60g, it is light and compact, suitable for embedding in various indoor service robots, AGVs, cleaning and disinfection robots and drones. It adopts a 4.5KHz emission frequency with ±3cm detection accuracy and a maximum range of 12m; the official website notes its excellent performance on strong light, black-and-white objects and highly reflective objects; with optimized and upgraded algorithms, mapping is faster and more accurate, with strong anti-light-interference capability, suitable for robot mapping, navigation and obstacle avoidance.

Wavelength: 905nm; Detection Range: 0.02~12m@70%; Range Precision: ±3cm (0~6m), ±4.5m (6~12m)@70% (as stated on the official website); FOV: 360°; Horizontal Resolution: 0.48°~0.96°; Data Points Generated: 4500 pts/sec; IP Grade: IPX-4; Weight: 60g; Dimensions (D*H): 52 * 36.1mm.

• Intelligent manufacturing
• Robot obstacle avoidance
• Robot navigation
• Industrial

The M10 uses TOF technology to provide robots with reliable 360° surround perception, and its compact design is popular with system integrators. With a body of only φ79.3×39mm, it suits embedded installation in most service robots; adopting an advanced optical design with a higher signal-to-noise ratio (SNR) and better dynamic balance control, the official website notes excellent detection performance on high/low reflectivity objects and under strong light, with wide coverage, long detection distance and fast response; with optimized and upgraded algorithms, mapping is faster and more accurate.

FOV: 360°; Range: 10m@10%, 25m@70%; Data Point Generating Rate: M10 10,000 pts/s, M10P 20,000 pts/s; Vibration Test: 500 m/sec² for 11ms; Shock Test: 5HZ-2000HZ, 3G rms; Scan Rate: 10HZ; Weight: 200g; Dimensions (DxH): Ф79.3 x 39mm; Anti-Light: >80K Lux.

• Robot navigation
• Robot obstacle avoidance
• Safety early warning for high-risk operations
• Intelligent manufacturing

The N401 is a 360° high-precision LiDAR for navigation and obstacle avoidance that can identify high-reflectivity and low-reflectivity objects, mainly used for navigation of AMRs or unmanned forklifts with reflectors. It provides 360° full coverage, 10m/30m detection ranges, Class I eye safety and ±3cm accuracy, outputs distance and angle data, adapts to indoor and outdoor scenes, with a point rate of 20,000 PTS/S; with optimized and upgraded algorithms, mapping is faster and more accurate. The N401 has passed rigorous shock tests (shock acceleration up to 40g versus 10g in the general standard), making it well suited for collision-prone applications such as autonomous driving, AGVs and forklifts, improving operational safety.

FOV: 360°; Scan Rate: 10Hz/20Hz; Data Rate: 20,000 pts/s; Angular Resolution: 20Hz:0.36°/10Hz:0.18°; Shock: 500 m/sec² for 11ms; Working Temperature: -20℃~60℃; Dimensions: 80 x 79.1mm; Input Voltage: 9V~36V DC.

• Robot navigation
• Robot obstacle avoidance
• Safety early warning for high-risk operations
• Perimeter security
• Intelligent manufacturing

The N301 is a 360° high-precision LiDAR for navigation and obstacle avoidance that can identify high-reflectivity and low-reflectivity objects, mainly used for navigation of AMRs or unmanned forklifts with reflectors. It provides 360° full coverage, 10m/30m detection ranges, Class I eye safety and ±3cm accuracy, outputs distance and angle data, adapts to indoor and outdoor scenes, with a point rate of 20,000 PTS/S; with optimized and upgraded algorithms, mapping is faster and more accurate. The N301 has passed rigorous shock tests (shock acceleration up to 40g versus 10g in the general standard), making it suitable for collision-prone scenarios such as autonomous driving, AGVs and forklifts, improving operational safety.

FOV: 360°; Scan Rate: 5/10/20Hz; Data Rate: 20,000 pts/s; Angular Resolution: 0.9°/0.18°/0.36° (as stated on the official website); Shock: 500 m/sec² for 11ms; Working Temperature: -20℃~60℃; Dimensions: 80 x 79.1mm; Input Voltage: 9V~36V DC.

• Robot navigation
• Robot obstacle avoidance
• Safety early warning for high-risk operations
• Perimeter security
• Smart triggering

The LS100 is an ultra-long-range single-point laser rangefinder providing real-time distance measurement, with a maximum detection range of 20km and a measurement accuracy of ≤1m. It enables long-range collision avoidance and obstacle detection, suitable for industrial measurement, eVTOL, ports and high-end security. The official website emphasizes its 'ultra-long-range detection, aiding collision avoidance and obstacle avoidance'.

Wavelength: 1535nm; Detection Range: 2km~20km; Range Precision: ≤1m (2000m≤R≤20000m); Power Consumption: 40W; Weight: 3.8kg; Dimensions (L*W*H): 190 * 196 * 165mm.

• Industrial measurement
• eVTOL
• Ports
• High-end security

The LS72D is a laser altimeter designed for drones, helicopters and eVTOL aircraft, providing real-time ranging and altitude holding to ensure safe landing. With a detection range of 150m and a maximum frequency of 200Hz, it offers real-time distance measurement and altitude-keeping capability.

Wavelength: 905nm; Detection Range: 0.2~150m@10%; Range Precision: ±5cm (≤10m); 1% (>10m); FPS: 10~200Hz; Weight: 200g; Dimensions (L*W*H): 60 * 36 * 38mm.

• Drones (UAVs)
• Helicopters
• eVTOL
• Surveying and mapping

The LS74A is a long-range single-point laser distance sensor providing long-range ranging and obstacle avoidance capability. With a ranging accuracy of ±0.5cm and a maximum range of 1200m, it performs distance detection at a fixed angle, suitable for electro-optical systems, electro-optical pods, rangefinders, infrared thermal imagers, scopes, target designators and aircraft obstacle avoidance, among other scenarios.

Wavelength: 905nm; Detection Range: 1200m@30%; Range Precision: ±0.5cm; FPS: 1~10Hz; Weight: 20g; Dimensions (L*W*H): 24 * 24 * 47mm.

• Electro-optical systems
• Electro-optical pods
• Rangefinders
• Infrared thermal imagers
• Scopes
• Target designators
• Drones (UAVs)
• eVTOL

The LS72B is a middle-range laser distance sensor providing precise distance and volume measurement as well as obstacle avoidance capability. With a detection accuracy of ±3cm and a maximum range of 150m, it performs distance detection at a fixed angle and can also be used for volume measurement in scenarios such as grain silos and coal piles.

Wavelength: 905nm; Detection Range: 0.05~150m@10%; Distance Resolution: ±3cm; FPS: 10~200Hz; Weight: 230g; Dimensions (L*W*H): 70 * 70 * 30mm.

• eVTOL
• Indoor service robots
• AGV & AMR
• Coal pile measurement
• Drones (UAVs)
• Grain silo measurement

The LS-S1 is an image-grade 1550nm fiber-laser automotive-grade hybrid solid-state LiDAR, adopting LSLIDAR's in-house 1550nm fiber laser and dozens of high-power core optical components. According to the official website, it achieves small-target detection at ultra-long range and ultra-high point cloud density: maximum detection of 500m, 250m at 10% reflectivity, ranging accuracy of ±2cm, field of view of 120°(H)×25°(V), minimum vertical angular resolution down to 0.01°, and sampling point rate of 1.6–6.4 million pts/sec; the ultra-slim 220×220×45mm form factor is easier to integrate into vehicles, with comprehensive anti-interference functions, high reliability and mass-production-oriented design, serving as the main LiDAR for L3 and above advanced autonomous driving. It supports full-field-of-view ROI and dynamic ROI customization as well as non-uniform point cloud customization, and operates stably in rain, fog and snow.

Dimensions (LxWxH): 225*220*45mm; Maximum Field of View (HxV): 120°x25°(-12.5°~12.5°); Detection Range: 250m@10% (Max 500m); Data Points Generated: 1,600,000~6,400,000 pts/s; Range Accuracy: ±2cm; IP Grade: IP6K9K; Maximum Angular Resolution: 0.01°; ROI Area Equivalent Lines: 800~2500; Lines Per Second: 1800~8000. (The product description states the size as 220x220x45mm, while the official specification table lists 225*220*45mm)

• Passenger cars
• Robotaxi/shuttle/delivery vehicles
• Trucking
• Logistics
• Industrial drones
• Heavy machinery

The LS-S2 is an image-grade 1550nm fiber-laser automotive-grade hybrid solid-state LiDAR, adopting LSLIDAR's in-house 1550nm fiber laser and dozens of high-power core optical components, achieving small-target detection at ultra-long range and ultra-high point cloud density. Maximum detection of 500m, 250m at 10% reflectivity, ranging accuracy of ±2cm, field of view of 120°(H)×25°(V), minimum vertical angular resolution down to 0.01°, sampling point rate of 1.6–6.4 million pts/sec; the ultra-slim 225×120×45mm form factor facilitates vehicle integration, with comprehensive anti-interference capability, high reliability and mass-production design, positioned as the main LiDAR for L3 and above advanced autonomous driving. It supports full-field-of-view ROI and dynamic ROI customization as well as non-uniform point cloud customization, and operates stably in rain, fog and snow.

Dimensions (LxWxH): 225*120*45mm; Maximum Field of View (HxV): 120°x25°(-12.5°~12.5°); Detection Range: 250m@10% (Max 500m); Data Points Generated: 1,600,000~6,400,000 pts/s; Range Accuracy: ±2cm; IP Grade: IP6K9K; Maximum Angular Resolution: 0.01°; ROI Area Equivalent Lines: 800~2500; Lines Per Second: 1800~8000.

• Passenger cars
• Robotaxi/shuttle/delivery vehicles
• Trucking
• Logistics
• Industrial drones
• Heavy machinery

The LS25 series rail transport hybrid solid-state LiDAR uses LSLIDAR's in-house 1550nm fiber laser as the light source, with a detection range of up to 300m, and can be installed at the track end and on the vehicle to achieve precise track intrusion identification and detection. According to the official website, it can scan and monitor railways with high resolution and accurately identify obstacles: precisely capturing track intrusions, effectively identifying different target attributes such as pedestrians, animals, vehicles, rolling rocks and fallen rocks, and outputting information such as distance and 3D contours; its field of view is better suited to rail scenarios, featuring high resolution and precision, 7×24-hour operation, IP67, anti-interference, and excellent vibration and shock resistance.

Laser Wavelength: 1550nm; Detection Range: 250m@10%; Horizontal Resolution: 0.03°; Vertical Resolution: 0.076°; FOV (H*V): 120°*25°; FPS: 1Hz; Point Rate: 18,000,000 pts/sec; IP Grade: IP6K9K.

• Onboard train track intrusion monitoring
• Monitoring of high-risk track-end sections
• Sections prone to debris flows and rolling rocks
• Road-rail crossing areas
• Railway main lines

The LS500W1 is an ultra-wide-FOV blind spot detection LiDAR used to safeguard the operational safety of construction machinery. With an ultra-wide 120°×73° field of view and precise 150m detection capability: a detection range of 2–150m and a field of view of 120°×73° ensure wider coverage, effectively detecting personnel, animals, small tires, debris and other targets, reducing blind spots and improving vehicle safety. With 480 scanning channels and a point rate of up to 3,700,000 pts/sec, it rapidly generates high-definition 3D point cloud maps and measures the volume of ore or material in front of the loader in real time, further improving the intelligence and efficiency of loader operations. With its large field of view and 1550nm wavelength, it offers excellent environmental adaptability, unaffected by any lighting conditions, working stably in rain, snow and fog, providing 7×24-hour all-weather operational safety protection for construction machinery.

Wavelength: 1550nm; Detection Range: 2~150m; Range Precision: ±2cm; FOV (H*V): 120°*73°(±36.5°); Resolution (H*V): 0.155°*0.146°(10Hz); IP Grade: IP6K9K; Data Point Generated: 3,700,000 pts/sec; Weight: ≤3kg; Dimensions (L*W*H): 270 * 160 * 80mm.

• Construction machinery
• Autonomous driving
• Industrial
• Drones (UAVs)
• Logistics
• Security
• Ports
• Surveying and mapping

The LS30MVA long-range visually adjustable laser ranging system consists of LSLIDAR's self-developed long-range fixed-point rangefinder, angular displacement platform and camera. When the rangefinder drifts in the pitch direction for various reasons, the system automatically senses it and adjusts the laser back to the horizontal angle; the camera's optical axis is parallel to the laser direction, and when the rangefinder detects a target ahead, the target can be confirmed directly through the camera, achieving LiDAR+camera linkage that simultaneously tracks and photographs the target, helping operators grasp the real-time situation. Using LSLIDAR's in-house 1550nm fiber laser, the detection range can reach 2,000m, providing a cost-effective solution for long-range detection.

Laser Wavelength: 1550nm; Detection Range: 10m~2000m; Accuracy: ±15cm; Vibration: withstands 0.73G vibration shock; Laser Vertical Accuracy: 0.01°; Power Supply: AC/170-264V; Point Rate: 500 pts/s; Working Temperature: -10℃–60℃.

• Bridge anti-collision
• Slope protection
• Security

The CB64S1 (also titled Wide FOV LiDAR on the product page and classified in the product navigation under 905nm hybrid solid-state LiDARs) is a wide-field-of-view LiDAR designed specifically to eliminate blind zones, designed against automotive-grade and technology-grade standards. With an ultra-wide 180°×40° field of view and ±3cm ranging accuracy, it efficiently identifies close-range obstacles, perceiving driving blind zones for automobiles, robots and AGVs to provide safer environment perception; with a point rate of 1,010,000 pts/s, the ultra-high measurement point rate provides ultra-fine point clouds.

Angular Resolution (HxV): 0.12°*0.63°; Scan Rate: 10Hz; Maximum Field of View (HxV): 180°*40°(-25°~15°); Dimensions (LxWxH): 116*90*76mm; Detection Range: 100m (45m@10%); Data Points Generated: 1,010,000 pts/s.

• Automotive
• Industrial
• Security
• AMR
• Robotics

The CH256X1 is a 256-line hybrid solid-state LiDAR capable of continuous operation in high-vibration and high-shock environments. According to the official website, it has achieved significant improvements in vibration resistance, shock resistance and point cloud processing, with a compact design ensuring high stability and reliability.

Wavelength: 905nm; Weight: 2000g; Dimensions (L*W*H): 154*108*100mm; *For more parameters, please contact the official team.

• Passenger cars
• Drones (UAVs)
• Heavy machinery
• Logistics
• Rail transit
• Robotaxi/shuttle/delivery vehicles
• Sidewalk delivery
• Trucking

The CX series is an automotive-grade hybrid solid-state LiDAR series (classified as Uncategorized in the official product library). Based on LSLIDAR's breakthroughs in the miniaturization technology of automotive-grade hybrid solid-state LiDARs, it achieves 200m long-range detection at 10% reflectivity with high angular resolution, both meeting the performance requirements of long-range detection and perception for autonomous driving and featuring a miniaturized size suitable for embedding in the roof or front bumper, better matching the exterior design aesthetics of passenger cars. The products are designed to automotive-grade and functional safety ASIL B standards, with a maximum point cloud density of up to 1.53 million points per second, a maximum resolution of 0.1°×0.125°(@ROI), and a maximum detection distance of 200m@10% reflectivity, providing ample braking reaction time for intelligent driving; adopting a unique laser encoding scheme, it features strong immunity to sunlight and LiDAR interference, low noise, power consumption as low as 13.5W, and a high-coverage self-check function, with stable and reliable performance.

Maximum point cloud density: 1,530,000 points/sec; Maximum angular resolution: 0.1°×0.125°(@ROI); Maximum detection distance: 200m@10% reflectivity; Power consumption: as low as 13.5W; Design standards: automotive-grade + functional safety ASIL B; Dimensions: miniaturized, embeddable in the roof or front bumper.

• Passenger car intelligent driving
• Long-range environment perception
• Roof/front bumper embedded installation

The Flash solid-state LiDAR adopts a solid-state structure without any mechanical scanning components, achieving high integration and easier mass production. Its principle is to emit a planar array of light; it is a non-scanning LiDAR that mainly outputs 2D or 3D images. Unlike other types of LiDARs, a Flash LiDAR covers all positions within the field of view in each detection, enabling overall mapping and environment perception, whereas other types of LiDARs cover only specific positions in each detection.

Solid-state structure with no mechanical scanning components; emits planar array light, non-scanning; a single detection covers the entire field of view; outputs 2D or 3D images; no specific numeric parameters published on the official website.

• Environment perception
• Overall mapping
• Short-range full-field-of-view imaging

The C16E is a 16-line explosion-proof/intrinsically safe mechanical LiDAR with valid explosion-proof certification, delivering 360° high-precision 3D perception and high-speed scanning. It is suitable for explosive environments such as industrial sites, chemical plants, offshore oil platforms and fuel depots, effectively addressing the challenges posed by explosive gases and dust; it also provides precise navigation and obstacle avoidance for industrial mobile robots, vehicles and automation systems, improving operational efficiency and safety.

Wavelength: 905nm; Detection Range: 150m@70%, 100m@10%; Range Precision: ±1cm; Vertical FOV: 30°(-15°~15°); Vertical Resolution: 2°; Horizontal Resolution: 0.09°/0.18°/0.36°; Ex-mark: Ex ib I Mb / Ex d IIC T6 Gb; Weight: 800g / 1500g; Dimensions (D*H): 102 x 77.9mm / 176 * 100mm.

• Industrial sites
• Chemical plants
• Offshore oil platforms
• Fuel depots
• Navigation and obstacle avoidance for industrial mobile robots
• Automation systems

The MD-01 is an airborne dual-channel underwater mapping LiDAR system that can be used both airborne and shipborne. It provides two LiDAR channels at different wavelengths — green and infrared (IR); at the specific green laser wavelength of 532nm, the MD-01 can detect underwater targets and provide partial hydrographic surveying capability.

Sounding Ability: 1.5 SD (at a 50m flight altitude); Wavelength: 532nm / 1064nm; Sounding Accuracy: 0.25m; Dimensions (L*W*H): 380 * 23 * 250mm; Display: waveform display, 3D point cloud, seabed topography; Range Accuracy: ±10cm.

• Airborne underwater mapping
• Shipborne underwater mapping
• Hydrographic surveying
• Seabed topographic mapping

The MS-LS series is an ultra-long-range image-grade fiber-laser hybrid solid-state mapping LiDAR adopting LSLIDAR's in-house high-performance 1550nm fiber laser. The maximum customizable range reaches 500m, with a measurement accuracy of ±2cm, an ultra-high resolution of 0.11°×0.1° and a point cloud rate of up to 460,000 points/sec, capable of building image-grade 3D environment map models, suitable for high-end surveying fields such as smart cities, topographic mapping, emergency rescue and disaster relief.

MS-LS1: Channels 1; Detection Range 1.5~300m@10% (Max 500m); Range Accuracy ±2cm; FOV 120°(H)*/0°(V); Angular Resolution 0.11°(H)*/; FPS 400 FPS; Data Point Generating Rate 460,000 pts/s; Power ≤28W; Operating Temperature -40℃~50℃; LxWxH/Weight 231*132*46mm / ≤1.6kg. MS-LS5: Channels 5; FOV 120°(H)*0.04°(V); Angular Resolution 0.11°(H)*0.1°(V); FPS 80 FPS; others same as MS-LS1.

• Smart cities
• Topographic mapping
• Emergency rescue
• Disaster relief
• High-end surveying and mapping

The MS-CX series is a compact, lightweight, high-precision 905nm hybrid solid-state mapping LiDAR with advantages of fast scanning speed, high resolution and high reliability. The maximum detection range reaches 300m, with a measurement accuracy of ±2cm; compact and weighing only 635g, it is suitable for mounting on UAVs. It is widely used in high-precision surveying, smart cities, 3D city modeling, national land surveying, firefighting and emergency response, power grid inspection, rail inspection, mine inspection, tunnel inspection, forestry inspection and other fields.

MS-CX1: Channels 1; Detection Range 180m@10% / 300m@70%; Range Accuracy ±2cm; FOV 120°(H)*/; Angular Resolution 0.012°~0.12°(H)*/; FPS 15~150Hz; Data Point Generating Rate 150,000 pts/s (Single), 300,000 pts/s (Dual); Operating Temperature -40℃~60℃; LxWxH/Weight 110*100.4*45mm / ≈635g. MS-CX3: Channels 3; FOV 120°(H)*0.4°(V); Angular Resolution 0.012°~0.12°(H)*/0.2°(V); FPS 5~50Hz; others same as MS-CX1.

• High-precision surveying and mapping
• Smart cities
• 3D city modeling
• National land surveying
• Firefighting and emergency response
• Power grid inspection
• Rail inspection
• Mine inspection
• Tunnel inspection
• Forestry inspection

The HS series fast scanning LiDAR (HS1) combines excellent detection accuracy with anti-interference performance: a detection range of 100m, ranging accuracy of ±2cm, and a scanning frequency of up to 200Hz allow real-time detection of high-speed moving objects and precise measurement of vehicle contours. It is widely used for vehicle and cargo profile measurement, vehicle type detection, height limit detection, overload detection, highway ETC capture detection, entrance/exit vehicle classification and traffic flow statistics. According to the official website, it has broken through the two performance barriers of 'fast scanning' and 'high precision', making an important contribution to intelligent transportation systems (ITS): fast scanning at up to 200Hz can model vehicles traveling at 120km/h on highways; the innovative optical design improves ranging accuracy while achieving fast scanning; the high scanning rate of 53,000 pts/s captures the position information of high-speed moving targets, significantly improving detection system accuracy. The product features vibration resistance, shock resistance, IP67, anti-interference and anti-glare properties, and is China's first LiDAR officially certified by the Ministry of Public Security.

Laser Wavelength: 905nm; Scanning Channel: 1 channel; Range: 100m@10%; Data Acquisition Rate: 53,000 pts/s; Accuracy: ±3cm; FOV: 120°; Scanning Rate: 40~160Hz; Horizontal Resolution: 40Hz:0.09°/80Hz:0.18°/100Hz:0.225°/120Hz:0.27°/160Hz:0.36°; Power Supply: 9V~36V DC; Working Temperature: -20℃~65℃; IP Grade: IP67; Dimension: 155 x 107.5 x 90mm(L x W x H).

• Vehicle and cargo profile measurement
• Highway ETC trigger capture
• Height limit measurement
• Train profile detection
• Speed limit measurement
• Vehicle classification
• Traffic congestion statistics

The LS-PTZ-150 is a LiDAR rotary scanner for data acquisition, automation and digitalization, achieving real-time stable 3D spatial data scanning and analysis. With a range of up to 150m and a horizontal rotating field of view of 180°, it scans fast, completing a scan in tens of seconds to a few minutes, and is widely used in power plants, steel mills, coal mines and other fields. Through material scanning and modeling, the LS-PTZ-150 can perform free partitioning of storage positions, point cloud fusion, void filling, volume calculation, 3D model display, material change monitoring, and transmits all data via the network to the server for display in a UI or web pages. The product offers broad applicability, flexible installation, rapid deployment, strong adaptability, full automation, stability and long service life.

Wavelength: 905nm; Detection Range: 1~150m; Range Precision: ±3cm; FOV (H*V): 180°*120°; Resolution (H*V): 0.02°*0.024°; IP Grade: IP67; Data Point Generated: 150,000 pts/sec; Weight: 3500g; Dimensions (L*W*H): 426 * 102 * 157mm.

• Volume measurement
• Digitalization and 3D modeling
• Earthwork measurement
• Measuring container calibration
• Power plants
• Steel mills
• Coal mines

The MS1L single-line mechanical mapping LiDAR uses a single laser beam to achieve 360° high-speed 3D scanning imaging, precisely capturing surrounding environment information. The maximum detection range reaches 300m, with a measurement accuracy of up to ±2cm; it is widely used in high-precision surveying, smart cities, 3D city modeling, national land surveying, firefighting and emergency response, power grid inspection, rail inspection, mine inspection, tunnel inspection, forestry inspection and other fields.

Channels: 1; Detection Range: 2~260m; Range Accuracy: ±2cm; Horizontal FOV: 360°; Horizontal Resolution: 0.09°/0.18°/0.36°; FPS: 5Hz/10Hz/20Hz; Data Point Generating Rate: 20,000 pts/s (Single), 40,000 pts/s (Dual); Operating Temperature: -20℃~60℃; DxH/Weight: φ102*77.9mm / 1000g.

• High-precision surveying and mapping
• Smart cities
• 3D city modeling
• National land surveying
• Firefighting and emergency response
• Power grid inspection
• Rail inspection
• Mine inspection
• Tunnel inspection
• Forestry inspection

The MS16L mechanical mapping LiDAR uses dense 16 laser beams to achieve 360° high-speed 3D scanning imaging. The maximum detection range reaches 300m, measurement accuracy is precise to ±2cm, and the dual-echo point sampling rate reaches up to 640,000 points/sec; it is widely used in high-precision surveying, smart cities, 3D city modeling, national land surveying, firefighting and emergency response, power grid inspection, rail inspection, mine inspection, tunnel inspection, forestry inspection and other fields.

MS16L-260: Channels 16; Detection Range 2~260m; Range Accuracy ±2cm; Horizontal FOV 360°(H)*30°(V); Horizontal Resolution 0.09°/0.18°/0.36°; Vertical Resolution Uniform 2°; FPS 5Hz/10Hz/20Hz; Data Point Generating Rate 320,000 pts/s (Single), 640,000 pts/s (Dual); Operating Temperature -20℃~60℃; DxH/Weight φ102*77.9mm / 1040g. MS16L-300: Detection Range 2~300m; other parameters same as MS16L-260.

• High-precision surveying and mapping
• Smart cities
• 3D city modeling
• National land surveying
• Firefighting and emergency response
• Power grid inspection
• Rail inspection
• Mine inspection
• Tunnel inspection
• Forestry inspection

The MS32L mechanical mapping LiDAR uses dense laser beams to achieve 360° high-speed 3D scanning imaging. The maximum detection range reaches 300m, measurement accuracy is precise to ±2cm, and the dual-echo point sampling rate reaches up to 1,280,000 points/sec; it is widely used in high-precision surveying, smart cities, 3D city modeling, national land surveying, firefighting and emergency response, power grid inspection, rail inspection, mine inspection, tunnel inspection, forestry inspection and other fields.

Channels: 32; Detection Range: 2~260m; Range Accuracy: ±2cm; Horizontal FOV: 360°(H)*31°(V); Horizontal Resolution: 0.09°/0.18°/0.36°; Vertical Resolution: Uniform 2°; FPS: 5Hz/10Hz/20Hz; Data Point Generating Rate: 640,000 pts/s (Single), 1,280,000 pts/s (Dual); Operating Temperature: -20℃~60℃; DxH/Weight: φ102*77.9mm / 1040g.

• High-precision surveying and mapping
• Smart cities
• 3D city modeling
• National land surveying
• Firefighting and emergency response
• Power grid inspection
• Rail inspection
• Mine inspection
• Tunnel inspection
• Forestry inspection