Shenzhen RoboSense Technology Co., Ltd.

EM4 is the first product of RoboSense's new digital-architecture EM platform. Built on an all-digital architecture with SPAD-SoC and VCSEL chips, it delivers up to 2160 lines, a maximum ranging distance of 600 m, a 120°×27° vertical FOV and a point rate of 41.04 million points per second (single return), while supporting 60% lossless data compression. Designed for advanced intelligent driving and full autonomy, it accurately detects distant small objects such as tires, cones and cartons, improving driving safety.

Up to 2160 lines; max range 600 m; FOV 120°×27°; 41.04M points/s (single return)

• Advanced intelligent driving
• Full autonomous driving
• Front main LiDAR for intelligent vehicles

EMX is built on RoboSense's digital automotive main LiDAR EM platform, delivering true 192-line high-definition point clouds at 2.88 million points per second. It offers a 20 Hz maximum frame rate, 300 m maximum ranging, a 140° maximum horizontal FOV and 0.08°×0.10° global angular resolution. Using a SPAD+VCSEL digital architecture with an upgraded gaze function (up to 6x finer horizontal resolution), it can be customized to meet the advanced driver-assistance needs of different vehicle models.

True 192 lines; 2.88M points/s; max range 300 m; FOV 140° (H); 0.08°×0.10° resolution

• L2/L2+ intelligent driver assistance
• Front main LiDAR for intelligent vehicles
• Urban and highway autonomous driving

E1 is RoboSense's first high-performance fully solid-state blind-spot LiDAR. Based on in-house chips and an all-solid-state architecture, it provides a 120° horizontal and 90° vertical FOV, ranging of 30 m @10% reflectivity with a 100 m maximum, and a frame rate of 10-30 Hz. With no moving parts inside, it can be combined with M-series front-view LiDARs to achieve full 360° coverage perception, meeting blind-spot filling needs in all scenarios.

FOV 120°×90°; 30 m @10% reflectivity; 100 m max; frame rate 10-30 Hz; no moving parts

• Side blind-spot detection for intelligent vehicles
• Parking perception
• Highway/urban all-scenario perception

E1R is the world's first fully solid-state digital LiDAR for robots, built on RoboSense's automotive-grade E platform. It carries a digital SPAD-SoC and 2D VCSEL chip, with an ultra-wide 120°×90° FOV, 75 m maximum ranging (30 m @10%), a 260k points/s rate and a slim 7×35×75 mm window. Already in mass production and verified through more than 60 reliability tests, it serves delivery robots, cleaning robots, RoboTaxis and humanoid robots.

FOV 120°×90°; 75 m max range (30 m @10%); 260k points/s; window 7×35×75 mm; 60+ reliability tests

• Delivery robots
• Cleaning robots
• Humanoid robots
• RoboTaxi

E2 is a new benchmark product based on RoboSense's fully solid-state digital E platform. It adopts the in-house mass-producible extra-large SPAD-SoC Peacock chip and a 2D VCSEL chip for fully solid-state scanning, with a maximum FOV of 180°×135°, maximum ranging of 35 m @10% reflectivity, accuracy up to 1 cm (1σ) and a point rate of up to 1.5 million points/s (dual return). It targets humanoid and quadruped robots, mowing robots, drones and spatial-intelligence data acquisition.

Max FOV 180°×135°; 35 m @10% reflectivity; accuracy 1 cm (1σ); up to 1.5M points/s (dual return)

• Humanoid robots
• Quadruped robots
• Mowing robots
• Drones
• Spatial intelligence data acquisition

M2 is the third medium-to-long-range LiDAR of the M platform, detecting up to 250 m (200 m @10%) with an average best angular resolution of 0.1°×0.1° and a point rate of 1.575 million points/s (single return). Measuring 111×110×45 mm, its scanning chip is AEC-Q100 automotive qualified and the M platform is certified to ISO 26262 ASIL B. Sharing the platform and modules with M1 Plus, it allows customers to seamlessly upgrade their intelligent driving systems.

250 m max detection (200 m @10%); 0.1°×0.1° resolution; 1.575M points/s; 111×110×45 mm; AEC-Q100; ISO 26262 ASIL B

• Medium-to-long-range perception for intelligent vehicles
• L2/L3 driver assistance
• Front-loaded mass-production vehicle models

MX is RoboSense's new-generation medium-to-long-range LiDAR of the M platform, only 25 mm thick with a 200 m maximum range, a 120°×25° FOV and 126 lines (equivalent to 251 lines in the ROI zone). It carries the in-house M-Core SoC and a 2D MEMS chip, consumes less than 10 W, offers an intelligent gaze ROI adjustable across the full field, and its volume is 40% smaller than the M1 series, combining extreme cost-effectiveness, high performance and compactness.

25 mm thick; 200 m max range; FOV 120°×25°; 126 lines (251 equivalent in ROI); <10 W; M-Core SoC + 2D MEMS

• Medium-to-long-range perception for intelligent vehicles
• Urban and highway driver assistance
• Front-loaded mass-production vehicle models

M1 Plus is the automotive-grade medium-to-long-range LiDAR of RoboSense's M platform, ranging 200 m (180 m @10%) with a 120° horizontal and 25° vertical FOV, an average angular resolution of 0.2°×0.2° (0.1° in ROI) and a point rate of 787,500 points/s (single return). Measuring 111×110×45 mm, it is certified to AEC-Q100 and ISO 26262 ASIL B, features an intelligent gaze function, and has won front-loading design wins from multiple automakers.

200 m range (180 m @10%); FOV 120°×25°; 0.2°×0.2° resolution (0.1° ROI); 787.5k points/s; 111×110×45 mm; AEC-Q100; ISO 26262 ASIL B

• Passenger/commercial vehicle driver assistance
• Front-loaded mass-production vehicle models
• Front main LiDAR for intelligent vehicles

Airy is the first digital hemispherical LiDAR of the R platform, using chip-level transceivers and highly sensitive digital detection. It provides an ultra-wide hemispherical FOV of 360° horizontal and 90° vertical, covering a 120 m diameter range, with 192/96 lines, a point rate of 1.72 million points/s and 1 cm (1σ) accuracy. Measuring φ60×H63 mm, weighing under 240 g and consuming less than 8 W, it supports all-weather obstacle avoidance, mapping and navigation for all types of robots.

Hemispherical FOV 360°(H)×90°(V); 120 m diameter coverage; 192/96 lines; 1.72M points/s; accuracy 1 cm (1σ); φ60×H63 mm; <240 g; <8 W

• Yard robots
• Quadruped robots
• AGV/AMR
• Unmanned forklifts
• Humanoid robots

Ruby Plus is RoboSense's 128-line mechanical LiDAR with a ranging capability of 250 m (240 m @10% NIST) and ±2 cm accuracy. It provides a 360° horizontal and 40° vertical (-25° to +15°) FOV, vertical angular resolution down to 0.1°, and a point rate of 2.304 million points/s in balanced mode (4.608 million in high-performance mode). Built on an all-new mechanical architecture, its volume and weight are 50% smaller and power consumption 33% lower than the previous generation, designed to reference automotive-grade standards.

128 lines; 250 m range (240 m @10% NIST); accuracy ±2 cm; FOV 360°×40°; vertical resolution 0.1°; 2.304M points/s (4.608M high-performance)

• RoboTaxi
• Unmanned buses/trucks
• HD map data collection
• Smart transportation

Fairy is the world's first high-precision medium-to-long-range digital LiDAR, using chip-level transceivers and a digital architecture. It comes in 96-line and 48-line versions with a point rate of 1.37 million points/s (96-line version), accuracy of 0.5 cm (1σ), a maximum range of 150 m, a FOV of 360°×32°, a volume of φ75×H70 mm and a weight under 350 g. Emitting its own light, it does not depend on ambient illumination, supporting 3D mapping, obstacle avoidance and navigation for robots.

96/48-line versions; 1.37M points/s (96-line); accuracy 0.5 cm (1σ); max range 150 m; FOV 360°×32°; φ75×H70 mm; <350 g

• Drones
• Yard robots
• Cleaning robots
• Unmanned forklifts
• Smart ports

The Helios series is a new-generation multi-line LiDAR customized for robots, intelligent driving vehicles, V2X and other scenarios, covering 32-line and 16-line products. With a modular architecture, its volume is 29% smaller and cost 60% lower than the previous generation; the line distribution can be customized, the near-field blind zone is ≤0.2 m, and it supports -40°C low-temperature operation plus multi-radar cross-interference and strong-light shielding, suiting low-speed unmanned vehicles, RoboTaxis and more.

Model: Helios 32, Helios 16; Channels: 32 lines or 16 lines with customizable line distribution; Detection range: 70 m at 10 percent reflectivity; Field of view: 360 degrees horizontal, 31 degrees vertical; Angular resolution: 0.18 to 0.33 degrees vertical; Point rate: up to 576,000 points per second; Near-field blind zone: 0.2 m or less;; Ingress protection: IP67

• Low-speed unmanned vehicles
• RoboTaxi
• V2X vehicle-road coordination
• Robots

Bpearl is RoboSense's high-precision near-field blind-spot LiDAR, providing an ultra-wide 360° horizontal hemispherical FOV with a minimum detection distance of ≤10 cm (an extremely small near-field blind zone). Designed with reference to automotive-grade standards, it passes dozens of reliability tests covering mechanical shock, random vibration, high-pressure water jet and EMC. It is applied to unmanned logistics vehicles, RoboTaxis, autonomous buses, cleaning and security robots, port automation, unmanned forklifts and more.

Hemispherical 360° horizontal FOV; min detection distance ≤10 cm; automotive-grade reference design; dozens of reliability tests

• Unmanned logistics vehicles
• RoboTaxi
• Autonomous buses
• Cleaning robots
• Unmanned forklifts

AC1 is the first product of RoboSense's Active Camera, a new category of robotic vision. The hardware integrates multiple sensors and provides hardware-level fusion and spatiotemporal synchronous alignment of depth, image and motion-pose information. It reaches 70 m maximum ranging (40 m @10% dark-black), 1 cm (1σ) accuracy, a depth FOV of 120°×60°, a color FOV of 144°×78° and sunlight resistance of 100 KLux. Based on an all-solid-state VCSEL+SPAD+CMOS module, it ships with an AI-Ready open-source ecosystem.

Max range 70 m (40 m @10% dark); accuracy 1 cm (1σ); depth FOV 120°×60°; color FOV 144°×78°; 100 KLux sunlight resistance; VCSEL+SPAD+CMOS solid-state module

• Humanoid robots
• Drones
• Warehouse robots
• Industrial robots
• 3D scanning and modeling

AC2 is the Active Camera series' perception solution for robot manipulation applications, the industry's first super-sensor system integrating a fully solid-state dToF LiDAR, dual RGB cameras and an IMU simultaneously. It offers a ranging range of 0.05-8 m, full-domain accuracy of ±5 mm, a FOV of 120°×90°, synchronization accuracy of <1 ms and resistance to 100 kLux strong light, in a 102×32×45 mm volume. It serves embodied intelligence, robotic arms, industrial equipment, digital twins and more.

Range 0.05-8 m; full-domain accuracy ±5 mm; FOV 120°×90°; sync accuracy <1 ms; 100 kLux light resistance; 102×32×45 mm

• Embodied intelligence
• Robotic arm operation
• Industrial equipment
• Digital twin
• Motion capture

Airy Lite is RoboSense's low-cost digital 3D LiDAR designed specifically to eliminate blind zones, mainly for consumer, industrial and commercial robots. It has a minimum detection distance of 0.1 m, a FOV of 360°(H)×45°(V), a maximum range of 60 m, 24 channels, 1 cm (1σ) accuracy and a point rate of 144,000 points/s. Weighing about 200 g with an exposed window of φ44×20 mm, it uses a SPAD-SoC+VCSEL digital architecture and operates from -20°C to +60°C.

Min detection 0.1 m; FOV 360°(H)×45°(V); max range 60 m; 24 channels; accuracy 1 cm (1σ); 144k points/s; ~200 g; window φ44×20 mm; -20°C~+60°C

• Mowing robots
• Commercial robots
• Consumer robots
• Industrial mobile robots

P6 (RS-Fusion-P6) is RoboSense's first automotive-grade solid-state LiDAR L4 perception fusion solution. Equipped with M-series automotive-grade solid-state LiDARs, the in-house point-cloud perception software Perception, various sensors and computing units, it realizes road-marking detection, dynamic and static obstacle detection, drivable-area detection and multi-LiDAR fusion. With 4 M-series LiDARs as standard, it provides a 360° horizontal sensing radius of 200 m, supports flexible deployment of 2-8 units and offers one-stop deployment services.

Standard 4× M-series LiDARs; 360° horizontal sensing radius 200 m; flexible 2-8 units; incl. Perception software

• L4 autonomous driving
• RoboTaxi
• Unmanned buses/trucks
• Autonomous driving perception fusion

RS-Reference is RoboSense's high-standard ground-truth data and evaluation system for autonomous driving. Combining the 128-line RS-Ruby LiDAR, cameras, millimeter-wave radars, RTK and the near-field blind-spot radar RS-Bpearl, it provides intelligent ground-truth generation and a full-stack evaluation toolchain (collection, calibration, visualization, verification, evaluation). With near-1:1 annotation efficiency, it outputs detection-performance and geometric-error metrics, serving OEMs, Tier 1 suppliers and research institutes.

Combines RS-Ruby 128-line LiDAR, cameras, mm-wave radar, RTK and RS-Bpearl; full-stack toolchain (collection/calibration/visualization/verification/evaluation); near-1:1 annotation efficiency

• Autonomous driving perception system evaluation
• ADAS development verification
• Multi-sensor fusion evaluation
• Research institute testing