LiDAR Systems

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Cutting-Edge Lidar based sensors and Mobile Mapping Solutions.

Lidar 3D Sensors

Velodyne LiDAR –the market leader in Lidar technology provides a full line of Lidar sensors capable of delivering the most accurate real time 3D data on the market.

The real-time LiDAR sensor technology is being used in a variety of commercial applications including autonomous vehicles, vehicle safety systems, 3D mobile mapping, 3D aerial mapping and security.

Veoldyne’s product line of high quality Lidar sensors includes the PUCK Hi-Res, PUCK LITE™, PUCK™ (VLP-16), the HDL-32E and  HDL-64E.

Mobile Mapping Solutions

Combining Lidar with GPS and IMU sensors- our mobile mapping solutions are fully integrated LiDAR mapping payloads that are the ultimate fit for small unmanned vehicles (UAVs). These precise Positioning, Navigation and Timing (PNT) solutions are designed to address a wide range of demanding requirements for air, sea and land, including high speed pointing/attitude and relative position/angle applications.

Compatible Software products- including software toolbox, visualization and analysis tools specially developed to help you handle your resulting PNT data easily and quickly.

Applications are as diverse as the platforms using this information ranging from PNT for stationary or slowly moving platforms such as Aerostats to PNT for high-dynamic aircraft and everything in between.

Our leading mobile mapping solutions include the Geodetics Geo-MMS and the Routescene LidarPod®.

For more information please review our products and solutions below or go to:

Lidar 3D Sensors

Mobile Mapping Solutions 

 

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SatLab Apus-MX UAV LiDAR System

This ultra-portable system seamlessly integrates a powerful long-range laser scanner, an advanced IMU, and an industrial-grade RGB orthographic camera, delivering high precision and efficiency for complex airborne survey missions.

 

Its versatile applications span across large-area terrain mapping, road and power line patrol, mining and quarrying, forestry canopy analysis, and disaster risk mitigation.

As a robust and intelligent airborne solution, Apus-MX excels in flying at higher altitudes over steep, hazardous terrain while penetrating dense vegetation to capture clear ground surfaces.

Key Features:

  • Data Rate: High-frequency pulse repetition with up to 8 returns per pulse
  • Effective Pixel: 45 Mega Pixel high-resolution RGB camera
  • LiDAR Measuring Range: Max 1200 m (ideal for high-altitude UAV flight)
  • Field of View (FOV): 80°
  • Scanning Speed: 260 scans per second
  • Dense Vegetation Penetration: Up to 8 echoes for DEM/DSM generation
  • UAV Compatibility: Rapid integration with professional multirotor platforms
  • Ultra-Portable: 1.55 kg total system weight
  • Workflow: Automated point cloud colorization and strip adjustment via Sat-LiDAR software
Datasheet

SatLab Cygnus 3 SLAM Scanner

This portable engineering-grade handheld system combines high-precision 3D LiDAR scanning, real-time vision algorithms, and continuous spatial localization to generate accurate point clouds without relying on GNSS signals.

 

Its versatile applications span across underground mine surveys, building interior/BIM mapping, asset inventory, tunnel inspections, and forestry management.

As a flexible handheld solution, Cygnus 3 excels in GNSS-denied environments, enabling rapid walking scans in complex, enclosed, or highly detailed structures.

Key Features:

  • Data Rate: 200,000 points/sec
  • Camera System: Integrated panoramic/panoptic vision sensor for real-time RGB colorization
  • LiDAR Measuring Range: Up to 70 m
  • Field of View (FOV): 360° wide spatial coverage
  • SLAM Precision: Centimeter-level relative accuracy for indoor and underground mapping
  • Operating Mode: Mobile handheld / backpack / vehicle-mountable versatility
  • Environment Rating: IP54 durable enclosure for challenging job sites

Real-time Processing: Live 3D visualization and cloud rendering on companion app

Datasheet

SatLab Cygnus Lite Handheld SLAM Scanner

This ultra-lightweight handheld SLAM scanner redefines mobile data collection with an innovative tilted sensor design, dual wide-angle RGB cameras, and an integrated RTK positioning module.

 

Its versatile applications span across Scan-to-BIM, real-time volume measurement, facade scanning, indoor floor plan generation, and urban feature inventory.

As a mobile and ergonomic scanner, Cygnus Lite excels in fast field operation, reducing missing data gaps in tight corners and structural blind spots.

Key Features:

  • Data Rate: 200,000 points/sec at 10 Hz scanning frequency
  • Effective Camera: Dual 12 MP HD wide-angle cameras (360° x 270° FOV)
  • LiDAR Measuring Range: 40 m @ 10% reflectivity / 70 m @ 80% reflectivity
  • Field of View (FOV): 360° × 59° LiDAR FOV with a 20° tilted scanning mechanism
  • Positioning Tech: LiDAR SLAM fused with integrated multi-constellation RTK GNSS
  • Lightweight: 1.0 kg (with battery installed)
  • Power System: Swappable handle batteries providing up to 90 min continuous operation each
  • Storage: 256 GB expandable TF card storage
Datasheet

SatLab SL9 SLAM RTK Solution

This hybrid measurement system fuses high-precision GNSS RTK positioning with real-time SLAM laser scanning technology, allowing surveyors to break free from traditional line-of-sight satellite constraints.

 

Its versatile applications span across urban canyon surveying, dense tree canopy boundary surveys, utility mapping, bridge underpass scans, and steep slope measuring.

As a ground surveying tool, SL9 excels in non-stop data acquisition by seamlessly transitioning from RTK fix satellite mode to SLAM non-GNSS mode.

Key Features:

  • Hybrid Positioning: Multi-constellation, multi-frequency GNSS RTK fused with optical-assisted LiDAR SLAM
  • LiDAR Integration: Built-in low-power LiDAR engine for touch-free indirect offset measurements
  • RTK Accuracy: Horizontal: 8 mm + 1 ppm; Vertical: 15 mm + 1 ppm
  • Non-GNSS Measurement: Measures points directly under covered, shaded, or satellite-blocked areas
  • Tilt Compensation: High-precision IMU tilt survey up to 60° without magnetic calibration
  • Connectivity: Built-in 4G network, UHF radio, Wi-Fi, and Bluetooth modules
  • Durability: IP68 dust/water protection with rugged drop-resistant casing
Datasheet

Sat-LiDAR Point Cloud Data Processing Software

This comprehensive, user-friendly post-processing desktop suite provides a unified workflow for managing and processing point cloud data from airborne UAV systems and handheld SLAM devices.

 

It converts raw flight trajectories and laser scans into high-precision, georeferenced 3D point clouds and orthophotos through automated processing pipelines.

Its versatile applications span across topographical terrain modelling, AEC floor plan extraction, stock volume calculations, forest inventory analysis, and infrastructure inspection.

As a powerful processing hub, Sat-LiDAR excels in handling complex datasets, automating strip alignment, point cloud colorization, and terrain extraction with minimal manual intervention.

Key Features:

  • Modular Engine: Dedicated Airborne (Apus Series) and SLAM (Cygnus / SL9) processing modules
  • One-Click Wizard: Automated trajectory solution, strip alignment, point cloud smoothing, and RGB colorization
  • Data Fusion: Integrates RTK/PPK GNSS positioning, control points (GCPs), and SLAM data for enhanced spatial precision
  • Terrain Processing: Automatic ground filtering, Digital Elevation Model (DEM) generation, and contour line production
  • AEC & BIM Tools: Point cloud slicing/unfolding, profile section extraction, and CAD-ready geometry export
  • Volumetric Analysis: High-accuracy stock pile, cut/fill, and multi-volume calculations with automated reporting
  • Orthophoto Output: Generates high-resolution Digital Orthophoto Maps (DOM) directly from aerial imagery
  • Geodetic Engine: Full global coordinate system support with geoid model transformations
Datasheet
VLS-128

ALPHA PRIME VLS-128

The optimal long-range sensor for autonomous mobility with unrivaled combination of field-of-view, range, and image clarity. This state-of-the-art sensor generates high quality perception in a wide variety of light conditions, with advanced sensor-to-sensor interference mitigation, power efficiency, and thermal performance. Providing long-range detection of low reflectance objects, the Alpha Prime enables autonomous operation within a broad range of settings, including urban and highway environments.

key Features:

  • Best horizontal (360°) and vertical (40°) long-range sensor
    • 10% targets >220m typical
    • 5% targets >150m typical
    • Ground plane hits >90m typical
  • High resolution (0.2° x 0.1°) and point density at full frame rate
  •  Industry-leading, proprietary sensor-to-sensor interference mitigation
  •  Strong performance with retro reflectors & sunlight
  •  New power efficiencies for maximum operating temperature
  •  Proven, Class 1 eye-safe 903 nm technology
  •  Bottom connector, with cable length options
Datasheet

PUCK VLP-16

Velodyne’s PUCK™ (VLP-16) sensor is smaller than the VLP-32 and VLP-64 and having new and advanced features. Vastly more cost-effective than similarly priced sensors, and developed with mass production in mind, it retains the key features of Velodyne’s breakthroughs in LiDAR: Real-time, 360°, 3D distance and calibrated reflectivity measurements.

Key Features:

Dual Returns

830 grams

16 Channels

100m Range

300,000 Points per Second

360° Horizontal FOV

± 15° Vertical FOV

Low Power Consumption

Protective Design

Datasheet
GEO MMS

Geo – MMS

Geo-MMS is a fully integrated LiDAR mapping payload for integration with small unmanned vehicles. The Geo-MMS includes an inertial navigation system coupled with a LiDAR sensor. Raw data from the integrated GPS, IMU and LiDAR sensors are recorded on the internal data recording device and can be post-processed using Geodetics’ LiDAR tool software package to directly geo-reference the LiDAR point clouds with LAS format output. Geo-MMS is available with a wide range of sensors.

Key Features:

  • Flexible mounting for different platforms including UAV, UAS, ground vehicles and robots
  • Minimized sensor size and weight to meet payload restrictions (5 pounds minimum payload)
  • Available with a many IMU’s to support a wide range of application requirement
  • Centimeter-level position accuracy (dual-frequency RTK configuration)
  • On-board data logging of all raw and navigation solution data
  • User interface to fully control individual and collective GPS, IMU, Laser setting
  • Full post-processing support with GPS/IMU Geo-PostProcessing
  • LAS file output
Datasheet
Point&Pixel

Point&Pixel™ – Combined LiDAR and Photogrammetry

Point&Pixel combines the best of Geodetics’ Geo-Photomap and Geo-MMS LiDAR products by integrating LiDAR point clouds with Photogrammetry and delivering stunning colorized LiDAR point clouds.

Key Features

  • Combines LiDAR and Photogrammetry point clouds
  • Enhances visualization
  • Enables LiDAR point cloud colorization
  • Enhances DTM/DEM extraction
  • Facilitates LiDAR point cloud classification
  • Orthophoto generation in areas Photogrammetry fails (i.e., glaciers, tree canopy, mine site conveyors, etc.)
  • Change detection (2D, 3D, 4D)
Datasheet

LidarPod

The Routescene LidarPod® is cutting edge 3D mapping technology which is transforming the approach to surveys. Your self contained LidarPod® contains an HDL32 LiDAR scanner, a survey grade GPS/INS, data storage and radio telemetry.

Lightweight and compact, the LidarPod can be fitted onto any mobile platform you require. It has been designed specifically for use on UAVs and can also be used on vehicles.

Key Features:

  • saves time, generating more detailed and faster results
  • avoids exposure of personnel to awkward, dangerous and hostile environments
  • reduces time in the field and collects significantly more data compared to conventional survey techniques
  • collates accurate, detailed measurements from the air, which are more difficult to achieve with conventional surveying
  • achieves quicker results by collecting all the data needed in a single pass – much quicker than traditional methods
  • the higher density of data collected provides a much more detailed 3D view
  • collects data from different angles to minimize shadows
  • enables increased visibility in difficult to penetrate terrains such as forests
  • it is portable, lightweight and compact, suitable as flight hand luggage
  • independently CE and FCC certified to ensure compliance with electrical and radio transmission standards
Datasheet

OS0 – Ultra-Wide View High-Resolution Imaging Lidar

The short range OS0 delivers 35m range on a dark 10% target and an ultra-wide 90.8º vertical field-of-view delivering an industry-leading combination of price, performance, reliability, size, weight, and power.

 

The OS0 is designed for all-weather environments and due to its small size, can be easily integrated into autonomous vehicles, heavy machinery, robots, drones, and mapping solutions.

Key Features:

  • Configurable Minimum Range and Return Ordering
  • Low Data Rate Profile now available with Dual Returns
  • Camera-grade near-infrared and signal data
  • Multi-sensor crosstalk suppression
  • Ouster Studio for point cloud evaluation
  • Ouster SDK, ROS, and C++ drivers for SW development
Datasheet

OS1 – Mid-Range High-Resolution Imaging Lidar

The mid-range OS1 lidar sensor features 90m range on a dark 10% target, a 42.4º vertical field of view, and high reliability for the most rugged conditions.

 

The OS1 is designed for all-weather environments and use in industrial automation, autonomous vehicles, mapping, smart infrastructure, and robotics.

Key Features:

  • Configurable Minimum Range and Return Ordering
  • Low Data Rate Profile now available with Dual Returns
  • Camera-grade near-infrared and signal data
  • Multi-sensor crosstalk suppression
  • Ouster Studio for pointc loud evaluation
  • Ouster SDK, ROS, and C++ drivers for SW development
Datasheet

OS2 – Long-Range High-Resolution Imaging Lidar

The long-range OS2 features 200m of range on a dark 10% target and a maximum range of over 400 m.

 

The OS2’s high resolution combined with range delivers superior object detection capabilities for autonomous vehicles and long-range industrial applications. Rated IP68/69K for all weather conditions.

Key features:

  • 100% increase in range with the new L3 Chip
  • Dual Return mode
  • Fixed resolution per frame
  • Camera-grade near-infrared and signal data
  • Multi-sensor crosstalk suppression
  • Open source ROS and C++ drivers
  • Ouster SDK for software development
Datasheet

OSDome – Hemispherical View High-Resolution Imaging Lidar

The OSDome offers a complete 180º hemispherical field of view, up to 20m of range at 10% reflectivity, and high resolution.

 

The OSDome delivers full coverage for indoor people tracking, and near-range detection for mobile robots and vehicles.

Key features:

  • Configurable Minimum Range and Return Ordering
  • Low Data Rate Profile now available with Dual Returns
  • Camera-grade near-infrared and signal data
  • Multi-sensor crosstalk suppression
  • Ouster Studio for point cloud evaluation
  • Ouster SDK, ROS, and C++ drivers for SW development
Datasheet

REV8 OS Family

Double the range. Double the resolution. In native color.
Engineered for functional safety and extreme reliability.

 

From ultra-wide hemispherical coverage to 200m flagship Max performance, the Rev8 family delivers the native color 3D vision required to bring Physical AI to life.

  • Range at 10% Target : 20m to 200m
  • Precision (up to) : 0.25cm
  • Vertical Resolution : 32,64 or128
  • Vertical Field of View : 45° to 180°
  • Horizontal Field of View : 360°
  • Frame Rate : 5, 10, 15, 20, 30, or 40 Hz
  • IP68, IP69K
Datasheet

Hummingbird D1-R

Fully Solid-State Ultra-Wide LiDAR.

The Hummingbird provides an ultra-wide FOV of 140° x 100° with a detection blind zone of less than 10 cm and a max range of 50m.

 

This enables comprehensive coverage near-field coverage, which is crucial in high-risk scenarios for obstacle detection and avoidance.

The accuracy of this sensor also makes it suitable for volumetric scanning and even mapping applications.

 

  • Detection Range – Up to 0.01m – 50m (30m@10%)
  • Field of View – HxV)140°×  (100°
  • Resolution – HxV (0.55°× 52°)
  • Power Consumption – 6W
  • Laser – 940nm, Class1(IEC-60825)
  • Dimensions – 50mm×45.5mm×80mm
Datasheet

Robin-W1G LiDAR

Robin W1G is an automotive-grade LiDAR system developed by Seyond, offering an ultra-wide 120° x 70° (HxV) field-of view (FOV) and a distance range twice that of similar products on the market while achieving a 10cm minimum distance.

 

Robin W1G is able to withstand harsh environmental conditions while continuing to deliver a high-quality point cloud, delivering superior reliability and product lifetime. Robin W1G is used in automotive (AD/ADAS) sectors, construction machinery, low speed vehicles, robotics, Intelligent Transportation Systems and Smart Infrastructure.

Datasheet

Falcon-K1 LiDAR 

Falcon K1 is an industry-leading automotive-grade LiDAR developed by Seyond through forward engineering. It can detect objects as far as 500 meters, and dark objects with 10% reflectivity up to 250 meters.

 

Falcon can maximize point density in region of interest (ROI) which is adjustable to focus where it matters most to better track objects on the road. High performance LiDAR with strong environmental adaptability like Falcon is key to safe autonomy and smart transportation.

  • 500m ultra-long detection range, image-grade ultra-high resolution
  • Flexible and adjustable ROI
  • 1550nm laser wavelength enables better eye-safety
  • Greater environmental adaptability and longer product life
  • Mass production of automotive-grade robust products is ready
Datasheet

Robin-E1X LiDAR 

Robin E1X is an automotive-grade LiDAR developed by Seyond on its new-generation product platform.

 

Robin E1X features a maximum 250-meter range and offers a 120°(H)×20°(V) field of view, delivering full-field 0.1°(H)×0.1°(V) image-level resolution point clouds. Robin E1X adopts a platform-based design that significantly simplifies the core optical scanning structure, greatly enhancing point cloud consistency. Its compact body maintains ultra-low power consumption and is designed for easy mass production, ensuring superior stability and reliability. Robin E1X is used in automotive (AD/ADAS) sectors, robotics, Intelligent transportation systems and Smart infrastructure.

Datasheet

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