Unmaned Surface Vehicles
Echo Sounders
Side Scan Sonars
Acoustic Doppler Current Profilers
Total Stations
Electronic Theodolites
Digital Levels
Automatic Levels
Handhelds Distance Meters
Prisms/Tripods/Poles/Staffs...
Mapping Drones & Payloads
UAV Applications
Terrestrial Laser Scanners
LiDARs
SLAM LiDAR
Satellite Imagery
Automatic Deformation Monitoring Systems
Environmental Monitoring Systems
Relevant Sensors
VR Simulated Surveying Training Systems
Auto Steering
Track Geometry Measuring Trolley Systems
Automated Tunnel Scanning & Inspection Systems
Model: LiDAR SAL-1500
Features
Applications
Specification
SUV-based Application
(Distance Measurement Indicator, as an option)
Automobile Laser Scanning Fieldwork Control Software - AcuteLas Control
1. controls the startop of the LiDAR device
2. supports KML file import for route planning
3. supports distance measurements in route planning
4. locates the LiDAR device realtime
5. displays and stores the LiDAR device trajectory
6. displays the trajectory quality realtime in different colors
7. displays the drive mileage for the current mission
8. displays the orientation details (pitch, roll, yaw) of LiDAR device
9. displays the number and constellation of tracked satellites
10. displays memory capacity and current internal memory status
11. supports LiDAR device parameters modification
Automobile Laser Scanning Post-processing Software - AcuteLas Studio
1. supports trajectory processing and cropping
2. supports trajectory data integrated with laser dots data
3. compatible to base observation data from all types GNSS receivers
4. supports trajectory data export
5. supports colorized point cloud generation from both aerial and automotive data acquisition
6. support both manually mosaic and automatic mosaic function of adjacent station data
7. supports mass point cloud data loading and browsing
8. supports point cloud cropping by aerial strips in trajectory file
9. supports 2 types of GNSS processing (ENZ/NED) for point cloud generation
10. supports point cloud generation for different countries and different regional coordinate systems
11. supports 7-parameter calculations, and point cloud coordinate transformation with 7-parameter
12. supports point cloud data loading and browsing up to 200GB
13. supports point cloud cropping and merging by points number and distance, point cloud cropping data size setting, point cloud filtering ratio setting
14. supports adding geo-locations (longitude, latitude) in batch for images
15. supports point cloud filtering by bounding volume, GPS time, etc.
16. supports point cloud rendering by elevation, intensity, time, category, edge enhancing, RGB (show colorized point cloud), and rendering method could be saved
17. supports 3D measurements like point, length, horizontal distance, angle, slope, area, etc.
18. supports direct measurements of point density, point cloud thickness
LiDAR SAL-1500 | Product Type | mobile LiDAR system |
Series | AcuteLas | |
Application Mode | UAV-based/aircraft-based/SUV-based | |
Power Consumption | 25 W | |
Input Voltage | 18-48 V | |
Temperature Range | operating -20~+40℃; storage -20~+50℃ | |
Dimension (LxWxH) | 297x180x120 mm | |
Net Weight (w/o camera) | 3.89 kg | |
Ingress Protection Rating |
IP 64, dustproof and splash-proof | |
Device Access | ethernet cable connection or web UI | |
Device Control | computer interface or remote controller display | |
Mission Parameters Setting | available in mobile carrier platform (eg. UAV flight planning software) | |
Internal Memory | 128 GB, expandable upon request (eg. 1 TB) | |
External Memory | SD card slot available | |
Part I: Laser Scanner | Sensor Type | lightweight, pulse, survey-grade |
Measuring Range (natural targets p≥80%) | max. 1500 m | |
Max. Effective Measurement Rate | 2,000,000 points per second | |
Accuracy / Precision | 15 mm @150 m / 20 mm | |
Speed of Data Acquisition | complies with 30-80 km/h | |
Field of View | 360° full range measurement performance | |
Laser Product Classification | Class 1 Laser Product (according to IEC 60825-1:2014) | |
Laser Wavelength | 1500 nm | |
Laser Beam Divergence | 0.3 mrad | |
Echo Return | max. 7 returns for each emitted laser beam | |
Part II: Position & Orientation System (POS) | Multi-constellation Tracking | GPS L1/L2, Glonass G1/G2, Beidou B1/B2 |
Data Refresh Rate | 600 Hz / 100 Hz | |
Accelerometer Range | -20 g to +20 g | |
Angular Input Range | -400°/s to +400°/s | |
Heading Accuracy (post processed) | ≤ 0.010° | |
Roll/Pitch Accuracy (post processed) | ≤ 0.005° | |
Positioning Accuracy (post processed) | H. ≤1 cm; V. ≤2 cm | |
Part III: Imaging Sensor | Fitting Mode | aerial mode automobile mode |
Integration Mode | aerial mode: attached to LiDAR externally automobile mode: attached to LiDAR externally |
|
Sensor Type | aerial mode: customized DSLR, full framer automobile mode: 360° spherical camera system |
|
Sensor Model | aerial mode: South S61 automobile mode: FLIR Ladybug5+ |
|
Imaging Type | aerial mode: orthophotography, RGB automobile mode: panorama, RGB |
|
Imaging Output | aerial mode: DOM (Digital Orthophoto Map) automobile mode: panorama Image |
|
Mixed Output | aerial mode: colorized point cloud automobile mode: colorized point cloud |
|
Resolution | aerial mode: 61 MP automobile mode: 30 MP (5 MP*6 sensors) |
|
Focal Length | aerial mode: 28 mm automobile mode: / |
|
Acquisition Rate | aerial mode: / automobile mode: approx. 10 images per second |
|
Weight | aerial mode: 500 g automobile mode: 3 kg |
|
Power Supply | aerial mode: external, via UAV platform automobile mode: external, via customized power bank |
|
Triggering Mode | aerial mode: triggered by LiDAR device automobile mode: independent |
|
Data Storage | aerial mode: inbuilt SSD 256 GB automobile mode: connected to laptop for storage |
Note: all information above is subject to change without any prior notice.
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