Best In Class Warranty

Artec Jet

High-Precision SLAM LiDAR Mobile Mapping System

Artec Jet for Mobile Mapping, Digital Twins, Mining, AEC & Infrastructure Scanning

Artec Jet is a high-speed SLAM LiDAR mapping system built for rapid capture of sites, facilities, tunnels, industrial plants, roads, bridges, mines, and infrastructure — including GPS-denied environments. Deploy it by hand or integrate it with backpacks, vehicles, robots, or drones for flexible mobile mapping and autonomous data capture.

Artec Jet high-precision SLAM LiDAR mobile mapping scanner
300 mMaximum LiDAR range
1.92M pts/secTriple-return acquisition
±10 mmIndoor / underground mapping accuracy
±5 mmChange detection capability

From Real-World Sites to Digital Twins in Minutes

Artec Jet combines mobile LiDAR, SLAM positioning, autonomous deployment, and rapid point-cloud capture to digitize complex environments faster than traditional static scanning workflows.

01

GPS-Denied Mapping

SLAM-based positioning allows accurate mapping in tunnels, mines, indoor facilities, and other locations where GPS is unavailable.

02

Up to 300-Meter Range

Capture large sites, roads, structures, industrial assets, and outdoor terrain from substantial working distances.

03

Up to 1.92M Points/Second

Triple-return acquisition rapidly collects dense point clouds for large-scale mapping and documentation.

04

Seven Deployment Modes

Use Jet handheld or integrate it with backpacks, vehicles, robots, and drones to match the requirements of each project.

05

Autonomous Drone Mapping

AI-powered autonomy can support waypoint-based drone capture in hard-to-reach and GPS-denied environments.

06

Built for Harsh Conditions

IP65 protection and operation from -10°C to 45°C support demanding industrial and outdoor environments.

Artec Jet Applications

  • Digital twins and facility documentation
  • As-built capture and Scan-to-BIM
  • Topographic surveying and terrain mapping
  • Mining, stopes, tunnels, shafts, and underground sites
  • Construction progress monitoring
  • Volumetric stockpile and excavation measurement
  • Asset inspection and change detection
  • Bridge, road, tunnel, and dam documentation
  • Oil & gas and industrial plant mapping
  • Public safety and disaster-scene documentation

Typical Mobile Mapping Workflow

1. Choose deployment: Handheld, backpack, vehicle, robot, or drone.

2. Capture: Move through the environment while SLAM continuously estimates scanner position.

3. Georeference: Use RTK/GNSS where available for larger outdoor and linear projects.

4. Process: Generate registered point clouds for digital twins, BIM, inspection, measurement, or planning.

Artec Jet Technical Specifications

Key specifications for the Artec Jet high-precision mobile SLAM LiDAR scanner.

Mapping method SLAM-based LiDAR mapping
SLAM drift Approximately ±0.03%
LiDAR range 0.5 to 300 m
LiDAR accuracy ±10 mm
General mapping accuracy Up to approximately ±15 mm
Indoor / underground accuracy Up to approximately ±10 mm
Change detection Up to approximately ±5 mm
Field of view 360° × 290°
Single-return acquisition Up to 640,000 points/second
Triple-return acquisition Up to 1,920,000 points/second
Maximum vehicle speed 60 km/h / 37.3 mph
Maximum above-ground flight speed 5 m/s / 16.4 ft/s
Laser class Class 1, eye-safe
Environmental protection IP65
Operating temperature -10°C to 45°C / 14°F to 113°F
Scanner weight Approximately 1.57 kg / 3.46 lb
Internal storage 512 GB, approximately 16 hours of sensor data
Positioning GPS-free SLAM with optional georeferencing workflows
Low-light capability LiDAR operation does not require ambient light

One Scanner for Multiple Industries

Artec Jet is designed for teams that need mobile, flexible, repeatable site capture across both indoor and outdoor environments.

Mining

Map underground workings, stopes, shafts, headings, stockpiles, and hazardous areas with fewer personnel exposed to risk.

AEC & Civil Infrastructure

Capture as-built conditions, bridges, roads, tunnels, buildings, and construction progress for design and BIM workflows.

Industrial & Oil/Gas

Digitize plants, refineries, offshore structures, pipelines, and equipment for inspection, maintenance, and planning.

Why Buy Artec Jet From Rapid Scan 3D?

Rapid Scan 3D is an authorized Artec 3D reseller, Gold Certified Partner, and Artec Ambassador with more than 15 years of professional 3D scanning experience.

Application Consultation

We help evaluate range, accuracy, site conditions, deployment mode, software, deliverables, and project workflow.

Demonstrations & Workflow Reviews

Evaluate Jet for mining, AEC, industrial facilities, infrastructure, public safety, or digital-twin applications.

Training & Technical Support

Get help with mobile mapping, SLAM capture, deployment planning, processing, measurement, and implementation.

Artec Jet Frequently Asked Questions

Common questions about Artec Jet range, accuracy, SLAM, GPS-denied mapping, applications, deployment, and pricing.

What is the Artec Jet?
Artec Jet is a high-precision mobile SLAM LiDAR mapping system for rapid capture of sites, facilities, infrastructure, mines, tunnels, industrial plants, and other large environments.
How far can the Artec Jet scan?
Artec lists a LiDAR sensing range of approximately 0.5 to 300 meters.
How accurate is Artec Jet?
Artec specifies mapping accuracy up to approximately ±15 mm in general environments and ±10 mm indoors or underground, with change detection capability down to approximately ±5 mm.
Does Artec Jet work without GPS?
Yes. Its SLAM algorithms support positioning in GPS-denied environments such as tunnels, mines, industrial buildings, and underground spaces.
How fast does Artec Jet capture data?
Single-return acquisition reaches up to 640,000 points per second, while triple-return capture reaches up to 1.92 million points per second.
Can Artec Jet be mounted to a vehicle, robot, or drone?
Yes. Jet is designed for multiple deployment modes including handheld, backpack, vehicle, robot, and drone workflows.
What is Artec Jet used for?
Applications include digital twins, as-built documentation, Scan-to-BIM, volumetric measurement, topographic surveying, progress monitoring, change detection, inspection, mining, and infrastructure mapping.
Can Artec Jet scan in darkness?
Yes. LiDAR is an active sensing technology and does not require ambient light for geometric capture.
Is Artec Jet suitable for outdoor and harsh environments?
Yes. Artec lists IP65 protection and an operating temperature range from approximately -10°C to 45°C.
How do I get Artec Jet pricing?
Contact Rapid Scan 3D for current Artec Jet pricing, deployment accessories, software, demonstrations, training, and application recommendations.

Request Artec Jet Pricing, a Demonstration, or an Application Review

Tell Rapid Scan 3D about your site size, operating environment, required accuracy, deployment method, GPS availability, final deliverables, and whether you need digital twins, BIM, inspection, or volumetric measurement.

Specification
Mapping
Mapping method SLAM-based LiDAR mapping, ±0.03% drift
LiDAR sensing range 0.5–300 m (1.6–984 ft)
LiDAR accuracy ±10 mm (3/8 in)
Mapping accuracy (general)
Mapping accuracy (indoor/underground) ±10 mm (3/8 in)
Change detection capability ±5 mm (7/32 in)
Field of view 360° × 290°
Acquisition (single return) Up to 640,000 points/second
Acquisition (triple return)
Max travel speed (vehicle) 60 km/h (37.3 mph)
Max travel speed (flight, above ground) 5 m/s (16.4 ft/s)
Max travel speed (flight, underground)
Start/stop while walking or hovering Yes
Laser class Class 1 (eye safe)
Deep hole scanning 1 single blue laser line
Hardware
Scanner type Handheld
Power source AC/DC power adapter, 24V
Interface USB 3.0
3D structured-light source Class II blue laser (eye-safe)
Dimensions H×D×W 203 × 80 × 44 mm
Weight 0.57 kg/1.3 lbs
Warranty 1 year
Certification ISO 17025 accredited based on VDI/VDE 2634 & JJF 1951
Dust protection IP50
Compatibility
Supported OS Windows 10, 11
Recommended computer parameters Intel processor with 8 cores, 16 threads, 2.6 GHz and above, 64+ GB RAM, GPU with 8 GB VRAM
Minimum computer requirements Intel processor with 8 cores, 16 threads, 2.6 GHz and above, 32+ GB RAM, GPU with 4 GB VRAM
Output formats
3D mesh OBJ, PLY, WRL, STL, AOP, ASC, PTX, E57, XYZRGB
CAD STEP, IGES, X_T
Measurements CSV, DXF, XML

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