What is 3D mobile mapping?

3D mobile mapping uses LiDAR, GNSS, and imaging sensors mounted on moving vehicles or drones to capture accurate 3D spatial data for mapping and modeling rapidly. CHC Navigation is a pioneer in advancing this technology for real-world applications.

How is reality capture different from traditional surveying?

Reality capture creates complete 3D digital twins using LiDAR and photogrammetry, while traditional surveying gathers only individual measurement points. Reality capture is faster, denser, and provides a more visual, data-rich representation of real-world environments.

Which industries benefit from 3D mapping solutions?

Industries such as infrastructure, railways, mining, forestry, and utilities rely on CHCNAV’s 3D mobile mapping and drone surveying solutions to plan, inspect, and manage assets more efficiently and accurately.

What’s the difference between drone mapping and mobile mapping?

Drone mapping uses UAV-mounted sensors to collect aerial data, making it ideal for covering large or hard-to-access areas. Mobile mapping captures detailed ground-level data using vehicle-based LiDAR systems, which is ideal for corridor mapping and urban environments.

How accurate are CHCNAV’s 3D mapping systems?

CHCNAV’s systems deliver centimeter-level precision by integrating LiDAR with GNSS-IMU technology and advanced point cloud processing. They provide consistent survey-grade accuracy for engineering, construction, and infrastructure projects worldwide.

3D Mobile Mapping & Reality Capture Solutions

Reality Capture Solutions

Handheld 3D Laser Scanners

Handheld Laser Scanners

Capture detailed 3D data with CHCNAV’s portable 3D scanning systems. Ideal for construction, BIM models, and asset inspections, our handheld laser scanners deliver high-resolution point clouds for accurate indoor and outdoor reality capture.

CHCNAV RS10

Handheld SLAM 3D Laser Scanner + GNSS RTK

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CHCNAV RS7

Handheld Real‑Time 3D LiDAR Scanner

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Mobile Mapping Systems

Mobile Mapping Systems

CHCNAV’s mobile mapping systems integrate LiDAR, cameras, and GNSS-IMU sensors on vehicle platforms to collect high-precision 3D data at traffic speeds. Perfect for road, city, and utility mapping, our systems generate georeferenced models with minimal field time.

CHCNAV AU20 MMS

High-End Mobile Mapping System

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CHCNAV AlphaUni 20

Multi-platform Premium LiDAR

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CHCNAV AlphaUni 1300

Long Range Multi-Platform LiDAR

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Airborne LiDAR Systems

Airborne LiDAR Systems

Designed for wide-area projects, CHCNAV’s airborne LiDAR systems generate high-resolution topographic data and digital terrain models. Our systems support infrastructure design, environmental monitoring, or flood risk analysis with high-accuracy geospatial datasets.

CHCNAV AlphaAir 15

Premium Airborne LiDAR Solution

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CHCNAV AlphaAir 15 Pro

Ultra-Long-Range Airborne LiDAR System

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CHCNAV AlphaAir 10

Professional Airborne LiDAR+RGB System

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CHCNAV AlphaAir 6

Flagship LiDAR Measurement System + Imaging System

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UAV Platforms

UAV Platforms

CHCNAV’s UAV platforms offer reliable performance for drone mapping and surveying. Built for rugged environments and large-area coverage, our drones enable efficient aerial data capture for industries such as mining, land development, and forestry.

CHCNAV X500

Professional Multirotor Drone

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Software

Software

Transform 3D scan data into actionable insights with CHCNAV’s point cloud processing software. Easily analyze, classify, and model millions of points. From raw LiDAR data to final deliverables, our software integrates seamlessly with major CAD and GIS platforms for efficient workflows.

CHCNAV CoProcess

Point Cloud Processing Software for Scan-to-CAD and Terrain Modeling

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CHCNAV CoProcess Classic

Advanced LiDAR Data Processing Software

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CHCNAV CoPre

LiDAR Processing Software

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CHCNAV CoCloud

Cloud-Based 3D Data Processing and Management Software

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UAS Cameras

UAS Cameras

CHCNAV’s UAS cameras capture high-resolution, georeferenced images for 3D geospatial mapping, modeling, and infrastructure inspection. Built for seamless integration, our cameras are compatible with a wide range of drone platforms and reality capture workflows.

CHCNAV C5

Aerial Orthographic Camera System

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CHCNAV C30

Aerial Oblique Camera System

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Real-World Applications of 3D Mobile Mapping

Infrastructure Construction

CHCNAV’s 3D mobile mapping and airborne LiDAR systems deliver detailed topographic and structural data essential for the design of roads, bridges, and tunnels. Engineers can detect terrain irregularities, model surfaces, and plan alignments with centimeter-level accuracy. By reducing on-site time and enabling early risk detection, CHCNAV improves infrastructure planning and accelerates project delivery. Result: Faster project execution and safer, data-driven construction workflows.

CHCNAV 3D mobile mapping solutions for infrastructure site planning and construction

Indoor 3D Mapping & As-Built Documentation

CHCNAV handheld laser scanners enable fast and accurate 3D capture of indoor environments, generating detailed point clouds for as-built documentation, renovation planning, facility management, and Scan-to-BIM workflows. From commercial buildings and industrial facilities to complex interiors and confined spaces, handheld SLAM technology captures complete detailed spatial information in a single walkthrough rather than a sequence of static setups. Result: complete as-built records of occupied and complex interiors, captured in hours rather than days.

Railway Inspection & Corridor Mapping

Using integrated LiDAR, UAV, and mobile mapping technologies, CHCNAV enables precise 3D modeling of rail tracks, bridges, and embankments. Automated drone surveying detects alignment shifts and vegetation encroachment early, improving maintenance efficiency and operational safety. The seamless integration of sensors and software ensures consistent results across complex railway networks. Result: Reliable, high-precision rail monitoring and predictive maintenance.

CHCNAV LiDAR and drone surveying solutions for railway inspection and 3D track modeling

BIM & Smart Construction

CHCNAV’s reality capture solutions support BIM workflows from initial design through to facility management. Handheld and vehicle-mounted 3D scanners generate accurate point clouds for structural analysis, clash detection, and digital twin creation. By combining aerial and terrestrial mapping, CHCNAV bridges field data with digital design platforms to support smarter construction and asset management. Result: Streamlined collaboration and reduced rework throughout the BIM lifecycle.

CHCNAV reality capture and 3D scanning solutions for BIM and construction

CHCNAV LiDAR-based 3D mapping solutions for mine surveying and volume calculation

CHCNAV airborne LiDAR mapping tools for forestry data collection and terrain analysis

CHCNAV mobile and drone mapping solutions for utility inspection and asset management

Explore our FAQs

1. What is 3D mobile mapping?

3D mobile mapping uses LiDAR, GNSS, and imaging sensors mounted on moving vehicles or drones to capture accurate 3D spatial data for mapping and modeling rapidly. CHC Navigation is a pioneer in advancing this technology for real-world applications.
2. How is reality capture different from traditional surveying?

Reality capture creates complete 3D digital twins using LiDAR and photogrammetry, while traditional surveying gathers only individual measurement points. Reality capture is faster, denser, and provides a more visual, data-rich representation of real-world environments.
3. Which industries benefit from 3D mapping solutions?

Industries such as infrastructure, railways, mining, forestry, and utilities rely on CHCNAV’s 3D mobile mapping and drone surveying solutions to plan, inspect, and manage assets more efficiently and accurately.
4. What’s the difference between drone mapping and mobile mapping?

Drone mapping uses UAV-mounted sensors to collect aerial data, making it ideal for covering large or hard-to-access areas. Mobile mapping captures detailed ground-level data using vehicle-based LiDAR systems, which is ideal for corridor mapping and urban environments.
5. How accurate are CHCNAV’s 3D mapping systems?

CHCNAV’s systems deliver centimeter-level precision by integrating LiDAR with GNSS-IMU technology and advanced point cloud processing. They provide consistent survey-grade accuracy for engineering, construction, and infrastructure projects worldwide.
6. Which CHCNAV mobile mapping system is right for my project?

The right system depends on site geometry, access, required detail, and coverage area. Handheld SLAM scanners such as the RS7 and RS10 suit interiors, plant rooms, buildings, and complex spaces. Vehicle-mounted systems such as the AU20 MMS are ideal for roads, railways, and other linear assets. For open terrain, vegetation, and large-area mapping, airborne LiDAR systems such as the AlphaAir 6 and AlphaAir 15 Pro provide efficient aerial coverage.

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3D Mobile Mapping

Reality Capture Solutions

Real-World Applications of 3D Mobile Mapping

Explore our FAQs

1. What is 3D mobile mapping?

2. How is reality capture different from traditional surveying?

3. Which industries benefit from 3D mapping solutions?

4. What’s the difference between drone mapping and mobile mapping?

5. How accurate are CHCNAV’s 3D mapping systems?

6. Which CHCNAV mobile mapping system is right for my project?