LiDAR Services
High-precision point clouds using laser scanning technology. Penetrate vegetation, capture in any lighting, and achieve millimeter to centimeter accuracy.
Get a Free QuoteWhat is LiDAR?
LiDAR (Light Detection and Ranging) uses rapid laser pulses to measure distances with extreme precision. Our drone and handheld LiDAR systems emit millions of laser pulses per second, creating dense point clouds that capture the exact geometry of any environment — even through vegetation and in complete darkness.
Laser Emission
Sensor emits thousands of laser pulses per second toward the target surface.
Return Measurement
Reflected light returns to the sensor, measuring exact time-of-flight distance.
Point Cloud Generation
Millions of measurements combine into a dense, accurate 3D point cloud.
When to Use LiDAR
LiDAR excels when precision, vegetation penetration, or challenging conditions matter most.
Topographic Mapping
Capture accurate terrain elevation data for engineering, planning, and analysis projects.
Vegetation Penetration
See through tree canopy to capture bare earth terrain for forestry and environmental projects.
Low-Light Conditions
Capture accurate data at dawn, dusk, or in overcast conditions where photogrammetry struggles.
Precision Engineering
High precision for engineering design, BIM integration, and technical measurement.
Corridor Mapping
Efficiently capture roads, pipelines, power lines, and other linear infrastructure.
Complex Structures
Capture intricate geometry of industrial facilities, bridges, and architectural details.
LiDAR vs Photogrammetry
Different capture methods excel in different situations. Here's how to choose.
LiDAR Capture Methods
We deploy the right LiDAR system for your project requirements.
Drone LiDAR
Aerial LiDAR for large-scale capture of terrain, buildings, and infrastructure from above. Ideal for sites that are difficult to access on foot.
- Large area coverage
- Topographic mapping
- Vegetation penetration
- Corridor mapping
SLAM LiDAR
Handheld mobile scanning for interiors and confined spaces. Walk through any environment to capture millions of points in real-time.
- Interior capture
- Confined spaces
- Rapid as-built capture
- Real-time visualization
Deliverables
Multiple output formats to match your project requirements.
Point Cloud
LAS, LAZ, E57, PLY formats
Digital Terrain Model
Bare earth elevation (DTM)
Digital Surface Model
First return elevation (DSM)
Contour Lines
Custom interval contours
Who Uses LiDAR
Trusted by professionals who need precision and reliability.
Frequently Asked Questions
How accurate is drone LiDAR?
With RTK positioning, our drone LiDAR achieves 2-5 cm horizontal and vertical accuracy. For most engineering and mapping applications, this exceeds requirements. Projects requiring higher precision may benefit from ground control points or terrestrial scanning methods.
Can LiDAR see through trees?
Yes! This is one of LiDAR's key advantages. Laser pulses penetrate gaps in tree canopy and vegetation, allowing us to capture bare earth terrain beneath. This makes LiDAR essential for forestry, environmental, and topographic projects in vegetated areas where photogrammetry cannot capture ground surface.
Should I choose LiDAR or photogrammetry?
Choose LiDAR when you need to penetrate vegetation, work in low light, or require higher geometric precision for engineering applications. Choose photogrammetry when you need photorealistic textures, color accuracy, or visual documentation. Many projects benefit from combining both methods — we're happy to recommend the best approach.
What file formats do you deliver?
We deliver point clouds in LAS, LAZ, E57, and PLY formats. We can also provide processed products like Digital Terrain Models (DTM), Digital Surface Models (DSM), contour lines, and classified point clouds. Let us know your software requirements and we'll match the output format.
Can you combine LiDAR with photogrammetry?
Absolutely. We often combine LiDAR point clouds with photogrammetry textures to get the best of both worlds — precise geometry from LiDAR and photorealistic color from RGB imagery. This is particularly valuable for heritage documentation, complex structures, and visual engineering applications.
Get Precision 3D Data
From terrain mapping to complex structures, capture every detail with professional LiDAR scanning.
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