The 3DMakerpro Hawk is a next generation handheld LiDAR scanner engineered for professional on-site workflows. Combining 1.5cm precision, 480,000 pts/sec speed, and an IP65 metal body, it delivers field ready reliability. Ideal for engineering and surveying, it captures complex environments with dual 13MP cameras and nonstop quick-swap battery power.
Capture long stretches of rail corridor in a single pass, including track geometry, surrounding vegetation, and trackside infrastructure, at range and speed that outdoor survey work demands.
Map multi-level parking structures end to end, capturing columns, ramps, and floor layout in one continuous scan despite low light and limited GPS.
Scan a full indoor sports facility, from roof trusses to court markings, in one pass, producing spatial data accurate enough for facility planning and structural review.
Select up to 4 scanners to compare key specifications side-by-side.
| Product Name |
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|---|---|---|---|---|---|
| HAWK LiDAR | |||||
| Object Size for Best Results | Scan radius 40-70m, range up to 140m | ||||
| Accuracy up to | 15 mm (Comprehensive accuracy) | ||||
| Resolution up to | - | ||||
| Volumetric accuracy up to | 1.5cm @ 10m | 3cm @ 20m | 5cm @ 40m | ||||
| Max FOV | Horizontal 360°, Vertical 63.5° | ||||
| Scan speed up to | 480,000 points/s | ||||
| Light source | 905 nm Laser (Class 1 Eye Safety) | ||||
| Number of laser lines | - | ||||
| Color scanning | Yes | ||||
| Wireless | Yes | ||||
| Marker free | Yes |
| Component | Requirement |
|---|---|
| OS Requirements | Windows 11+ (Incompatible with macOS) |
| Recommended Configuration |
Processor: Intel Core i7 Memory: 64GB RAM Graphics Card: NVIDIA RTX 4060, 16GB VRAM Note: Gaussian Splatting is only supported on NVIDIA GPUs. |
| Minimum Configuration |
Processor: Intel Core i7 Memory: 32GB RAM Graphics Card: NVIDIA RTX 3060, 12GB VRAM Note: Gaussian Splatting is only supported on NVIDIA GPUs. |
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It achieves 1.5 cm precision at 10 m and captures 480 000 points per second, ensuring high-precision LiDAR point cloud data acquisition for mapping, surveying, and inspection.
The positioning system integrates high-precision GNSS and IMU inertial navigation, providing real-time positioning, yaw tracking, and attitude information for differential orientation and stable scanning.
Yes. Its dual 13 MP cameras and NIR tracking module capture color point clouds with rich image information, producing accurate 3D spatial reconstructions.
HAWK is widely used in surveying, mapping, forestry, land planning, digital city construction, mine safety, and geological disaster monitoring, as well as for inspection tasks and terrain analysis.
Yes. The lightweight LiDAR scanner can be mounted on multi-rotors, vehicles, or tripods, using high-precision GNSS and INS positioning systems for stable, real-time 3D scanning in large-area mapping and hard-to-reach locations.
