3DMakerPro Eagle LiDAR Long-Term Retest: 6 Scenes (Indoor & Outdoor)

Let’s put the Eagle LiDAR scanner from 3DMakerPro to the test again.
In this video, I scanned six different scenes—indoors and outdoors, tight corners and open areas, bright and low-light settings—to see how it performs in real-world job site conditions.
Whether you're working in surveying, interior design, architecture, landscape designer or construction, this should give you a solid idea of what to expect.

1 Small room - Indoor: Start-End Shifting = 4mm:    • 3DMakerPro Eagle LiDAR Long-Term Retest: 6...  
#2 Long corridor - Indoor: Start-End Shifting = 16mm:    • 3DMakerPro Eagle LiDAR Long-Term Retest: 6...  
#3 Open area with wet floor - Outdoor: Start-End Shifting = 13mm:    • 3DMakerPro Eagle LiDAR Long-Term Retest: 6...  
#4 Hallway - Indoor: Start-End Shifting = 9mm:    • 3DMakerPro Eagle LiDAR Long-Term Retest: 6...  
#5 Theatre dim light - Indoor: Start-End Shifting = 12mm:    • 3DMakerPro Eagle LiDAR Long-Term Retest: 6...  
#6 Bright open area - Outdoor: Start-End Shifting = 9mm:    • 3DMakerPro Eagle LiDAR Long-Term Retest: 6...  

Maximum capture range in this test = 73 m, Effective less than 50m
Point cloud wall thickness = 16-25mm, Average less than 20mm
The Start-End shifting value represents the displacement between the trajectory’s start and end points within a closed loop.

Sample point cloud from this video:
https://drive.google.com/drive/folder...

Eagle LiDAR Scanner: Discount code: PY15
https://store.3dmakerpro.com/products...

#3dscanning #lidar #3dmakerpro #eagle