- A +
- A
- A -
A well-known domestic UAV manufacturer needs to conduct aerodynamic research on the UAV, obtain effective data before and after the UAV test, and optimize the overall performance of the UAV. The customer used our handheld 3D scanner Model 37 to quickly and accurately complete the 3D data scanning and 3D model reconstruction before and after the drone test, effectively completing the effective data analysis before and after the drone experiment. The customer was very satisfied and purchased our equipment. Provide effective data support for later experiments.
The scanning accuracy of drone aerodynamics experiments is very high. The surface of the drone mold has large curvature and many curved surfaces. It is difficult to use traditional measurement methods. It is impossible to quickly and accurately obtain the 3D data and 3D model reconstruction before and after the drone experiment. , unable to complete the experimental test.
Drone renderings
In response to the problems faced by customers, HOLON technical engineers proposed a solution: the handheld 3D scanner Model 37 is used to obtain the 3D data of the drone. The drone researchers compare the 3D data before and after the scan is completed for the subsequent drone flow. Field numerical calculations, model wind tunnel tests, outer panel molds, etc. are used for secondary design and product improvement.
Scanning equipment: Handheld 3D scanner Model 37
Features:
1. Ultra-portable, the body weight is only 0.92kg;
2. The accuracy is as high as 0.020mm and the resolution is as high as 0.020mm;
3. Adapt to measurement tasks in various complex environments such as indoors and outdoors;
4. High-speed scanning: 2,070,000 measurements/second;
5. The measurement space is large and the stability is good, and a single machine can complete the measurement of extremely large workpieces;
6. Almost unlimited 3D scanning, not affected by object size, material, color, etc.;
Drone scanning site map
Drone reverse data chart
Drone reverse data chart
