1. Why does vibration affect imaging?
Drones experience continuous vibration from airflow in the air. If not corrected, direct imaging produces blur and detail loss, affecting the detection of fine defects.
2. How does the stabilization technology work?
RIEJIAN’s inspection camera combines mechanical stabilization with software filtering algorithms: mechanical stabilization compensates for camera displacement at the physical level, and software filtering stabilizes the image at the algorithm level, minimizing the impact of vibration so the 100MP telephoto lens clearly captures 0.1mm-level crack detail from a safe distance.
3. Applicable scenarios for stabilization
| Scenario | Stabilization role |
|---|---|
| High-altitude, strong-wind operations | Compensate for airflow vibration |
| Telephoto long-distance capture | Ensure long-distance clarity |
| High-precision defect detection | Complete, readable detail |
4. Applicable conditions and scenarios
- Operating environments with obvious vibration such as high altitude and strong wind
- Telephoto long-distance capture scenarios
- Bridge inspection tasks with high image clarity requirements
5. Notes
Safety conditions must still be evaluated under extreme airflow; stabilization ensures imaging quality, but operation planning must combine weather and airspace regulations.