
- Description
- Specifications
- In the Box
- FAQ
The Autel EVO II Pro 6K V3 Gimbal Camera is a replacement gimbal camera designed specifically for the Autel EVO II Pro 6K V3 aircraft. It restores the drone's original imaging capabilities after camera or gimbal damage, allowing operators to replace only the camera module instead of the entire aircraft.
Equipped with the same 1-inch CMOS sensor, 20MP resolution, and 6K video performance as the factory-installed camera, this replacement module delivers consistent image quality across inspections, mapping, and public safety operations.
Its direct-fit design maintains the original camera specifications, enabling organizations to preserve standardized imaging performance throughout their EVO II Pro 6K V3 missions.
Performance Features:
- 1-inch CMOS sensor: captures detailed 20MP images with proven low-light performance.
- 6K video recording: supports up to 5472x3076 resolution at 30fps.
- Adjustable aperture: f/2.8 to f/11 adapts exposure across changing conditions.
- 16x digital zoom: provides up to 3x lossless zoom capability.
- Night scene mode: reaches ISO44000 for improved low-light image capture.
- Three-axis stabilization: produces smooth, stable footage during demanding flight operations.
- Flexible shutter speeds: range from 1/8000 second to 8 seconds.
- Multiple file formats: supports JPG, DNG, and JPG plus DNG capture.
- V3 compatibility: designed exclusively for the Autel EVO II Pro 6K V3.
- 120Mbps bitrate: preserves image detail for high-quality recorded footage.
Replacing a damaged camera with the correct factory-matched module helps maintain consistent image quality and extends the service life of your aircraft. This replacement restores original camera performance without changing the imaging characteristics of your EVO II Pro 6K V3.
Dronefly supplies genuine replacement components to help operators keep their EVO II Pro 6K V3 aircraft mission ready. Order the Autel EVO II Pro 6K V3 Gimbal Camera from Dronefly to reduce downtime and restore factory imaging performance.