The ultra-wide-angle prime lens has an equivalent 12mm field of view to full-frame cameras, making it suitable for M4/3 format mirrorless camera users as well as drone, vlog, landscape, and astrophotography shooting.

Equivalent to a 12mm full-frame field of view, this lens is ideal for M4/3 camera users, drone, vlog, and landscape and astrophotography shooting.

The F2.0 maximum aperture allows photographers to use a lower ISO in low-light conditions, resulting in cleaner images.

MFT 6mm F2.0 C&D -Dreamer is designed with 5-bladed aperture where a clean and appealing 10-point sunstar rendering can be created.

Using straight lines to depict the image reduces post-processing correction time and costs, resulting in faster image output.

The closest minimum focusing distance of MFT 6mm F2.0 C&D -Dreamer is 9cm. With a magnification of 0.18x and an ultra-wide-angle lens that exaggerates the perspective, the subject stands out even more.

Drone users no longer need to deal with cumbersome hot-swapping or other complicated operations. The X5 gimbal automatically recognizes the lens's electronic information, allowing for a smooth takeoff and seamless shooting. It also accurately records shooting data for each capture.

Drone users no longer need to deal with cumbersome hot-swapping or other complicated operations. The X5 gimbal automatically recognizes the lens's electronic information, allowing for a smooth takeoff and seamless shooting. It also accurately records shooting data for each capture.

| Name | MFT 6mm F2.0 C&D -Dreamer |
| Format | M4/3 |
| Focal Length | 6mm |
| Aperture Range | f/2-16 |
| Angle of View | 121.9° |
| Lens Structure | 13 elements in 9 groups |
| Aperture Blades | 5 |
| Min. focusing Distance | 9cm |
| Max. Magnification | 0.18X |
| Focus Type | Manual (MF) |
| Filter Thread | Φ58mm |
| Dimensions | Φ61mm*53mm |
| Weight | ~180g |
| Mounts | M4/3 |
MTF
Optical Chart

FFⅡ TS 17mm F4/S 17mm F4 C-Dreamer offer professional-grade perspective control for full-frame and medium format mirrorless users. Featuring ±10° of tilt and ±12mm of shift, it allows for meticulous manipulation of the focal plane and geometric correction