Dörr Fish-eye Lens 8 mm f/3.5 Canon EF

Dörr Fisheye Lens 8mm f/3.5 – Creative Wide-Angle Perspectives for Canon APS-C

The Dörr fisheye lens with an 8mm focal length and a maximum aperture of f/3.5 is a special lens for Canon cameras with an APS-C sensor. It produces the characteristic, heavily distorted angle of view that depicts subjects in a unique, spherical perspective.

• The extreme 8mm angle of view enables breathtaking 180-degree shots, transforming interiors and landscapes into a fascinating spherical shape.
• The fixed maximum aperture of f/3.5 still provides sufficient light for creative shots even in difficult lighting conditions.
• Thanks to the manual focus, you have full control over sharpness and can create targeted effects such as the famous "planet effect".
• The lightweight design of only 0.63 kg makes the lens the ideal companion for on-the-go and expands your equipment without significant additional weight.

What sets the Dörr fisheye lens apart

In contrast to conventional wide-angle lenses, this fisheye offers a deliberately strong barrel distortion. This optical characteristic is the central design tool for creative photographers who want to play with perspectives and break conventional image compositions. Dörr's solid workmanship ensures reliable performance for many years.

Ideal for...

This lens is aimed at experimental photographers who want to expand their creative expression. It is excellent for documenting interiors, for spectacular landscape shots, or for artistic projects where a distorted, surreal representation is desired. It is also an interesting choice for video recordings with a special look.

How to use the Dörr fisheye lens

Simply attach the lens to your Canon camera with an APS-C sensor. Since the focus is manual, turn the focus ring until the desired subject is sharp. Be aware of the extreme angle of view to avoid unwanted elements (such as your own feet or the tripod) entering the frame. Experiment with different perspectives to optimally use the characteristic fisheye effect.