Widefield astrophotography has recently become my new passion, especially during the winter months when prominent galaxies are less visible. A wider field of view (FOV) can truly enhance the presentation of deep-sky objects, such as the famous Orion constellation with its countless stunning nebulae and Barnard’s Loop, or Taurus with its expansive molecular cloud. Setting up my widefield rig, however, turned out to be more challenging than I had anticipated.
To achieve this setup, I attached a lens to my camera. Unfortunately, there were no dedicated mounting rings or dovetails available, and there wasn’t enough space to attach an autofocuser or guider. This inspired the creation of the Lens Adapter Kit (LAF).
Key Features of LAF:
- Compact Design: Includes two 3D-printed compression rings with M6 threads positioned all around.
- Durability: A single ring has been stress-tested to support up to 20kg.
- Autofocus Integration: The motor can be mounted on top or alongside the lens and securely connected to the custom 3D-printed ring for a firm grip—similar to the RedCat autofocuser system.
- Built-in Belt Tensioner: Ensures optimal belt performance and ease of use.
- Versatile Mounting Options: The kit can be attached to a dovetail using M6 bolts, with optional add-ons like:
- A guide scope shoe.
- An ASIAIR mount.
The setup has already been tested successfully with the Samyang 135mm f/2 lens but can be adapted for virtually any lens and camera combination. Feel free to reach out for custom configurations at info@deepskydad.com
Say goodbye to improvised mounting solutions and the hassle of carrying Bahtinov masks in your pocket! With LAF, your widefield astrophotography setup will be streamlined and robust.
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