What else do I need to mount a finder with the Giant Binoculars Finder Adapter?
This adapter is the first piece of the puzzle. To attach a finder scope, you will also need the Explore Scientific Hybrid 2N1 Finder Base (ES-FB2N1-00), which is sold separately. This adapter allows you to mount that base onto your binoculars.
Will this Giant Binoculars Finder Adapter fit any red dot finder directly?
No. This adapter does not hold the finder scope itself. It is designed to hold the finder scope base (ES-FB2N1-00). That base is what provides the universal dovetail shoe that accepts finders from brands like Explore Scientific, Meade, Celestron, Synta, and Orion.
Is this adapter compatible with binoculars from other brands?
This adapter was specifically designed for the mounting points and chassis of the Explore Scientific Giant Binocular series. We cannot guarantee a proper or secure fit on binoculars from other manufacturers.
Why do I need a finder scope for my Explore Scientific Giant Binoculars?
Giant binoculars offer high magnification, meaning you only see a small patch of sky. Trying to locate a faint, sprawling target like the Andromeda Galaxy (M31) by simply pointing the binoculars can be very difficult. A zero-power red dot finder gives you an intuitive, wide-field view that makes aiming your binoculars as easy as pointing to the target in the sky.
Can I mount a heavy guide scope with the Giant Binoculars Finder Adapter?
This system is designed for lightweight aiming devices like red dot finders (e.g., a Telrad or Rigel QuikFinder) or small optical finder scopes (e.g., 8x50 finders). It is not intended to support the weight of heavier guide scopes or other imaging accessories.
How does this adapter help when viewing star clusters like the Pleiades (M45)?
The Pleiades (M45) is a large, bright open cluster that is a stunning target for giant binoculars. With a red dot finder attached via this adapter and the required base, you can center the cluster perfectly in your field of view in seconds, ensuring you don't miss any of the surrounding nebulosity or fainter member stars.
