What is the length of the Explore Scientific Short Vixen-Style Saddle Plate?
The saddle plate measures 5.125 inches in length. This compact size is ideal for securely mounting smaller telescopes without adding excess weight or creating balance issues.
What mounts are compatible with this Explore Scientific Vixen-style plate?
This plate is compatible with any mount that uses a Vixen-style (V-style) saddle. This includes many popular mounts from brands like Explore Scientific, Celestron (AVX, CG-5), Sky-Watcher, Orion, and Vixen. It is not compatible with mounts that use the wider Losmandy-style (D-style) saddle.
How do I attach this saddle plate to my telescope tube?
You attach the plate to the bottom of your telescope's tube rings or directly to the tube's mounting block using bolts. Mounting bolts are not included, as the required length and thread type vary depending on your specific telescope model. You must use the hardware that came with your telescope or tube rings.
Is this Vixen-style plate strong enough for my 8" SCT?
While this plate can physically support an 8" SCT for visual use on a capable mount, many imagers prefer a longer plate for this size of telescope. A longer plate provides more surface area for attachment and allows for greater adjustment when balancing the payload, which is critical for astrophotography.
Can I use this Explore Scientific plate to piggyback a guide scope on my C11?
Yes, this short plate is an excellent choice for mounting a lightweight guide scope or other accessory on top of a larger optical tube like a Celestron C11. You would attach this Vixen plate to the top of the C11, and then use a Vixen-style clamp on your guide scope rings to attach it to the plate.
What is the difference between this Vixen-style plate and a Losmandy-style plate?
The primary difference is size and capacity. Vixen-style plates are narrower and designed for lighter telescope setups. Losmandy-style plates are wider and thicker, providing a more rigid and secure connection for heavier optical tubes and imaging payloads. The two systems are not cross-compatible.