What does the HyperStar Conversion Kit do for my Celestron SCT?
This kit modifies a Celestron SCT that has a non-removable secondary mirror, making it compatible with a Starizona HyperStar lens. It replaces the original secondary holder with one that allows you to easily unscrew and remove the secondary mirror, so you can install the HyperStar lens in its place for f/2 imaging.
Will I need to collimate my Celestron SCT every time I use the HyperStar lens after installing this kit?
No. The primary benefit of the conversion kit is that it maintains collimation. After the initial installation and a one-time collimation, the secondary mirror will return to the same aligned position each time you thread it back in, allowing you to switch between f/10 and f/2 imaging without repeating the collimation process.
How do I know if I need the "Old Style" or "New Style" kit for my C14?
You can identify the version by examining the secondary mirror housing on the front of your telescope. The "New Style" C14 has three collimation screws. The "Old Style" C14, common on older orange-tube models, has three collimation screws plus an extra bolt in the center. You must select the kit that matches your telescope's configuration.
Is the installation of the HyperStar Conversion Kit reversible?
Yes, the installation is reversible. The kit replaces the original secondary mirror assembly components. You can save the original parts and reinstall them at a later time if you wish to return the telescope to its factory configuration.
I have an older orange-tube C8. Can I use this kit to image the North American Nebula (NGC 7000) at f/2?
Yes. Once the appropriate HyperStar Conversion Kit is installed on your C8 and paired with a HyperStar 8 lens, you will be able to image at f/2. This ultra-fast focal ratio is ideal for capturing vast targets like the North American Nebula (NGC 7000) in a single frame with dramatically shorter exposure times than at f/10.
After installing the kit on my Celestron SCT, how does it affect high-magnification views of Jupiter?
The kit does not alter the optical performance for high-magnification viewing. When you re-install the secondary mirror for visual use or planetary imaging, the telescope functions at its native focal ratio (typically f/10 or f/11). Because collimation is retained, your views of targets like Jupiter will be just as sharp as they were before the conversion.
