Why do I need the Half Pier Assembly for my NYX-88 and Carbon Tripod?
The Half Pier Assembly is essential for preventing your telescope's tube from colliding with the tripod legs. This is most likely to happen when your mount tracks an object across the meridian or points near the zenith. The pier adds 18 cm (7") of height, providing safe clearance for uninterrupted imaging.
Is the Half Pier Assembly difficult to install on the Pegasus Carbon Tripod?
No, the assembly is designed for a straightforward installation. It includes all the necessary adapters and hardware to connect your NYX-88 mount head to the Pegasus Carbon Tripod (PEG-TRPD88) without requiring any special tools.
My imaging setup is heavy. Is the 3-rod system stable enough?
The included 3 standoff rods create a very rigid connection suitable for most setups. However, if you have a particularly heavy or long optical tube and require maximum stability, the Half Pier Assembly is designed to be expandable and supports up to 6 standoff rods to further increase rigidity.
Can I use this Half Pier Assembly with a tripod other than the Pegasus Carbon Tripod?
This Half Pier Assembly is specifically designed and machined to fit the Pegasus NYX-88 mount and the Pegasus Carbon Tripod (PEG-TRPD88). Compatibility with other third-party tripods is not guaranteed and would likely require custom adapters.
Will adding the Half Pier Assembly affect the portability of my NYX-88 setup?
While it adds a component to your setup, the Half Pier Assembly is designed to be lightweight and complements the portable nature of the NYX-88 mount and carbon tripod. It adds 18 cm of height but maintains a small footprint, ensuring your rig remains easy to transport and set up in the field.
Will I be able to image the Orion Nebula (M42) at its highest point with a 10" Newtonian on the NYX-88 using this pier?
Yes, this is exactly the scenario the Half Pier Assembly is for. The 18 cm of clearance is designed to prevent a longer optical tube, like a 10" Newtonian, from hitting the tripod legs as it tracks M42 through the meridian, allowing for longer, uninterrupted imaging sequences of high-altitude targets.