iOptron SkyHunter Extension Pier

Description

iOptron SkyHunter Extension Pier (#8041)

Add height and flexibility to your SkyHunter setupwherever the night takes you.

The iOptron SkyHunter Extension Pier (#8041) is a lightweight, precision-machined aluminum riser designed to give your SkyHunter mount extra clearance and improved ergonomics in the field. Whether you’re using a long telescope tube, a camera setup with hanging accessories, or just want to avoid tripod leg collisions during slewing, this compact 7.5″ extension pier helps create the space you need without compromising stability or portability.

With standard 3/8″-16 threaded mounting holes on both ends, this extension pier integrates easily with the iOptron #3221 tripod or nearly any photo tripod equipped with a standard 3/8″ mounting studor even 1/4″-20 with a simple thread adapter.

Key Features:

• Adds 7.5″ (190mm) of Height:
  Helps eliminate interference between your mount, telescope, or accessories and the tripod legsespecially useful for refractors, camera rigs, and diagonal-equipped scopes.

• Universal 3/8″-16 Threading (Top & Bottom):
  Both the top and bottom flanges feature standard 3/8″-16 threading, making the pier adaptable to a wide range of tripod heads and bases. Compatible with iOptrons #3221 tripod, other iOptron portable systems, and many third-party tripods.

• Flexible Mounting Compatibility:
  Mounting flange supports both 3/8″-16 center post attachments and two M6 bolts, giving you options depending on the mounts footprint and bolt pattern.

• Compact and Lightweight Design:
  At just 7.5″ tall and under 2.5 pounds, the pier is easy to transport, store, and integrate into even the most mobile observing kits.

• Precision-Machined Aluminum Construction:
  Lightweight but strong, with a clean anodized finish to resist wear in the field.

Technical Specifications:

Observing Tip:

If you’re imaging with a DSLR or mirrorless camera mounted on the SkyHunter, this extension pier gives you more room to maneuverespecially helpful when framing objects at low altitudes. It also helps prevent your camera or scope from bumping into the tripod during wide slews or meridian flips.