Accessories

Independent pan movement and tension control with integrated level. 45 degrees of tilt and notches for up to 90 degrees for all the travel you need.

The leveling head offers smooth, intuitive control with rubberized, twist-to-lock/unlock handle and +/- 15 degrees of leveling capability to guarantee precise positioning.

Smooth Movement, Precise Adjustments – Integrated level for precise positioning, plus twist to unlock/lock knurled control ring to keep you locked in. +/- 9.0 degress of levling capability. Low-profile, robust aluminum construction supports heavy optics while remaining incredibly smooth to operate. Compatible with most tripod-ready optics (1/4"-20 top thread). For use with the Vortex High Country™ II, Summit™ Carbon II, and Ridgeview™ Carbon tripods - or any tripod with 3/8"-16 thread.

A two-part system that creates on seamless glassing experience, the Pro Binocular Adapter combines an incredibly sleek form factor with a fast, stable mount to keep you on the move. Compatible with tripod-adaptable binoculars and tripods with a 1/4"-20 socket/thread.

Use in combination with the Vortex Pro Binocular Adapter to mount your binoculars to a tripod.

The Sport Binocular Adapter is precision machined and fits any tripod-adaptable binocular and tripod with a 1/4"-20 socket/thread. Its slim profile allows it to fit between the barrels of the largest high-powered binoculars, and a quick-release connector allows the binocular to be removed for handheld use without disconnecting the entire adapter.

Make sure you can attach and detach your optics quickly and securely in the field with the Arca-Swiss Quick Release Plate. Durable, anodized aluminum construction keeps your tools anchored in place.

Quick-release plate for the Vortex Pro GT Tripod ensures fast attaching and detaching of optics in the field.

Quick-release plate for the Vortex Summit SS Tripod ensures fast attaching and detaching of optics in the field.

Quick-release plate for the Vortex High Country Tripod ensures fast attaching and detaching of optics in the field.