Buckeye Stargazer Hand Controller Brackets

Buckeye Stargazer Hand Controller Brackets - Secure Mounting Solutions for Astronomical Hand Controllers

Versatile Hand Controller Mounting:

• Extensive Compatibility: Custom brackets designed to securely mount various hand controllers including iOptron Go2Nova, Celestron NexStar, Meade Autostar, Losmandy Gemini 1 & 2, Synscan, RainbowAstro Hubo-i SE, ZWO AM5, and Meade LX200 Classic.
• Precise Fit for Controllers: Each bracket model (e.g., Go2Nova-Bracket, NexStar-Bracket, Autostar-Bracket) is tailored to the specific controller it supports, ensuring a snug and stable fit.

Adaptable Tripod Attachments:

• Diverse Tripod Options: Attachments available to fit tripod legs of varying diameters, from 1.00" to 3.00", covering a broad range of popular tripods used in astronomy.
• Specific Models for Tripod Brands: Includes specific fittings for tripods like iOptron Tri-Pier, Losmandy LW Tripods (Pre-2011 and Post-2011), and the Berlebach Planet Tripod, ensuring compatibility across different setups.

Easy Installation:

• Push Fit Attachment: Tripod attachments are designed to push fit onto round tripod legs, making installation quick, easy, and tool-free.
• Secure and Reliable: Ensures that hand controllers are securely mounted to the tripod, providing easy access and stable operation during observational sessions.

Quality Materials and Build:

• Durable Construction: All brackets and attachments are made from lightweight yet sturdy materials, designed to withstand regular use in the field without adding excessive weight to your setup.
• Optimized for Outdoor Use: Manufactured using durable, temperature-tolerant PETG filament, suitable for various environmental conditions encountered during astronomical observations.

The Buckeye Stargazer Hand Controller Brackets offer a comprehensive solution for astronomers looking to securely mount their hand controllers to their tripods. Whether you’re using a Celestron, Meade, Losmandy, or iOptron setup, these brackets provide the stability and accessibility needed for smooth and efficient telescope operation.