ADM Accessories DUP7M- D Series Universal Dovetail Bar. 7" Long, 60mm Spacing
ADM Accessories DUP7M D Series Universal Dovetail Bar, 7" with 60mm Spacing Optimized for D Series Equipment: D Series Compatibility: Designed specifically to fit D Series saddles and accessories, ensuring a...
ADM Accessories DUP7M
D Series Universal Dovetail Bar, 7" with 60mm Spacing
Optimized for D Series Equipment:
- D Series Compatibility: Designed specifically to fit D Series saddles and accessories, ensuring a secure and precise fit for your telescope or accessory mounts.
- Enhanced Mounting Versatility: Ideal for attaching a wide array of accessories, this dovetail bar expands the potential configurations and applications of your telescope setup.
Superior Construction and Finish:
- Robust Aluminum Build: Constructed from high-quality billet 6061 T-6 aluminum, the DUP7M dovetail bar is strong and precisely machined, complete with a sleek finish for lasting durability and visual appeal.
- Compact and Effective Design: At 7 inches long, 4 inches wide, with a 3-inch wide dovetail and 0.5-inch thickness, weighing 16 ounces, it offers a solid and reliable platform without adding significant bulk or weight.
Designed for Specific Mounting Needs:
- 60mm Spacing for Custom Setups: The 60mm spacing between mounting points facilitates a customizable and efficient arrangement of equipment, suitable for specific requirements or advanced setups.
- Lightweight and Manageable: Its moderate size and weight ensure easy handling, perfect for setups requiring quick adaptability and mobility.
Comprehensive Installation Kit:
- Ready-to-Install Package: Comes with the dovetail bar, 4x 1/4×20 low profile Socket Head Cap Screws (SHCS), 4x 6mm low profile SHCS, and 1 safety stop, providing everything needed for a secure and straightforward setup.
The ADM Accessories DUP7M D Series Universal Dovetail Bar is an excellent choice for astronomers and astrophotographers who need a reliable, adaptable, and streamlined mounting solution. Its specialized 60mm spacing and robust construction make it ideal for enhancing the capabilities and stability of compact or specialized astronomical setups, ensuring precision and reliability in your observations and imaging.