ADM Accessories DUP31AP- D Series Universal Dovetail Bar. 31" Long, 3.5" Spacing

ADM Accessories DUP31AP 

D Series Universal Dovetail Bar, 31" with 3.5" Spacing

Optimized for D Series Compatibility:

• Seamless Integration: Designed specifically to fit D Series saddles and accessories, ensuring a secure and stable connection for your astronomical equipment.
• Enhanced Versatility: Ideal for attaching a diverse array of accessories, this dovetail bar significantly extends the functionality and adaptability of your telescope setup.

Superior Build Quality and Design:

• Durable Construction: Made from billet 6061 T-6 aluminum, the DUP31AP dovetail bar is robust and precision machined, boasting a beautifully finished surface for both aesthetic appeal and long-term durability.
• Large Platform for Stability: Measures 31 inches long and 4 inches wide, with a 3-inch wide dovetail and a .75-inch thickness, weighing 122 ounces. It provides a substantial and reliable platform for mounting heavy or extensive setups.

Designed for Large and Complex Setups:

• Optimal Spacing: Features 3.5-inch spacing between mounting points, facilitating a more versatile and efficient arrangement of equipment and accessories, ideal for complex observational or photography setups.
• Heavy-Duty Mounting Capabilities: The size and thickness of the bar ensure it can support larger and more demanding setups, perfect for advanced astronomers and astrophotographers.

Ready to Mount Package:

• Comprehensive Installation Kit: Includes the dovetail bar, 4x 1/4×20 low profile Socket Head Cap Screws (SHCS), 4x 6mm low profile SHCS, and 2x safety stops, providing all necessary hardware for secure and straightforward installation right out of the box.

The ADM Accessories DUP31AP D Series Universal Dovetail Bar is an indispensable mounting solution for astronomers seeking a dependable, flexible, and robust platform for their advanced setups. Its extended length and specialized spacing make it an excellent choice for enhancing the capabilities and stability of complex astronomical systems, ensuring precise and reliable operations.