ADM Accessories DSBS-DUAL- D Series Side-By-Side System.
ADM Accessories DSBS-DSAD D Series DSAD-STD Saddle Upgrade for Side-By-Side System Versatile Compatibility: Designed to fit D Series Saddles, this side-by-side dovetail plate is ideal for mounting two optical systems parallel...
ADM Accessories DSBS-DSAD D Series DSAD-STD Saddle Upgrade for Side-By-Side System
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Versatile Compatibility: Designed to fit D Series Saddles, this side-by-side dovetail plate is ideal for mounting two optical systems parallel to each other. It accepts both D series and V Series dovetail plates, offering flexibility in equipment choice.
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Dual Saddle Design: Incorporating two saddle plates mounted parallel to each other, this upgrade facilitates the secure and stable mounting of two optical systems side by side. By rotating the saddle 90 degrees, users can achieve optimal positioning for their equipment.
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Sturdy Construction: Crafted with durability in mind, this saddle upgrade is built to last. Made from high-quality materials, it ensures reliability and stability during observation or imaging sessions.
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Optimal Separation: With a saddle plate separation of 11.0 inches center to center, users have ample space to mount their optical systems while maintaining stability and balance.
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Easy Installation: The saddle upgrade is easy to install and integrates seamlessly with existing setups. Its straightforward design allows for hassle-free assembly, saving time and effort.
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Enhanced Thickness: With a total thickness of 1.75 inches, this saddle upgrade provides added stability and support for mounted equipment, minimizing vibrations and ensuring smooth operation.
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Robust Weight: Weighing 7.2 lbs, this saddle upgrade offers a solid foundation for your optical systems, reducing the risk of movement or displacement during observation or imaging.
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Ideal for Side-By-Side Mounting: Whether for astrophotography or visual observation, this saddle upgrade is the perfect solution for users looking to mount multiple optical systems side by side, enhancing versatility and expanding observational capabilities.