Overview
The FAST™ MRDS mount, in conjunction with the Optic Adapter Plates in the FAST™ Modular Accessory Suite, brings compatible micro red dot sights to the established FAST™ height of 2.26″ to optical centerline. This includes micro red dot sights with any of the following footprints: RMR®, DeltaPoint® Pro, ACRO®, 509T, RMSc and Holosun™ K.
It comes standard with a two cross bolt rail clamp or can be retrofitted with the FAST™QD (Quick Detach) Lever. With exception to the Leupold® DeltaPoint® Pro, it is also compatible for use with the line of FAST™ FTC magnifier mounts.
FAST™ is a series of optic mounting solutions that provides end users with a quicker sight picture than standard height mounts. FAST™ mounts create a 2.26” optical centerline from the rail, which allows for more rapid visual processing of the battlefield by ensuring an ergonomically correct heads-up posture. Further, they provide faster and easier dot/reticle acquisition while wearing night vision goggles, protective masks, plate carriers and other gear.
NOTE: The FAST™ MRDS is NOT compatible with the FAST™ Optic Adapter Plate with an Aimpoint® Micro footprint.
- DIMENSIONS (W X L X H): IN: < 1.50 X 2.25 X 1.50
- WEIGHT: 3oz
- MATERIAL: 7075-T6 Aluminum
- COATING: Type III Hardcoat Anodized
- MOUNT TYPE: 2 Cross Bolt Rail Clamp
- FAST™ QD Lever Compatible (Sold Separately)
The Unity FAST MRDS Mount seamlessly integrates compatible micro red dot sights to the established FAST™ height of 2.26", ensuring optimal optical centerline alignment. With versatility across footprints like RMR®, DeltaPoint® Pro, ACRO®, and more, this mount offers exceptional compatibility. Equipped with a two cross bolt rail clamp, it can be upgraded with the FAST™QD Lever for added convenience. When used with FAST™ FTC magnifier mounts (excluding Leupold® DeltaPoint® Pro), users benefit from a quicker sight picture. Crafted from 7075-T6 Aluminum with a Type III Hardcoat Anodized finish, this mount prioritizes durability and functionality. Perfect for facilitating rapid dot/reticle acquisition in various operational environments.
