Unity Tactical FAST™ Absolute Optic Riser: Elevate Your Tactical Performance

The Unity Tactical FAST™ Absolute Optic Riser is engineered to revolutionize your shooting experience by providing a 2.26″ centerline optic height, ensuring optimal ergonomics and rapid visual processing on the battlefield. This elevated platform promotes a heads-up posture, reducing neck strain and enhancing situational awareness—critical for both competitive shooters and tactical professionals.

Designed for seamless integration with absolute co-witness optics like the EOTech® XPS®, Leupold® LCO®, and other Picatinny-mounted red dot sights, this riser ensures faster, more precise dot acquisition, even when wearing night vision goggles, protective masks, or plate carriers. Its M1913 Picatinny compatibility guarantees a secure, rock-solid attachment, eliminating wobble for consistent accuracy.

Key Features & Benefits:

• Ergonomic Design: The 2.26″ height aligns your optic naturally with your line of sight, improving speed and comfort during extended use.
• Enhanced Compatibility: Perfect for absolute co-witness setups, ensuring your red dot aligns perfectly with iron sights.
• Durable Construction: CNC-machined from 6000 series aluminum alloy with a black anodized finish, it withstands harsh conditions while remaining lightweight (93g).
• Quick Installation: Features a standard rail-grabber clamp for effortless mounting on any Picatinny rail.
• Licensed Authenticity: Fully branded with Unity Tactical trademarks, guaranteeing quality and reliability.

Specifications:

• Color Options: Black / Dark Earth
• Material: CNC-machined 6000 series aluminum alloy
• Finish: Black anodized
• Weight: ~93g
• Dimensions: 90 x 31 x 29.3 mm

Whether you’re a competitive shooter, airsoft enthusiast, or tactical operator, the FAST™ Absolute Optic Riser delivers unmatched performance and adaptability. Upgrade your setup today and experience the difference in speed, comfort, and precision.

Perfect for airsoft rifles, tactical gear upgrades, and red dot sight optimization.