Unity Tactical - FAST Offset Optic Base - Black

The Unity Tactical FAST Offset Optic Base is designed to enhance your optic setup by providing a platform for secondary or backup sights. It allows for the attachment of micro red dot sights using FAST Optic Adapter Plates, positioning them at a 36-degree offset. This setup is particularly useful in tactical scenarios where quick transitions between primary and secondary optics are necessary. By maintaining a mechanical centerline of 2.05 inches above the rail, it ensures consistent sight alignment.

The Offset Optic Base attaches directly to compatible FAST mounts using bolts. This ensures a secure and stable connection, allowing for reliable performance in demanding conditions. The base is specifically designed to sit on the right side of the FAST mount when mounted forward on an M1913 rail, providing optimal positioning for quick sight acquisition.

The Unity Tactical FAST Offset Optic Base is constructed from 7075-T6 aluminum. This material is known for its high strength-to-weight ratio, making it ideal for tactical applications where durability is critical. Additionally, the base is finished with a Type III Hardcoat Anodized coating, which enhances its resistance to wear and corrosion, ensuring longevity even in harsh environments.

The Offset Optic Base is compatible with all FAST mounts for red dots and magnified optics. However, it is important to note that it is not compatible with FAST FTC magnifier mounts. This compatibility allows for flexibility in choosing primary optics while ensuring that the secondary optic is securely mounted and properly aligned.

The Unity Tactical FAST Offset Optic Base weighs less than 1.0 oz (29 g). This lightweight design minimizes the impact on the overall weight of your firearm setup, which is crucial for maintaining maneuverability and reducing fatigue during extended use. Its minimal weight does not compromise its strength or durability, thanks to the high-quality materials used in its construction.

The 36-degree offset design of the Unity Tactical FAST Offset Optic Base allows for rapid transitions between primary and secondary optics. This is particularly advantageous in dynamic tactical situations where speed and adaptability are critical. By providing an alternative sighting option without the need to adjust the primary optic, users can quickly adapt to changing engagement distances or scenarios.

Yes, the Offset Optic Base is compatible with all optic adapter plates in the FAST Modular Accessory Suite. This compatibility allows users to customize their optic setup according to their specific needs and preferences. Whether you're using a micro red dot sight or another type of optic, the base provides a reliable platform for secure attachment and optimal performance.

While the Unity Tactical FAST Offset Optic Base offers significant advantages, it does have some limitations. It is not compatible with FAST FTC magnifier mounts, which may limit its use in certain configurations. Additionally, the offset design requires users to practice transitioning between optics to ensure smooth operation in high-pressure situations. Proper training and familiarization are essential to maximize its effectiveness.

The Type III Hardcoat Anodized finish on the Unity Tactical FAST Offset Optic Base provides excellent durability and resistance to wear. This finish is particularly beneficial in harsh environments where the optic base may be exposed to moisture, dust, and abrasive conditions. The anodized layer not only protects the aluminum underneath but also enhances the overall lifespan of the product, ensuring reliable performance over time.

The Unity Tactical FAST Offset Optic Base is ideal for scenarios requiring quick transitions between different sighting systems. This includes tactical operations, competitive shooting, and any situation where rapid response to varying engagement distances is necessary. Its lightweight and durable design make it suitable for both urban and rural environments, providing versatility across multiple applications.