Precision Deploy – VISM Pro Series Flip-Up Sights Combo

Upgrade your firearm's aiming system with the Precision Deploy from VISM Pro Series. This innovative combo features low-profile, spring-loaded front and rear backup sights that deploy with a simple push of a button, ensuring you have reliable sighting options when you need them most.

The front sight boasts an adjustable A2 post tailored for precise elevation adjustments and engineered to align perfectly with handguard rails, monolithic receivers, and gas blocks that share the same height as your AR receiver Picatinny rail. Its compact dimensions (2.4"L x 1.1"W x 0.8"H) and lightweight design (2.0 oz) make it both unobtrusive and efficient.

Complementing the front is the rear sight, featuring an A2 dual aperture design (large & small) that offers fully adjustable windage via a knurled windage knob for quick, accurate modifications. Its low-profile design folds flat, accommodating the majority of scopes without compromise, and measures 2.4"L x 1.2"W x 0.8"H, weighing in at 2.3 oz.

Constructed with an aluminum main body and robust steel components, the Precision Deploy mounts seamlessly onto any Picatinny MIL-STD 1913 rail (mounting tool included) and is backed by US Patent 9976834.

Specifications:

• Front Sight:
  • A2 post, fully adjustable for elevation
  • Designed for handguard rails, monolithic receivers, and gas blocks at AR receiver rail height
  • Dimensions: 2.4"L x 1.1"W x 0.8"H
  • Weight: 2.0 oz
• Rear Sight:
  • A2 dual aperture (large & small), fully adjustable for windage
  • Features a knurled windage knob for easy adjustments
  • Low-profile design folds flat to accommodate most scopes
  • Dimensions: 2.4"L x 1.2"W x 0.8"H
  • Weight: 2.3 oz
• Construction:
  • Aluminum main body with steel front post and rear aperture
• Mounting:
  • Attaches to Picatinny MIL-STD 1913 rails
  • Mounting tool included
• Patent: US PAT. 9976834

Enhance your shooting precision and confidence with the Precision Deploy—where innovative design meets practical functionality.