The Sig Sauer Juliet3T-Micro magnifier transforms red dot optics into precision aiming systems with true 3x magnification. This compact magnifier mounts behind existing red dot sights to extend effective range while maintaining both-eyes-open shooting techniques.
What Makes This Different
The Juliet3T-Micro features Sig's proprietary PowerCam mounting system that enables instant flip-to-side operation without tools or adjustment loss. Unlike fixed magnifiers that require unmounting, this system locks securely in both magnified and stowed positions. The 22mm objective lens delivers edge-to-edge clarity with minimal distortion compared to smaller diameter competitors.
Key Features
- True 3x magnification with 22mm objective lens for maximum light transmission
- PowerCam flip-to-side mount with secure locking positions
- Unlimited eye relief accommodates various shooting positions and stocks
- Aircraft-grade aluminum construction with Type III hard anodizing
- Compatible with most red dot sights including Romeo series optics
- IPX-7 waterproof rating withstands complete submersion
- Nitrogen-filled housing prevents internal fogging in temperature extremes
Field testing demonstrates consistent zero retention through thousands of flip cycles and heavy recoil. The magnifier excels in precision shooting scenarios where target identification beyond 100 yards becomes critical. Law enforcement and competitive shooters benefit from rapid transition between close-quarters speed and distance precision without scope changes.
Technical Specs
- Magnification: 3x fixed power
- Objective diameter: 22mm
- Eye relief: Unlimited
- Length: 3.4 inches
- Weight: 8.5 ounces
- Mount: Picatinny/Weaver rail compatible
- Finish: Matte black Type III hard anodized
- Operating temperature: -40°F to +160°F
- Country of origin: USA
The Juliet3T-Micro represents proven magnification technology in a package engineered for professional applications. Sig Sauer's manufacturing standards ensure consistent performance across temperature and environmental extremes that disable lesser optics.