The Zero Tech THRIVE HD Reflex sight delivers professional-grade target acquisition with multiple MOA reticle options for tactical and sporting applications. This compact red dot optic combines HD clarity with rapid target engagement capabilities across various shooting disciplines.
What Makes This Different
The THRIVE HD Reflex features multi-MOA reticle selection, allowing shooters to choose between 2 MOA, 4 MOA, and 6 MOA dot sizes based on target distance and application requirements. Unlike fixed-dot competitors, this versatility eliminates the need for multiple optics across different shooting scenarios. The HD lens system provides 98% light transmission with minimal distortion, while the parallax-free design maintains zero regardless of eye position.
Key Features
- Multi-MOA reticle system with 2, 4, and 6 MOA dot options
- HD multi-coated lens with 98% light transmission
- Parallax-free design from 25 yards to infinity
- 10-level brightness adjustment with auto-off function
- Picatinny/Weaver rail compatible mounting system
- IPX7 waterproof rating and shockproof construction
- CR2032 battery provides 50,000+ hour runtime
Field performance remains consistent across temperature extremes from -40°F to 140°F, making this optic suitable for competition shooting, tactical applications, and hunting scenarios. The auto-brightness feature adapts to ambient lighting conditions, while manual override allows precise adjustment for specific environments. Battery life extends beyond two years of continuous use at medium brightness settings.
Technical Specs
- Objective lens diameter: 28mm
- Eye relief: Unlimited
- Field of view: 52 feet at 100 yards
- Weight: 3.2 ounces
- Length: 2.8 inches
- Housing material: 6061-T6 aluminum
- Mounting: Standard Picatinny/Weaver rail
- Battery: CR2032 lithium
- Warranty: Limited lifetime
The THRIVE HD Reflex sight addresses the common challenge of choosing between precision and speed by offering both in a single platform. Professional shooters and serious enthusiasts recognize the advantage of adaptable MOA selection for varying engagement distances.