The EOTech HHS V Holographic Hybrid Sight system provides an adaptable optical solution engineered for diverse operational requirements. This combination integrates the EXPS3-4 Holographic Weapon Sight (HWS) with the G45 5x Magnifier, facilitating rapid transitions between close-quarters engagement and extended-range target identification. This makes the HHS V a critical piece of tactical optics for the discerning professional.
Key Features
EXPS3-4 Holographic Weapon Sight
- Four-dot reticle provides precise holdover points for ballistic compensation across varying engagement distances.
- Night vision compatibility ensures full operational capability in low-light environments when paired with appropriate devices.
- Quick-detach lever mechanism allows for secure mounting and rapid removal without compromising zero retention.
- Robust construction mitigates environmental ingress and shock, ensuring reliable performance in demanding operational scenarios.
G45 5x Magnifier
- 5x magnification optimizes target identification and precision at extended ranges.
- Compact, ruggedized design engineered for consistent performance under austere conditions.
- Proprietary flip-to-side (STS) mount enables instantaneous transition between magnified and unmagnified observation, critical for dynamic engagement parameters.
Technical Specifications
EXPS3-4 Holographic Weapon Sight
- Reticle: Four-dot configuration for ballistic compensation.
- Night Vision: Compatible with night vision devices.
- Mount: Quick-detach lever.
- Construction: Designed for demanding environments.
G45 5x Magnifier
- Magnification: 5x.
- Mount: Flip-to-side (STS).
- Design: Compact, rugged.
The integrated HHS V system empowers operators with adaptive capability across dynamic engagement distances. Configurable for precision rifle applications, competitive shooting, or professional duty use, the HHS V ensures optical clarity and responsive aiming. This system represents an essential component for any professional’s optical inventory, engineered for durability and sustained performance in rigorous environments.
