The EOTech XPS2-1 holographic weapon sight delivers rapid target acquisition with its distinctive 1 MOA red dot reticle in a compact, single-lithium battery platform. This sight eliminates the parallax and eye relief limitations of traditional red dot optics through holographic technology.
What Makes This Different
Unlike conventional LED red dot sights, the XPS2-1 projects a true holographic reticle that remains visible even if the front lens is partially obstructed. The sight operates on a single CR123A lithium battery with 1,000 continuous hours of runtime at setting 12. The 7mm raised base positions the sight for absolute co-witness with backup iron sights on AR-15 platforms.
Key Features
- 1 MOA red dot reticle for precision shooting at extended ranges
- Single CR123A battery operation with 1,000+ hour runtime
- Compact 2.2-inch length saves rail space for accessories
- Water-resistant to 10 feet and fog-proof internal design
- Side-mounted controls prevent accidental activation
- 20 brightness settings for various lighting conditions
- Picatinny rail mount with quick-detach lever system
The XPS2-1 maintains zero through temperature extremes from -40°F to 140°F and withstands recoil from calibers up to .458 SOCOM. Law enforcement agencies and competitive shooters rely on this sight for close-quarters battle scenarios and precision applications where split-second target identification matters. The holographic display remains crisp and clear in bright sunlight without washout.
Technical Specs
- Magnification: 1x with unlimited eye relief
- Reticle: 1 MOA red dot holographic display
- Battery: Single CR123A lithium (1,000+ hours)
- Dimensions: 2.2" L x 1.4" W x 2.4" H
- Weight: 9 ounces including mount
- Mount: Picatinny/Weaver rail compatible
- Water resistance: 10 feet submersion rated
- Operating temperature: -40°F to 140°F
- Country of origin: USA
The XPS2-1 represents proven holographic sight technology in EOTech's most compact configuration. Professional users choose this sight when rail space is limited but performance cannot be compromised.