Product Description
EOTECH EXPS3-0 Holographic Weapon Sight, Bereli.com Collaboration, Black On Black - MADE IN THE USA! Overview This Eotech / Bereli.com collaboration brings the EOTECH EXPS3-0 in a Blackout finish. The EXPS delivers true two-eyes-open holographic aiming with a compact footprint, a transverse CR123 battery for reduced sight length, and a 7 mm raised base to retain iron-sight access. Rugged, NV-compatible, and fitted with a quick-detach throw lever, this Blackout EXPS is optimized for tactical, home-defense, and competition use where a low-profile, durable sight and exclusive styling matter. See bereli.com for availability. Key Features Bereli.com collaboration in black on black finish 65 MOA circle with 1 MOA aiming dot reticle Single transverse CR123 battery to shorten sight length 7 mm raised base for iron-sight access and co-witnessing options Shortened base requires as little as 2 3/4" of rail space O-ring sealed, tethered battery cap for improved sealing Side buttons with easy-to-adjust controls and NV compatibility Single quick-detach throw lever for fast attachment/removal Specifications Reticle: 65 MOA circle with 1 MOA aiming dot Battery: Single CR123 (123) lithium (transverse mount) Raised Base Height: 7 mm Rail Space Required: ~2 3/4" Average Battery Life: ~500-600 hours at brightness level 12 Mount: Quick-release throw lever NV Compatibility: Yes Applications Tactical and duty use where both-eyes-open engagements and rapid target acquisition are required Close-quarters and home-defense scenarios demanding a compact, low-profile sight Competition stages requiring quick transitions and minimal sight length Law enforcement and first-responder platforms needing NV compatibility and robust sealing Additional Features Limited offering of the blackout Bereli / Eotech EXPS3-0 Improved sealing and simplified battery access with tethered O-ring cap Low overall profile and shortened length reduce snag points and improve weapon handling Durable construction designed for frequent mounting/dismounting and harsh field conditions