EOTech 512.A65 HWS Holographic Weapon Sight 65 MOA Circle w/ 1 MOA Dot Reticle
Eotech- SKU:
- 512.A65
- UPC:
- 672294512653
- Style:
- Holographic
- Condition:
- New
EOTech 512.A65 HWS Holographic Weapon Sight 65 MOA Circle w/ 1 MOA Dot Reticle
EOTECH Model 512 Holographic Weapon Sight, 65 MOA Circle with 1 MOA Dot, Red
Overview
The EOTECH Model 512 is a rugged, non-night-vision-compatible holographic weapon sight designed for rapid close-quarters target acquisition. Its heads-up optical design allows both eyes to remain open, preserving peripheral vision and depth perception, while the 65 MOA circle with 1 MOA aiming dot delivers versatile aiming references.
Key Features
- 65 MOA circle with 1 MOA red aiming dot
- Heads-up display supports both-eyes-open shooting
- AA battery system accepts readily available alkaline or lithium batteries
- Rugged aluminum hood assembly protects the optic
- Knobbed, tool-less mounting bolt for quick installation
- Compatible with standard 1-inch Weaver and Picatinny rails
- Designed for tactical, agency, and civilian applications
- No night-vision compatibility required
Specifications
- Manufacturer: EOTECH
- Model: 512
- Optic Type: Holographic weapon sight
- Magnification: 1x
- Reticle Pattern: 65 MOA circle with 1 MOA aiming dot
- Reticle Color: Red
- Click Adjustment: 1/2 MOA
- Body Material: Aluminum
- Battery: Two AA alkaline or lithium batteries
- Battery Life: 600 hours with alkaline batteries; 1,100 hours with lithium batteries
- Mount Compatibility: 1-inch Weaver or Picatinny rail
- Length: 5.6 inches
- Weight: 11.5 ounces
MPN: 512.A65
UPC: 672294512653
Applications
The Model 512 is ideal for close-quarters battle, range training, home defense, tactical carbine use, law enforcement, and general-purpose rifle applications where fast target acquisition and situational awareness are priorities.
Additional Features
The optic’s large viewing window and both-eyes-open design help maintain peripheral awareness during dynamic shooting. Its AA-powered configuration offers convenient battery replacement and dependable runtime without specialized power sources.