EOTech
EOTech - Tactical Holographic 8MOA Ring - XPS2-2TAN
(No reviews yet)
Write a Review
- SKU:
- XPS2-2TAN
- UPC:
- 672294600558
- MPN:
- XPS2-2TAN
Frequently bought together:
Description
The XPS2 is the shortest, smallest and lightest EOTech model holographic weapon sight available without night vision. Its size and weight make it convenient for hunters and law enforcement officers to carry. It is also fast and runs on a single 123 battery. The compact, single-lithium-battery configuration leaves more rail space than ever for rear iron sights or magnifiers.
- Water Resistant
- Fits weaver or MIL-STD-1913 rail
- Tan colored exterior
- XPS2-2 reticle
Related Products
Related Products
EOTech - XPS2 Holographic Sight - XPS2-2
EOTech
$645.00
The EOTech XPS2-2 Holographic Weapon Sight delivers EOTech's renowned holographic reticle in a short, single-body housing that clears more rail space for magnifiers and night vision devices. The...
Out of stock
EOTech - XPS2 Holographic Sight Red 68 MOA Ring - XPS2-300
EOTech
$655.00
The XPS2 is the shortest, smallest and lightest EOTech model holographic weapon sight available without night vision. Its size and weight make it convenient for hunters and law enforcement officers...
Out of stock
EOTech - XPS2-0 Holographic Sight Green 68MOA Ring - XPS2-0GRN
EOTech
$765.00
Now with an easy-to-see Green reticle, the XPS is the shortest and lightest HWS sight yet. The Green reticle is approximately 6X easier to see than red in daytime which can lead to faster target...
Out of stock
EOTech - EXPS3 Holographic Sight 68 MOA Ring - EXPS3-2TAN
EOTech
$815.00
The E is for Extreme. The EXPS3 offers true 2-eyes-open shooting and a 7 mm raised base that still allows for iron sight access. It features easy-to-adjust side buttons and an adjustable, locking,...
Out of stock
EOTech - XPS2 Holographic Sight OD Green - XPS2-0ODGRN
EOTech
$645.00
The standard ring found in most reticles equates to approximately 68" (5'8") at 100 yards EOTECH's unique reticle patterns are a critical to delivering fast target acquisition and MOA accuracy at...