EOTECH VUDU 3.5-18X50MM FFP ILLUMINATED MD1-MRAD BLACK
EOTech Vudu 3.5-18x50mm ffp illuminated md1-mrad black
4.8 out of 5
When purchasing EOTech or any other brand from eGoods365.com store, you can be sure that (a) you are purchasing from US based company with the most responsive and friendly customer service; (b) an authentic, not a counterfeit and not a refurbished product.
Purchased together
EOTech Vudu 3.5-18x50mm ffp illuminated md1-mrad black
VDU3-18FFMD1
$ 1,588.29
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When purchasing EOTech or any other brand from eGoods365.com store, you can be sure that (a) you are purchasing from US based company with the most responsive and friendly customer service; (b) an authentic, not a counterfeit and not a refurbished product.
EOTech's Vudu lineup includes the Vudu 3.5-18x50 model - the long(er)-range optic designed to fulfill the requirements of experienced hunters and rifle shooters. The Vudu 3.5-18x50 boasts of oversized, user-friendly turrets with the EZ Chek zero-stop feature by EOTech that allow for fast ranging adjustments in accurate 1/4 MOA or 0.1 MRAD increments followed by easy return to zero. The side-mounted parallax knob helps dial in the reticle focus for difficult long-range shots.
This rifle scope includes XC™ High-Density lenses with broadband anti-reflection multi-coatings that produce bright, high-contrast images with minimal distortion. Some of the features of the Vudu 3.5-18x50 are:
- The rugged, one-piece aluminum 34mm tube allows for additional internal windage/elevation adjustment
- The MRAD model's range is - ±14.5 min elevation/±11.5 min. windage in 0.1 MRAD increments
- The MOA model's range is ±50 MOA elevation/±40 MOA windage in 1/4 MOA increments
- The reticle illumination automatically shuts off after two hours to conserve battery life, activated with the push of a button, and powered by commonly available CR-2032 battery
The Vudu 3.5-18x50's illuminated reticle guarantees precision aiming in conditions with low-light. The reticle is on the first focal plane and enables exact ranging of targets at all magnifications while maintaining reticle subtensions.