Ann Arbor, MI (December, 19 2021) – The new EOTECH Vudu 1-10x28mm riflescope delivers outstanding performance and durability in all environments while offering First Focal Plane advantages and 1-10x power versatility. First Focal Plane (FFP) scopes provide many benefits, and the Vudu 1-10x28 FFP reticles make full use of this advanced design. The Vudu’s wide magnification range and rapid zooming balance shooting speed with precision. When combined with a choice of three modern reticles, the Vudu 1-10x28mm precision riflescope is a clear choice for close- to medium-range targets and everything in between.
The dramatic 1-10x magnification range truly sets this optic apart! At 1x, its wide field of view, generous eye relief and signature EOTECH Speed Ring is the ultimate setup for enhanced situational awareness and rapid shot transitions. At the other end of the spectrum, its 10x magnification and detailed reticle allow precise holdover shots at extended ranges.
With First Focal Plane scopes, the reticle grows as magnification increases. At high power, the reticle is an optical tape measure for estimating distance and precisely aiming holdover shots; at low magnification, the eye focuses on the bold, illuminated EOTECH Speed Ring for snapshots and quick follow-ups. Designed to be simple and intuitive, shooters will understand the versatility of this system with one look through the 1-10x28mm scope.
The Vudu 1-10x28mm riflescope is available with one
Ann Arbor, MI (April 13, 2021) - Today's marksmen rely on advanced optics technology for rapid target acquisition and long-range precision under all lighting conditions. The battle-tested Vudu® 5- 25x50 FFP now offers an illuminated Horus™ TREMOR3™ reticle for superior long-range accuracy. The Horus TREMOR3 reticle allows Vudu shooters to quickly and accurately estimate target range and size while compensating for bullet drop and wind.
This next-generation TREMOR3 reticle takes advantage of the Vudu 5-25x50 first focal plane design for accurate distance estimation, bullet drop and wind correction subtensions at any magnification. The uniform 0.2 milliradian Horus grid provides numerous aiming points, allowing for pin-point precision without guesswork. The reticle features refined "chevron" mil markers, at 0.1 milliradians, throughout the reticle for precise target range and size estimation. Vertical chevrons are ideal for milling target height, and horizontal chevrons for milling target width.
The Horus TREMOR3 features patented Time-of-Flight wind dots, providing accurate wind calls without the need to consult a ballistic chart or count numerous subtensions. A quick calculation using Horus's online TREMOR Wind Dot Calculator calibrates the reticle's wind dots for bullet ballistics and density altitude.
Easy-to-read Rapid Range Bars enable quick estimates of the range to known-size targets. The numbered vertical hash marks on both sides of the
Ann Arbor, MI (November 20, 2020) Reach out and touch something with a rugged and performance driven EOTECH® Magnifier. Providing a perfect match for an EOTECH Holographic Weapon Sight (HWS), the G43 or G45 Magnifiers transforms them into a lethal, medium-range optic.
New in 2020, the G45 5X Magnifier has similar weight and dimensions as the existing G33 Magnifier, but with an additional 2X magnification for precision aiming at greater distances. The Shift-To-Side (STS) mount provides fast transitioning from 5X to 1X and the optic offers tool-free vertical and horizontal adjustments with a large field-of-view. The G45 works with all EOTECH HWS models and other red dots offering co-witness or lower 1/3 co-witness heights.
The G43 magnifier is a miniaturized version of EOTECH's battle tested G33, making it one of the most compact and lightweight magnifiers on the market today. Like the G45, the G43 is wrapped in a ruggedized rubber overmold for added durability and includes a 7mm spacer for different height configurations.
"A significant advantage is gained when using a magnifier behind a holographic sight. Because the HWS is powered by a laser diode, and not an LED, the dot size stays 1MOA, with the magnifier in place, while the target gets 3-5 times bigger." Said Mark Miller, EOTECH Product Manager. "When using a magnifier behind an LED red dot, the dot size grows at the same rate as the target, so no increased precision is recognized."
