MAKstorm 4x30i HD
254003001
- In stock, ready to ship
The MAKstorm 4x30i HD is a high-quality prism sight with fixed magnification, specifically designed for MSR (Modern Sporting Rifle) and AR platforms. Featuring an HD optical system and a market-leading 88% daylight transmission, it offers exceptional clarity, durability, and precision. Optimized for .223 Remington and .308 Winchester, this sight ensures superior performance in tactical and sporting applications. Manufactured to strict MIL-STD-810 standards, the MAKstorm is waterproof, recoil-resistant, and built for the toughest conditions.
Main Features:
- Fixed 4x magnification: Provides precise target acquisition for medium distances.
- HD optical system: Abrasion-resistant coatings ensure clear, bright images even in challenging environments.
- Ballistic Circle Dot reticle: Designed for quick target acquisition and precision with 10 brightness levels plus 2 for night vision.
- Robust and reliable: Waterproof up to 4 meters, nitrogen-filled to prevent fogging, and tested for 1000 G recoil.
- Caliber optimized: Specifically tuned for .223 Remington and .308 Winchester.
Technical Specifications:
- Magnification: 4x
- Objective diameter: 30 mm
- Parallax-free: 100 m
- Eye relief: 57 ±3 mm
- Exit pupil: 7.3 mm
- Field of view (@100m): 12.5 m
- Diopter adjustment: ±3 dpt
- Elevation and windage adjustment range: 65 mrad each
- Adjustment per click: 0.15 mrad
- Light transmission: 88%
- Reticle illumination: Yes, 10 brightness levels + 2 night vision levels
- Power supply: CR2032 battery (360 hours runtime)
- Material (housing): 6061 aluminum
- Weight: 400 g
- Dimensions: 120 x 64 x 56 mm
- Operating temperature range: -20 °C to +70 °C
- Storage temperature range: -25 °C to +75 °C
- Standards: MIL-STD-810
Included in the package:
- Instruction manual
- Outdoor case
- Optics cleaning cloth
- Mounting key
The MAKstorm 4x30i HD is the perfect choice for professionals and enthusiasts seeking reliable high-performance optics. Thanks to precise manufacturing, it guarantees maximum functionality in any operational situation.
