Meopta MeoPro Optika6 3-18x56 RD SFP Scope - 4C

FEATURES:
- 10-year warranty.
- Magnification 3 - 18 x
- 56mm objective lens
- M61x0.75 objective filter thread
- Main tube size 30mm
- Exit pupil diameter 9.5 - 3.1 mm
- 100mm eye relief
- Field of view (m / 100m) 11.1-1.9
- Field of view 6.34 - 1.1 °
- Focal plane position 2
- Diopter compensation -2 / 2 D
- Daylight transmission 91%
- Twilight Transmission 88%
- Twilight Factor 13 - 31.7
- Impact per click (cm / 100m) 0.7
- Elevation and wind adjustment range (cm / 100m) 262
- Paralax correction 10 yd - infinity y / n
- Length (mm / in) 368 // 14.5
- Weight (g / oz) 865 // 30.5



Optika6 3-18x56 SFP

The Optika6 3-18x50 and 3-18x56 viewfinders are available with first or second focal plane (FFP / SFP) graticules. SFP models have lift and wind lift, while FFP models have exposed lift and lift lock. The FFP models also feature a zero stop elevation turret that allows the shooter to have a defined point of return to zero regardless of how far they have been marked. The standard click values ??for non-MIL reticles are 0.25 MOA, while MIL-based reticles feature 0.1 Millrads per click setting. Available in various reticle configurations, including optional lighting and DichroTech, the 3-18x50 and 3-18x56 are designed with hunters and shooters in mind.
MeoBright 5501

A patented ion-assisted multiple lens coating applied to all air-to-glass optical surfaces. Developed by Meopta, MeoBright 5501 ion-assisted multi-coatings eliminate glare and reflections and deliver industry-leading 99.8% light transmission per lens surface.

MeoShield
- MeoShieldTM ionization assisted coating protects external lens surfaces and offers increased resistance to scratching or abrasion in extreme conditions. MeoShieldTM meets military specifications for durability and surface hardness.


RD Illuminated Reticle System

RD equipped scopes feature a highly defined illuminated red dot reticle. A third turret controller allows the user to choose from eight reticle intensity settings for extremely low or very bright light conditions. Intermediate off positions between each setting allow the user to quickly find their preferred lighting setting.