Vector Optics Orion Pro max 6-24x50 MIL HD FFP Scope
-
High-definition lanthanum lens* for sharper, clearer images with color accuracy very close to reality.
- Lens with a full multi-layer coating, significantly improving light transmission for edge-to-edge image clarity.
- Zero stop function, allowing easy return to a predefined zero point without requiring additional adjustments.
- VOR-4 MIL reticle etched on the first focal plane, facilitating distance calculations and adjustments needed for windage.
- A wide range of elevation adjustment of 23 MIL helps to compensate for the downward trajectory of the bullet and to hit the target easily.
Specifications:
- Magnification: 6-24x
- Objective lens diameter: 50 mm
- Focal plane: First focal plane
- Illumination: Only the point
- Eye relief: 95 mm
- Exit pupil: 8-2.8 mm
- Lens coating: Treated
- Linear field of view at 100 yds: 18.9-4.7 ft @ 100 yards
- Linear field of view at 100 m: 6.3–1.5 m @ 100 meters
- Reticle: VOR-4 MIL
- Tube diameter: 30 mm
- Lateral focus: 10 yards to infinity
- Click value: 1/10 MIL
- Turret function: Zero Stop
- Elevation adjustment range: 23 mil
- Drift adjustment range: 18 mil
- Dioptric compensation: +2 to -2
- Lighting settings: 6 levels, rotating turret on/off
- Battery type: CR2032
- Waterproof: IPX4
- Anti-fog: Nitrogen-filled
- Shockproof: 750g
- Case material: 6061-T6 aluminum alloy
- Finish: Matte black
- Length: 353 mm
- Weight (net): 756 g
Box Contents
- User manual
- Cleaning cloth
- Flip-up caps
- Quick magnification change lever
- Sunshade
- Hex keys
- 30mm high profile mounting collars for Weaver rail (SKU: SCTM-08).
Do not exceed 2 Nm (18 inch-pounds) of torque on the scope ring screws. Apply a torque of 2.8 Nm (25 inch-pounds) to the large nut when installing the mount on the Picatinny rail.
Lanthanum lenses are optical lenses made from a special type of glass containing lanthanum, a rare chemical element. This type of glass is known for its exceptional optical properties, including very high refractivity and low light dispersion. This means that lanthanum lenses can effectively correct chromatic aberrations, which are optical defects where light of different colors does not focus at the same point, creating a blurry or distorted image.
Adding lanthanum to glass increases its ability to disperse light while maintaining a high refractive index, allowing for the design of lenses that are thinner and lighter than those made with traditional materials, while still offering superior image quality. These lenses are particularly useful in high-precision applications, such as photographic lenses and optical instruments, where image clarity and accurate color correction are crucial.
