Arken Optics EP8 1-8×28 FFP LPVO – 34mm Tube

The LPVO (Low Power Variable Optic) has become an essential tool for shooters, bridging the gap between holographic/red dot sights and high-magnification optics that aren’t always suited for close-quarters combat. The Arken Optics EP8 1-8×28 FFP LPVO is built for versatility, allowing tactical teams, competitive shooters, and hunters to adapt instantly to any situation.

🔹 True 1X Magnification – A crystal-clear field of view for rapid target acquisition in close-quarters engagements.
🔹 Instant 8X Zoom – With a quick throw of the lever, extend your effective range in seconds.
🔹 34mm Tube – Maximized light transmission for superior clarity and performance in any environment.

'Frame and Fire!' – Simply align your target within the correct KL box to instantly determine range and engage with precision. Whether in competition or combat, this system allows for faster target acquisition and effective shot placement at any distance within the scope’s optimal range.

The Arken Optics EP8 1-8×28 FFP LPVO is a versatile riflescope designed to excel in both close-quarters combat (CQC) and extended-range engagements. Here are its key specifications:

• Magnification: 1-8×
• Objective Lens Diameter: 28 mm
• Tube Diameter: 34 mm
• Reticle: First Focal Plane (FFP) with KL Box MIL design
• Eye Relief: Approximately 3.74 inches
• Field of View (FOV) at 100 Yards:
  • At 1×: 121.15 feet (22 degrees)
  • At 8×: 14.56 feet (2.78 degrees)
• Turret Adjustment: 1/4 MOA per click
• Elevation Adjustment Range: 110 MOA
• Windage Adjustment Range: 110 MOA
• Illumination: Reticle illumination with multiple brightness settings
• Construction: Single-piece aircraft-grade aluminum
• Waterproof and Fogproof: Yes
• Length: Approximately 10.8 inches
• Weight: Approximately 21.5 ounces

The EP8's true 1× magnification offers a wide field of view with minimal edge distortion, making it ideal for rapid target acquisition in close-quarters scenarios. The innovative KL Box MIL reticle allows for quick distance estimation and aiming corrections, enhancing effectiveness under high-stress conditions.