Beschreibung
The Holosun HS507C X2 ACSS is an open micro-format red dot sight with a Chevron reticle, designed for fast and precise target acquisition. The CNC-machined 7075 aluminium housing, matte black anodized, weighs 42 g and measures 40.6 × 24.9 × 24.1 mm. Thanks to its IP67 certification, the sight is waterproof and dustproof as well as shockproof.
The objective lens (19.5 × 14.7 mm) features a multi-layer anti-scratch and anti-reflective coating. The ACSS Chevron reticle (ACSS Cyclops HG) is fitted with a 1 MOA adjustment value. An LED offers 10 brightness levels and 2 night vision modes. Parallax-free and with unlimited eye relief, the HS507C X2 ACSS enables fast and precise target acquisition in a wide variety of lighting and weather conditions.
Power is supplied by a CR1632 battery in a screw-secured battery compartment, providing a runtime of up to 50,000 hours at medium brightness. In addition, the sight features rubberized controls, the Shake-Awake system to conserve battery life, and a solar panel with Solar Failsafe that supports brightness settings.
The scope of delivery includes a universal tool, a cleaning cloth and a mounting kit with keys.
Technical specifications
Design: Open micro red dot
Material: 7075 aluminium, CNC-machined
Finish: Matte black anodized
Protection rating: IP67
Reticle: ACSS Chevron (ACSS Vulcan / Cyclops HG)
Adjustment value: 1 MOA
Brightness: 10 daylight levels, 2 NV modes
Parallax: Parallax-free
Eye relief: Unlimited
Objective size: 19.5 × 14.7 mm (additional objective diameter: 24 mm)
Power supply: 1 × CR1632
Battery life: up to 50,000 h
Additional functions: Shake Awake, Solar Failsafe
Dimensions: 40.6 × 24.9 × 24.1 mm
Weight: 42 g
Scope of delivery
Holosun HS507C X2 ACSS
User manual
Hex key / universal tool
Cleaning cloth
Mounting kit
Packaging data
Packaging dimensions: 12 × 9 × 8 cm
Packaging weight: 0.2 kg
The Holosun HS507C X2 ACSS combines compact dimensions, a Chevron reticle, long battery life and solar support – a high-performance red dot optic for demanding applications.