Vortex Optics SPARC AR Red Dot Sight

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SKU:
SPC-AR1
UPC:
023488653193
  • Vortex Optics SPARC AR Red Dot Sight
  • Vortex Optics SPARC AR Red Dot Sight mounted on multi-height riser base
$259.00

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Description

Vortex Optics SPARC AR Red Dot Sight 2 MOA Dot with Multi-Height Mount System - Matte

Get on target fast with the Vortex Optics SPARC AR Red Dot Sight. Purpose-built for AR platforms and tactical rifles, this compact optic delivers rapid target acquisition, daylight-bright visibility, and rugged reliability in any environment.

Featuring fully multi-coated optics and a crisp 2 MOA red dot, the SPARC AR provides a clear sight picture with unlimited eye relief for parallax-free, two-eyes-open shooting. Powered by an easy-to-find single AAA battery, it boasts up to 5,000 hours of continuous runtime at lower settings and includes a 12-hour auto-shutdown feature to preserve battery life.

The single-piece chassis is nitrogen-purged and O-ring sealed for complete fogproof and waterproof performance, protected by a hard-anodized low-glare finish. Complete with a modular Multi-Height Mount System, the SPARC AR easily configures for absolute co-witness or lower 1/3 co-witness heights on standard Picatinny rails.

Key Features

  • Bright 2 MOA Red Dot: Crisp, daylight-visible red dot allows for rapid target engagement and precise shot placement.
  • 10 Illumination Settings: Digital rear-facing controls offer 10 brightness levels, including 2 night vision-compatible settings.
  • Multi-Height Mount System: Includes a versatile spacer system allowing for both absolute co-witness and lower 1/3 co-witness configurations.
  • AAA Battery Powered: Operates on a standard AAA battery (included) with up to 5,000 hours of battery life and a 12-hour auto-shutdown feature.
  • Rugged & Weatherproof: Compact single-piece body is shockproof, nitrogen-purged for fogproof operation, and waterproof across temperatures from -4°F to 158°F.
  • Fully Multi-Coated Lenses: Anti-reflective coatings increase light transmission for high image clarity in low-light conditions.
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