Magpul MAG327 MOE/CTR Cheek Riser 0.75" Gray Stock Accessory

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Description

The Magpul MAG327 Cheek Riser transforms standard MOE and CTR stocks into precision shooting platforms by adding a consistent 0.75-inch cheek weld height. This polymer accessory eliminates the awkward head positioning that occurs when mounting optics on AR-15 platforms.

What Makes This Different

Unlike foam pads or adjustable risers that shift during use, the MAG327 locks securely into the stock's existing attachment points. The fixed 0.75-inch height provides the optimal cheek-to-scope alignment for most red dot sights and low-profile scopes. Gray polymer construction matches Magpul's color standards and maintains the stock's original profile.

Key Features

Raises cheek weld height by exactly 0.75 inches for consistent scope alignment
Direct attachment to MOE and CTR stock mounting points - no adhesives required
Impact-resistant polymer construction in Magpul Gray color
Maintains original stock functionality and folding capability
Textured surface prevents slipping during rapid target transitions
Compatible with all MOE and CTR carbine stock variants
Tool-free installation using existing stock hardware

The riser performs consistently across temperature extremes and maintains zero shift during extended shooting sessions. Competition shooters benefit from the repeatable cheek placement, while tactical users appreciate the quick target acquisition. The polymer material resists impact damage and chemical exposure common in field environments.

Technical Specs

Height increase: 0.75 inches (19mm)
Material: Reinforced polymer construction
Color: Magpul Gray (MAG327-GRY)
Weight: 1.2 ounces
Compatibility: MOE Carbine Stock, MOE SL Carbine Stock, CTR Carbine Stock
Installation: Uses existing stock mounting hardware
Country of origin: Made in USA

The MAG327 solves the fundamental problem of proper scope alignment on carbine-length stocks. Professional shooters and recreational users alike depend on this accessory for consistent performance when optics demand higher cheek placement.