Vltor Fn Scar Stock Tan

The VLTOR FN SCAR Stock in Tan is a purpose-built replacement buttstock module engineered for the FN SCAR platform. Unlike the original equipment stock, this aftermarket upgrade incorporates battle-proven ergonomic enhancements and functional additions that directly address field-identified shortcomings in the factory buttstock design.

The redesigned buttpad features negative pitch geometry—a subtle downward angle that creates a more natural transition into the shouldered ready position, reducing shooter fatigue during extended engagement cycles. The stock incorporates QD (Quick-Detach) sling swivel sockets for rapid attachment and detachment of tactical slings without tools, plus integrated storage compartments for batteries, lubricant pads, or small field items. An internal metal reinforcement plate strengthens the stock structure against impact damage common in vehicle operations, building clearances, and rapid deployment scenarios. The Tan (Patriot Brown) finish provides durability comparable to factory finishes while offering a modern aesthetic compatible with contemporary tactical builds.

This stock suits operators and professional end-users running SCAR platforms in patrol, training, or operational environments where ergonomic consistency and functional modularity matter. The negative-pitch geometry addresses shooter feedback on the original stock's geometry, particularly for personnel running plate carriers or armor systems where buttstock purchase points become critical to controllability. The addition of QD sockets and storage capacity makes this module valuable for units standardizing on modular load-bearing systems.

VLTOR's stock modules are widely recognized within professional and competitive shooting communities as incremental upgrades that solve genuine usability issues on the SCAR platform. The FN SCAR Stock represents a straightforward replacement that does not require alterations to the receiver, making it a field-swappable upgrade path for existing SCAR users seeking improved ergonomics and utility without platform re-evaluation.