Aero Precision AR15 Stripped Upper Receiver No Forward Assist - Anodized Black

The Aero Precision AR15 Stripped Upper Receiver No Forward Assist in anodized black is a precision-forged component engineered for builders who prioritize a clean, minimalist upper assembly. Machined from 7075-T6 aluminum to mil-spec M16/M4 specifications with M4 feedramps, this stripped upper provides the foundation for a reliable, dependable rifle build. The deleted forward assist design reduces reciprocating mass and port door complexity, appealing to shooters who operate without external forward assist provisions or prefer a streamlined receiver profile.

The no-forward assist configuration uses a custom forging specifically designed to work with mil-spec port doors, ensuring compatible function with standard AR15 components. The anodized black hardcoat finish provides corrosion resistance and dimensional stability across varying environmental conditions—critical for duty and field applications. At 0.55 pounds and compact external dimensions (3.5 x 3 x 8.75 inches), the receiver integrates seamlessly into carbine, mid-length, and rifle-length builds without adding unnecessary weight to the platform. The precision machining tolerances maintain critical receiver-to-lower fitment, delivering the consistent lockup expected from Aero Precision's manufacturing standards.

This upper receiver suits builders assembling patrol carbines, range rifles, precision platforms, or training systems where forward assist deletion is either preferred or required by operational doctrine. It pairs with any Aero Precision AR15 lower receiver or compatible mil-spec lower to form a complete, function-tested upper-lower assembly. Operators and builders selecting the no-forward assist variant typically value the reduced bolt carrier group reciprocation, simplified charging handle cycles, or specific aesthetic and ergonomic preferences that this configuration provides.

Stripped uppers require assembly with bolt carrier groups, charging handles, and other internal components—they ship without bolt, carrier, or springs. This approach allows builders complete control over component selection, finish matching, and performance tuning to match individual build specifications and budget tiers.