About Reset Dynamics

Precision Engineering for Forced-Reset Systems

Reset Dynamics was founded on the principle that trigger systems deserve the same engineering rigor as any other precision mechanism. While most firearms components receive meticulous attention, forced-reset triggers have historically been treated as afterthoughts—mass-produced with loose tolerances and questionable metallurgy. We're changing that equation.

The operation is spearheaded by Wes Holloway, whose background in aerospace CNC machining and subsequent transition to firearms work in 2015 provided the foundation for our exacting standards. After spending four years as lead gunsmith at a Tier 1 AR-15 manufacturer, Wes identified significant performance gaps in existing reset mechanisms and began developing specialized solutions.

Our development process involves extensive prototyping and testing—Wes has personally engineered and evaluated over 200 iterations of reset mechanisms across both Glock and AR platforms. Each component undergoes dimensional verification to ±0.0005" tolerances and material testing to ensure consistent performance under cyclic loading conditions. We don't just sell parts; we validate engineering solutions.

What distinguishes our selection is the specific attention to timing windows, sear engagement geometries, and spring dynamics that other manufacturers overlook. Every component in our catalog has been tested to 50,000+ cycles with high-speed video analysis of reset behavior. We document trigger pull weight variance, reset force characteristics, and dimensional stability across temperature ranges from -20°F to 160°F.

You'll notice our product descriptions include engineering data that matters: Rockwell hardness specifications, surface finish measurements, and dimensional callouts for critical interfaces. We provide the technical details engineers need to make informed decisions, not just marketing buzzwords. This is firearms component engineering, distilled to its essential specifications.