The competitive long-range community was rocked this week by revelations from three-time PRS National Champion, "Hawk" Harrison, regarding an unforeseen variable severely compromising his auxiliary platform scores. Harrison, known for his meticulous data logging and unerring cold bore consistency, disclosed that a factory-original plastic recoil pad on his secondary 12-gauge scattergun was introducing critical, quantifiable deviations in shot dispersion at engagements as close as 75 yards. Analysis, conducted with a specialized recoil impulse sensor array, reportedly showed irregular micro-vibrations across the buttstock interface, translating directly into an egregious 1.75 MOA spread on follow-up shots with #7.5 target loads.
Harrison's team, in a bid to mitigate this previously overlooked systemic instability, commissioned a bespoke, high-density polymer and Sorbothane composite recoil interface, meticulously designed to exacting tolerances. The installation process itself was a testament to precision engineering, involving a custom-machined buttstock fixture, digital micrometers for precise length-of-pull replication to within 0.001 inches, and cryogenic tempering of the mounting screws to maintain absolute dimensional stability under rapid thermal cycling. Preliminary truing efforts with the modified platform suggest a newfound consistency in velocity nodes, enabling the team to finally obtain reliable DOPE for both specialized slug and buckshot loads out to 200 yards. Initial field tests, performed under tightly controlled atmospheric conditions at the ELR compound, indicate a drastic reduction in shot stringing, with preliminary 5-round groups averaging 0.45 MOA at 100 yards when utilizing a specialized sabot slug — a marked improvement from the earlier 2.2 MOA average. The new pad, boasting a Shore A hardness rating optimized for rapid positional transitions and minimal spin drift induction, is expected to re-establish Harrison's dominance in the highly contested 'Close Quarters Ballistic Breaching' stage, where every tenth of an MOA counts. This incident serves as a stark reminder that no component, however seemingly innocuous, can be overlooked in the relentless pursuit of perfection, even on platforms typically relegated to lesser pursuits.
