Cheyenne, WY — In a feat rendering all previous long-range metrics obsolete, local precision enthusiast Garrett Miller connected with a 7,774-yard target last Saturday, fundamentally reshaping projectile ballistics and, potentially, geology. Using a custom BAT Machine action chambered in an experimental .50 BMG variant, his 10-foot barreled monstrosity, "The Planetary Aligner," sent a 750-grain solid brass projectile on a trajectory that briefly attained low-Earth orbit before re-entry.
Miller’s DOPE card, reportedly a scroll three yards long, incorporated real-time density altitude from a weather balloon array, localized gravitational anomalies, and the moon's tidal pull on the projectile's final 1,500 yards. His Nightforce ATACR 7-35x56, mounted on a custom 10,000 MOA base, required a spotter team with dedicated parabolic reflectors to confirm the target — a single, regulation-sized clay pigeon perched precariously on a distant mesa. Seismographs recorded the confirmed impact.
"We had to account for the Coriolis effect not just on the projectile, but also on the target itself, given its rotational velocity," Miller stated, wiping condensation from his scope cap. "Truing data took three weeks, mostly due to unforeseen atmospheric impedance from migrating geese at 15,000 feet."
The implications for competitive shooting are profound. Match directors are now scrambling to design stages factoring localized atmospheric pressure fluctuations from passing airliners. Handloaders are abandoning traditional BC calculations for multi-dimensional vector analysis. Barrel manufacturers grapple with sudden demand for rifles capable of interplanetary travel. The Cold Bore shot, once a concept, is now a literal journey.
