The NRA’s recent unveiling of its 2025 National Championship schedule has sent ripples across the precision rifle community, not for its standard array of challenging PRS-style stages, but for its bold, arguably pioneering, foray into what sources confirm are *non-terrestrial* and *sub-aquatic* environments.
The flagship event, "Phobos Lunar Module Decommissioning," will see top shooters engaging decommissioned orbital debris from an atmospheric habitat on Phobos, Mars’s larger moon. Competitors will be tasked with cold bore shots on targets out to 2,700 yards. Without atmospheric density, traditional wind calls become moot, yet the minuscule Coriolis effect will demand unprecedented reticle holds. Handloaders accustomed to truing data for density altitude will now contend with the complete absence of it, forcing entirely new BC calculations for 6.5 Creedmoor and 6 Dasher projectiles in a near-perfect vacuum.
Adding to this audacious lineup is the "Mariana Trench Buoyancy Control" championship. Shooters, operating from a deep-sea submersible, will attempt to neutralize negatively buoyant targets at 1,200 yards within the Challenger Deep. Here, bullet stability and velocity nodes become entirely theoretical. Density altitude is replaced by density *depth*, requiring ballistic solutions for extreme fluid drag, where even spin drift is complicated by water viscosity. Spotters will face unprecedented optical distortion, and the effects of ambient pressure on barrel harmonics are still being modeled by NASA.
These new venues represent a significant philosophical shift, elevating the concept of competitive precision shooting beyond mere Earth-bound ballistics. The top tier will, as always, adapt, developing novel DOPE cards for conditions previously reserved for theoretical physics. Only those with absolute mastery of their systems, and potentially a specialized rebreather, stand a chance.
