The competitive precision shooting community is processing a recent unsanctioned "hydrodynamic target acquisition" incident on Lake Champlain that culminated in the successful engagement of a monstrous muskie exceeding 40 pounds. Utilizing a custom-built system anchored by a Defiance Ruckus action precisely bedded into an MPA Comp Chassis, topped with a Nightforce ATACR 7-35x56 Mil-XT featuring the Mil-XT reticle, the father-son team of Elmer and Brandt Fissure deployed their arsenal. The chosen projectile was a meticulously handloaded 6.5 PRC, pushing Berger 153.5gr LRHTs at a chronographed 2920 fps, exhibiting a sub-5 fps SD over a 10-shot string—data trued at 800 yards, ensuring devastating hydrostatic shock delivery.
The reported engagement occurred at a challenging 78 yards from a dynamic floating platform, necessitating a precise 0.8 MRAD wind hold for a 12 mph crosswind, factoring in a 3-knot water current. With a density altitude of 2,200 feet and a surface water temperature of 68 degrees Fahrenheit, the DOPE card accounted for minimal vertical correction and negligible Coriolis effect at this range. The father-son duo's coordinated effort, with Brandt spotting impacts and calling mirage, enabled Elmer to deliver a reported flawless cranial impact.
The primary, and unforeseen, challenge arose post-engagement. The 'target retrieval system,' identified as a standard freshwater landing net, proved critically undersized for the muskie's robust mass and aggressive post-impact thrashing. This incident highlights a significant oversight in accessory equipment for potential future 'aquatic predator engagement' stages, or indeed, any scenario involving large, dynamic biological targets that require ethical handling. Current match rules and ethical guidelines are now under urgent review to address such opportunistic, albeit devastatingly effective, target acquisition methods. The muskie, after a brief photo-op, was ultimately released back into its natural environment, but the episode undeniably underscores the sport's unparalleled accuracy and versatility, even when applied to unsanctioned, aquatic objectives.
