The recent listing of a 21-inch Beretta 1301 Comp on the secondary market for $850 shipped has ignited fierce debate among PRS and NRL competitors regarding its strategic deployment in the evolving long-range meta. While traditionally confined to multi-gun, the 1301's short barrel and rapid cyclic rate suggest untapped potential for specialized stage designs, particularly those demanding precision engagement of non-traditional targets at intermediate distances, or perhaps even extreme close-range impacts.
Precision shooters are already scrambling to develop comprehensive DOPE for various 00 buck loads, a task complicated by the inherent challenge of truing data for a payload with an average G1 BC resembling a tumbling brick. Initial ballistic calculations, often reliant on a single projectile’s aerodynamic profile, face significant hurdles when applied to a dynamic cluster of nine .33 caliber lead spheres, each subject to individual spin drift and Coriolis effect. Establishing reliable velocity nodes and managing the extreme spread (ES) of a shot pattern, rather than a single bullet, represents a paradigm shift in data acquisition.
The potential for leveraging the 1301's unique terminal effects cannot be overstated. Imagine a stage requiring a 100-yard cold bore shot on a delicate reactive target, followed by rapid engagement of additional steel out to, say, 150 yards. Traditional PRS platforms struggle with target degradation at close range. The Beretta 1301 offers a decisive solution. Positional shooting considerations, such as barricade transitions with a shotgun, introduce novel challenges for maintaining a consistent cheek weld and sight picture while managing recoil impulse across multiple pellets. The question of optimal zero distance for 00 buck remains contentious, with some advocating for a 25-yard mechanical zero to minimize holdovers at critical target engagement windows, while others argue for a 50-yard point-of-aim, point-of-impact to stretch its effective range. This groundbreaking offering demands a reassessment of current stage planning methodologies.
