Sauer S1PAXT65P 100 Pantera 6.5 PRC 20" 6-Round Threaded Barrel Rifle

The Sauer S1PAXT65P 100 Pantera 6.5 PRC rifle represents a purpose-built platform engineered for precision rifle competition, long-range hunting, and tactical applications demanding sub-MOA accuracy at extended distances. This 20-inch threaded barrel rifle delivers the flat trajectory and minimal wind drift characteristics that define the 6.5 PRC cartridge, making it ideal for shooters who require repeatable performance in field conditions. Chambered in 6.5 Creedmoor's modern counterpart, the Pantera platform combines European engineering excellence with proven ergonomic design for serious marksmen.

The S1PAXT65P features a 20-inch threaded barrel, enabling suppressor mounting for reduced report and recoil mitigation—critical advantages in tactical and competitive environments. At 10.6 pounds, the rifle maintains manageable weight for field deployment while the 6-round magazine capacity balances reload frequency with handling dynamics. The Sauer 100 platform incorporates a bedded action, adjustable trigger, and modular stock compatibility, allowing shooters to customize fit and ergonomics for prolonged shooting sessions. The threaded barrel design accepts industry-standard suppressors and muzzle devices, providing flexibility for noise reduction or muzzle velocity optimization.

Law enforcement precision teams, long-range hunters, and competitive marksmen will find the Sauer S1PAXT65P 100 Pantera particularly suited to roles demanding consistent performance beyond 800 meters. The 6.5 PRC cartridge delivers superior downrange energy retention compared to traditional magnum calibers while generating lower recoil, improving shot placement during follow-up engagements. Standard Picatinny rails accommodate modern optic systems, ballistic computers, and tactical accessories. Suppressor compatibility via the threaded barrel reduces signature and shooter fatigue during extended shooting sessions, making this rifle equally effective in precision hunting applications where minimizing disturbance is essential.