The Bergara Premier Series Competition Rifle is engineered for precision and performance, making it an excellent choice for competitive shooters and long-range enthusiasts. Featuring a 26-inch threaded barrel, this rifle offers exceptional stability and accuracy, with a heavier stainless steel construction that resists warping and maintains consistent shot placement even under extended firing sessions. Its modular design includes an MPA BA Competition Chassis, providing adjustable fit and enhanced durability to adapt to various shooting positions and preferences. The chassis design also incorporates an integrated Arca Swiss rail, allowing for quick, secure attachment of accessories such as bipods, optics, and camera mounts, facilitating seamless adjustments during competitions or field use. The rifle is chambered in 6mm Creedmoor, known for its flat trajectory and minimal recoil, making it ideal for precise long-range shooting. The bolt-action mechanism ensures reliable cycling and safety, with a 10-round capacity to support extended shooting sessions. The Bergara Partnership with TriggerTech ensures a smooth, creep-free trigger pull, further elevating accuracy and shooter confidence in demanding conditions. This rifle comes in a sleek black finish, combining aesthetic appeal with functional ruggedness. Designed for right-handed shooters, it is suitable for a wide array of tactical, competitive, and recreational applications, delivering consistent performance in a ready-to-shoot package.
Features:
- 26-inch stainless steel threaded barrel designed for stability and heat resistance
- Premium MPA BA Competition Chassis for adjustable fit and durability
- Integrated Arca Swiss rail for accessory mounting and quick adjustments
- Chambered in 6mm Creedmoor for flat trajectory and minimal recoil
- Bolt-action mechanism for reliability and safety
- 10-round capacity for extended shooting sessions
- Partnership with TriggerTech for a frictionless, crisp trigger pull
- Sleek black finish with right-handed configuration for optimal ergonomics
