The Weatherby Mark V Capra Ti .22 Creedmoor is a precision bolt-action rifle designed for hunters and shooting enthusiasts who demand reliability and performance. Weighing approximately 4.1 pounds, this firearm offers a lightweight yet durable construction suitable for field use. Its sleek graphite black Cerakote finish provides excellent corrosion resistance and a modern aesthetic. The rifle features a 3D HEX recoil reducer that minimizes felt recoil, enhancing comfort during extended shooting sessions. The TriggerTech trigger ensures a crisp, clean pull, contributing to enhanced accuracy and shooter confidence. Equipped with a skip-fluted barrel, the Mark V Capra delivers improved heat dissipation and reduces weight without sacrificing stiffness, making it ideal for hunting or target shooting. The rifle’s 2+1 capacity allows for quick reloads, and it comes with a durable camo stock crafted from brown and tan carbon fiber camo, providing excellent concealment in natural environments. Note that this model does not include sights, allowing users to customize their optics for specific needs. Overall, the Weatherby Mark V Capra Ti .22 Creedmoor is a high-performance firearm combining advanced features with lightweight design, perfect for precision shooting and hunting applications.

Features:

• 3D HEX recoil reducer minimizes felt recoil for improved shooting comfort

• TriggerTech trigger provides a crisp, reliable trigger pull for enhanced accuracy

• Skip-fluted barrel offers better heat dissipation and reduces overall weight

• Lightweight design at approximately 4.1 lbs for easy handling and portability

• Durable graphite black Cerakote finish offers corrosion resistance and sleek appearance

• Camo stock with brown and tan carbon fiber pattern for effective concealment

• Bolt-action mechanism ensures reliable cycling and long-term durability

• Capacity of 2 + 1 rounds for quick reloading and extended shooting sessions

• Designed for customization with no factory sights included, ideal for mounting your preferred optic