Christensen Arms Summit Ti 7mm Rem Mag 26" Bolt-Action Rifle

The Christensen Arms Summit Ti 7mag Carbon 26" rifle represents precision engineering built for shooters who demand sub-MOA accuracy and lightweight portability in demanding field conditions. Chambered in 7mm Rem Mag, this bolt-action rifle is purpose-built for long-range hunting, tactical applications, and competitive marksmanship where terminal ballistics and extended-range capability are non-negotiable. The 26-inch barrel maximizes velocity and enables consistent shot placement beyond 1,000 yards, making it an ideal choice for experienced marksmen seeking a modern, carbine-weight magnum platform.

Built around Christensen Arms' proprietary titanium action paired with a carbon-fiber barrel, the Summit Ti delivers exceptional stiffness-to-weight ratio that reduces shooter fatigue without sacrificing rigidity or thermal stability. The 26-inch stainless-finished carbon barrel resists environmental corrosion while maintaining consistent accuracy across temperature extremes—critical for field operations and variable-weather deployments. The synthetic sporter-style stock in natural carbon provides ergonomic control and durability, while the 3+1 capacity magazine system balances tactical reload speed with hunting convention, ensuring reliable feeding in semi-arid and harsh-climate environments.

This platform benefits shooters ranging from long-range competition participants and tactical-rifle enthusiasts to professional hunters and military-adjacent marksmen. The bare receiver design—no factory sights included—is intentional, allowing end-users to mount optics, night-vision systems, or precision iron-sight combinations tailored to specific mission profiles. Weighing just 7 pounds, the Christensen Arms Summit Ti 7mag Carbon 26" is compatible with standard 7mm Rem Mag ammunition and Remington 700 footprint accessories, enabling rapid customization and field-proven modularity. Scope rings and a quality optic mount are essential additions for realizing this rifle's inherent accuracy potential.