Taylor's & Co. & Company 210139 .45-70 Govt 32" 1-Round Rifle

The Taylor's & Company 210139 .45-70 Govt 32" rifle is a full-sized lever-action platform built for hunters, sport shooters, and tactical professionals who demand proven stopping power and reliability in a classic design. This rifle carries the heritage of one of America's most respected cartridges—the .45-70 Government—originally developed for military use and still regarded as one of the most effective medium to long-range hunting rounds available. Whether you're pursuing game in rugged terrain or maintaining a defensive rifle battery, this rifle bridges historical accuracy with modern sporting application.

The 32-inch barrel maximizes velocity and energy retention, delivering the ballistic performance the .45-70 Government cartridge was designed to achieve—critical for ethical shot placement at extended ranges. At 14.6 pounds, the rifle balances inherent recoil management with practical field carry, while the lever-action mechanism ensures fast follow-up shots and operates reliably across temperature extremes and adverse conditions that compromise semi-automatic and bolt-action platforms. The single-round loading design reflects traditional lever-action characteristics, prioritizing mechanical simplicity and field-proven dependability over magazine-fed capacity—a trade-off favored by professional hunters and shooters who value shot placement over cyclic rate.

This rifle serves hunters pursuing elk, moose, and dangerous game; sport shooters competing in long-range carbine matches; and experienced shooters building a specialized defense rifle. The .45-70 Government cartridge compatibility ensures access to quality commercial ammunition, handloading components, and historical ballistic data across a century of proven performance. Law enforcement and military personnel who understand lever-action operation will find this platform intuitive and maintenance-straightforward, with no polymer dependency or complex gas-tube systems to compromise reliability in field conditions.