Henry Repeating Arms H9 Provider 30-30 16.5" 4-Round Threaded Barrel Rifle

The Henry Repeating Arms H9 Provider 30-30 16.5" 4-Round Threaded Barrel Rifle represents a modernized approach to lever-action carbine design, engineered for tactical professionals, hunters, and sport shooters who demand both traditional reliability and contemporary features. This rifle bridges the gap between classic Henry craftsmanship and modern tactical requirements, offering a compact platform suitable for property defense, hunting in varied terrain, and training applications where maneuverability and rapid target engagement matter equally.

The H9 Provider chambers the proven 30-30 Winchester cartridge, a round with century-old stopping power and consistent ballistic performance across North American hunting and tactical scenarios. The 16.5-inch barrel—threaded at the muzzle—enables attachment of sound suppressors or compensators, giving operators flexibility to tailor the rifle for mission-specific acoustic or recoil management. At 8.19 pounds, the rifle maintains excellent handling characteristics without sacrificing durability; the four-round magazine capacity reflects the lever-action platform's design while ensuring rapid reloads for defensive sequences. Henry's receiver construction and hardened steel components guarantee reliable cycling under high round counts and adverse conditions.

This rifle excels for law enforcement patrol carbines, ranch and property defense roles, and hunters operating in brush-heavy or close-quarters environments where the 30-30's trajectory and energy delivery outperform lighter intermediate cartridges. The threaded barrel invites suppressor integration—critical for hearing protection in confined spaces or low-light engagements—while remaining compatible with standard commercial 30-30 ammunition. The compact 16.5-inch profile makes the H9 Provider ideal for vehicle storage, building entry training, and situations demanding quick target acquisition without the bulk of longer rifle platforms. Lever-action operation provides mechanical reliability independent of gas systems or magazine-fed mechanics, ensuring function in extreme temperatures and after extended service intervals.