Charter Arms 74424 Bulldog Large 2.5" 5-Round Stainless Revolver

The Charter Arms 74424 Bulldog Large 2.5" 5-Round Stainless Revolver is a purpose-built compact handgun designed for concealed carry, backup duty, and personal defense in high-risk civilian and law enforcement applications. Built on Charter Arms' proven Bulldog platform, this revolver delivers reliable stopping power in an incredibly compact footprint—ideal for officers and armed civilians who require deep concealment without sacrificing shootability. The 2.5-inch barrel provides adequate velocity for defensive loads while maintaining a profile small enough to carry in ankle holsters, pocket rigs, or off-body systems.

Constructed from stainless steel, the Bulldog Large resists corrosion and requires minimal maintenance in field conditions—critical for backup weapons and duty arms exposed to moisture and harsh environments. The five-round cylinder delivers adequate capacity for defensive engagements while maintaining the frame geometry necessary for concealment; the single-action/double-action trigger mechanism provides both precision aimed fire and rapid-deployment capability under stress. At 2.29 pounds, the revolver sits at the threshold between lightweight carry and controllable recoil management, with dimensions of 8.2 x 3.5 x 10.5 inches enabling strong two-handed presentations from most carry positions.

Law enforcement officers, armed security professionals, and civilian permit holders benefit most from the Bulldog Large's balance of lethality and discretion. The compact profile excels as a backup gun for uniformed patrol or plainclothes investigation, while its stainless construction serves well in vehicle-mounted, weather-exposed duty scenarios. Pair this revolver with quality defensive ammunition, an IWB or ankle holster, and a thorough training regimen to maximize its effectiveness in critical incidents. The five-round capacity and point-and-shoot reliability make it particularly suitable for high-stress threat environments where mechanical simplicity and proven design outweigh capacity considerations.