Taurus Public Def Pol .410 Bore 2" OD Green Revolver

The Taurus Public Defender Polymer .410 Bore 2" OD Green Revolver is purpose-built for close-quarters personal protection and backup duty use. Chambered in .410 bore, this compact revolver delivers multi-projectile shot patterns at defensive distances while maintaining the simplicity and reliability of revolver operation. Law enforcement and armed citizens value this platform for its low recoil signature relative to its stopping power, making it an accessible option for shooters of varying experience levels who demand dependable performance in high-stress scenarios.

At 7.65 inches in overall length and weighing just 1 pound, the Taurus Public Defender Polymer .410 Bore represents a lightweight, concealable platform without sacrificing practical firepower. The 2-inch barrel is optimized for point-of-aim accuracy at typical defensive engagement ranges of 7 to 15 yards, where shot spread from .410 shot loads provides increased hit probability. The OD green polymer frame reduces weight and corrosion risk compared to steel construction, while the revolver's five-shot cylinder delivers adequate capacity for personal defense without the manual safety manipulation required by some semi-automatic designs—a critical advantage under stress-induced fine motor degradation.

Tactical professionals, armed security personnel, and civilians seeking a resilient backup weapon benefit most from this compact revolver. The .410 bore platform excels in vehicles, boats, and other confined spaces where over-penetration risk is elevated, and its negligible recoil allows faster follow-up shots and better shot placement consistency. Standard .410 shot loads and slugs feed reliably through the five-shot cylinder; users should verify load compatibility through Taurus documentation before deployment. Its rugged polymer construction withstands field conditions that would compromise reliability in some striker-fired platforms, making it an ideal secondary firearm for duty belts or ankle carry configurations.