The Taurus G2C 9mm Semi-Auto Pistol is a reliable firearm designed for personal defense and professional use. Featuring a compact overall length of approximately 6.25 inches and weighing just 22 ounces, it offers ease of handling and concealment without sacrificing performance. The pistol's striking black finish, combined with a FDE polymer frame, ensures durability and a sleek appearance. Equipped with a striker-fired action, the G2C provides a consistent trigger pull for accurate shooting. Its 12+1 round capacity, combined with a double-stack magazine, delivers ample firepower for a variety of scenarios. The white dot front sight and adjustable rear sight enhance target acquisition, making it suitable for both novice and experienced shooters. The inclusion of a Picatinny rail (Mil-STD 1913) allows for customization with tactical accessories or lights. This firearm is shipped with two 12-round magazines, ensuring extended shooting sessions or quick reloads. Designed without an internal lock, the Taurus G2C emphasizes straightforward operation and reliability. Its polymer frame with FDE accents not only improves grip comfort but also contributes to the pistol's overall lightweight design. Whether for home defense, concealed carry, or range practice, the Taurus G2C offers a balanced combination of size, capacity, and features that make it a versatile choice for firearm enthusiasts and professionals alike.
Features:
- Compact design with an overall length of approximately 6.25 inches and a weight of 22 ounces for easy handling and concealment
- Striker-fired action providing a consistent and reliable trigger pull
- 12+1 round capacity with double-stack magazines for enhanced firepower
- Black finish with a FDE polymer frame for durability and aesthetic appeal
- White dot front sight and adjustable rear sight for quick target acquisition
- Picatinny rail (Mil-STD 1913) for mounting tactical accessories or lights
- Includes two 12-round magazines for extended shooting and quick reloads
- No internal lock for straightforward operation and reliability
