The Taurus GX4XL 9mm pistol is a reliable and versatile option for everyday carry and personal defense. Featuring a longer slide that adds approximately 1 inch over the standard GX4 model, it enhances muzzle velocity and sight radius, allowing for greater accuracy and quicker target acquisition. The 3.7-inch barrel provides a balance of concealability and performance, making it suitable for discreet carry while maintaining effective firepower. Constructed with a durable polymer frame and a black finish, the Taurus GX4XL combines lightweight handling with robust durability.
The firearm incorporates a striker-fired action with a trigger safety for consistent shot control and safety. Its adjustable sights enable users to customize their aiming point for improved accuracy in various conditions. The pistol’s compact size and minimal printing make it an excellent choice for concealed carry under light clothing, without sacrificing firepower.
One of the standout features of the Taurus GX4XL is its Taurus Optic Ready Option mounting system, designed around a factory-cut slide that facilitates mounting several popular micro-red dot sights. This feature allows for faster target acquisition and a more confident sight picture, especially in high-pressure situations. The firearm’s 13-round magazine capacity offers ample firepower for self-defense scenarios, while its overall design emphasizes ease of use and quick handling. Whether you are a seasoned shooter or a new enthusiast, the Taurus GX4XL delivers dependable performance in a compact, user-friendly package.
Features:
- Longer slide increases muzzle velocity and sight radius for enhanced accuracy
- Optic Ready Option mounting system supports popular micro-red dot sights
- Compact design with minimal printing for discreet carry
- Striker-fired action with trigger safety for consistent firing and safety
- Adjustable sights allow for personalized aiming adjustments
- 13-round magazine capacity provides ample firepower
- Durable polymer frame with black finish balances weight and robustness
