The GLOCK 17L MOS Gen5 is a high-performance full-size pistol designed for competitive shooting and reliable everyday use. Featuring a 6.02-inch barrel and a well-balanced slide, this firearm offers an extended sight radius that enhances accuracy and target acquisition. The model incorporates Modular Optic System (MOS) technology, allowing seamless attachment of optical sights for faster and more precise aiming. Its striker-fired action ensures consistent trigger pull, contributing to improved shooting performance. Constructed with durable polymer and finished in black, the GLOCK 17L MOS is lightweight and corrosion-resistant, making it suitable for a variety of shooting environments.
This pistol has a standard capacity of 17 rounds of 9mm ammunition, providing ample firepower for tactical and competitive scenarios. The fixed sights offer quick target alignment and are ideal for rapid shooting situations. Its full-size design ensures a stable grip and handling, making it a preferred choice for professional shooters and firearm enthusiasts alike. Whether used for competition or personal defense, the GLOCK 17L MOS Gen5 combines precision engineering with practical features to meet demanding needs.
The firearm's sleek profile and ergonomic design facilitate comfortable handling and quick draw. The lightweight polymer frame reduces fatigue during extended shooting sessions, while the robust construction guarantees longevity and consistent performance. The GLOCK 17L MOS is a versatile pistol that balances accuracy, capacity, and ease of use, making it a top choice for those seeking a reliable and adaptable firearm.
Features:
- Long 6.02-inch barrel for enhanced accuracy and longer sight radius
- MOS technology for easy attachment of optical sights
- Striker-fired action for consistent trigger pull
- Full-size polymer frame for durability and lightweight handling
- 17-round magazine capacity for extended shooting sessions
- Fixed sights designed for quick target acquisition
- Black finish with corrosion-resistant polymer material
