Leupold Mark 4 Cross-Series 35mm Aluminum Weaver/Picatinny Rings, Matte Black Finish

SLOT 35MM MED ALUMINUM MATTE

Upgrade your firearm setup with the Leupold Mark 4 Cross-Series 35mm aluminum rings, designed for Weaver and Picatinny rails. Crafted from durable aluminum with a matte black finish, these rings provide a robust and corrosion-resistant mounting solution for your optics. The precise engineering ensures a secure fit, maintaining zero even under heavy recoil and challenging conditions. The 35mm tube size offers compatibility with a wide range of scopes, making them suitable for hunting, tactical, and precision shooting applications. Easy to install, these rings are a reliable choice for shooters seeking durability and performance.

The Leupold Mark 4 Cross-Series rings feature a sleek, low-profile design that helps maintain a slim profile on your firearm while providing maximum stability. The lightweight aluminum construction minimizes added weight, ensuring your firearm remains maneuverable and comfortable during extended use. With a dimension of approximately 0.85 inches in height, 4.75 inches in length, and 5.55 inches in width, these rings are engineered for compatibility with various firearm models and scopes.

Designed with precision and durability in mind, these rings are ideal for shooters who demand reliability and high performance from their optics mounting system. The black matte finish reduces glare and reflection, further enhancing their suitability for tactical and hunting situations. Whether you're upgrading your current setup or outfitting a new firearm, the Leupold Mark 4 Cross-Series rings offer a dependable, high-quality mounting solution that meets professional standards.

Features:

• Material: Made from durable aluminum for strength and corrosion resistance

• Finish: Matte black to reduce glare and reflection

• Tube Size: Compatible with 35mm scope tubes

• Type: Designed for Weaver and Picatinny rails

• Design: Low-profile, lightweight construction for optimal stability and maneuverability