ATI Schmeisser S60 Magazine 60-Round 223/5.56 NATO Black Polymer

(No reviews yet) Write a Review

Description

The ATI Schmeisser S60 Magazine delivers 60 rounds of 223 Rem/5.56x45mm NATO capacity in a lightweight polymer construction. This high-capacity magazine addresses the need for extended shooting sessions without frequent reloads.

What Makes This Different

The Schmeisser S60 utilizes a unique quad-stack design that maintains reliable feeding while achieving 60-round capacity. Unlike traditional drum magazines that add bulk and weight, this design keeps the profile manageable. The polymer construction reduces overall weight compared to steel alternatives while maintaining structural integrity under stress.

Key Features

60-round capacity for extended shooting sessions
Quad-stack design for reliable feeding and compact profile
Durable black polymer construction resists impact and corrosion
Compatible with AR-15 platform rifles chambered in 223/5.56 NATO
Reinforced feed lips prevent deformation under load
Anti-tilt follower ensures consistent cartridge presentation
Textured grip surfaces for positive handling in all conditions

Field performance demonstrates consistent feeding across various ammunition types and environmental conditions. The magazine functions reliably in competitive shooting scenarios where high round counts are essential. Temperature extremes and moisture exposure show minimal impact on feeding reliability. The polymer construction withstands drops and impacts that might damage traditional metal magazines.

Technical Specs

Capacity: 60 rounds
Caliber: 223 Remington/5.56x45mm NATO
Material: High-impact polymer construction
Color: Black
Compatibility: AR-15 platform rifles
Design: Quad-stack configuration
Weight: Approximately 1.2 pounds loaded
Country of Origin: Germany

The ATI Schmeisser S60 Magazine provides serious shooters with extended capacity without compromising reliability. The proven quad-stack design and quality construction make this magazine a practical choice for applications requiring high round counts.