DuraMag 28rd 6.8 SPC/22 Nosler AR-15 Magazine Stainless Steel

The DuraMag 2868041207CPD delivers extended capacity for 6.8 SPC and 22 Nosler platforms with proven stainless steel construction. This 28-round magazine combines corrosion resistance with reliable feeding geometry optimized for both cartridge types in AR-15 pattern rifles.

What Makes This Different

Stainless steel construction sets this magazine apart from standard aluminum alternatives, providing superior corrosion resistance in harsh environments. The dual-caliber compatibility eliminates the need for separate magazines when switching between 6.8 SPC and 22 Nosler ammunition. Advanced follower geometry ensures consistent feeding across the extended 28-round capacity without the binding issues common in longer magazines.

Key Features

• 28-round capacity for extended shooting sessions
• Stainless steel body resists corrosion and wear
• Compatible with both 6.8 SPC and 22 Nosler cartridges
• Gray anti-tilt follower prevents binding and misfeeds
• Standard AR-15 magazine well compatibility
• Detachable design for quick reloads
• Black finish for tactical applications

Field testing demonstrates reliable function across temperature extremes and extended firing schedules. The stainless steel construction maintains dimensional stability under stress while the optimized spring tension supports consistent bolt hold-open function. Competition shooters benefit from the extended capacity during rapid-fire stages, while hunters appreciate the corrosion resistance during wet weather conditions.

Technical Specs

• Capacity: 28 rounds
• Caliber: 6.8 SPC / 22 Nosler
• Material: Stainless steel body
• Follower: Gray anti-tilt design
• Finish: Black
• Platform: AR-15 pattern rifles
• Weight: Approximately 5.2 oz empty
• Overall length: Approximately 9.8 inches

The DuraMag 2868041207CPD addresses the specific feeding challenges of intermediate cartridges in extended-capacity magazines. Stainless steel construction justifies the investment for users requiring long-term reliability in demanding conditions.