Ruger Precision Rifle Magazine 5rd 300 Win Mag/300 PRC Black

The Ruger 90682 Precision magazine delivers reliable feeding for precision shooting applications in 300 Winchester Magnum and 300 PRC chamberings. This factory magazine ensures consistent performance in Ruger Precision Rifle platforms where accuracy and reliability matter most.

What Makes This Different

Factory-engineered specifically for Ruger Precision Rifle systems, this magazine features steel construction with a black oxide finish for enhanced durability. The dual-caliber compatibility accommodates both 300 Winchester Magnum and 300 PRC cartridges without modification. Internal geometry optimizes cartridge presentation for smooth bolt operation and consistent chambering.

Key Features

• 5-round capacity for 300 Winchester Magnum and 300 PRC cartridges
• Steel construction with corrosion-resistant black oxide coating
• Factory-engineered for Ruger Precision Rifle compatibility
• Dual-caliber design eliminates need for separate magazines
• Anti-tilt follower ensures reliable cartridge feeding
• Positive lock engagement with magazine well
• Heat-treated steel spring maintains consistent tension

Field performance centers on consistent feeding under varying conditions. The steel construction withstands repeated loading cycles while maintaining dimensional stability. Competition shooters benefit from the reliable feeding characteristics during rapid string-of-fire scenarios. The magazine functions effectively in temperature extremes from -20°F to 140°F.

Technical Specs

• Capacity: 5 rounds
• Caliber Compatibility: 300 Winchester Magnum, 300 PRC
• Material: Steel with black oxide finish
• Overall Length: Approximately 3.8 inches
• Width: 0.85 inches
• Compatible Platform: Ruger Precision Rifle
• Country of Origin: USA
• Manufacturer Part Number: 90682

This factory magazine eliminates feeding inconsistencies associated with aftermarket alternatives. The proven design maintains Ruger's reputation for mechanical reliability. Precision rifle applications demand components that perform without compromise.