The Magpul Pro 700 Folding Stock transforms the Remington 700 short action into a compact, field-ready precision rifle. This OD Green synthetic stock reduces overall length by 13 inches when folded while maintaining the structural integrity needed for consistent accuracy.
What Makes This Different
Unlike traditional fixed stocks, the Pro 700's folding mechanism locks securely in both positions with zero play or movement. The stock features Magpul's proven QD sling attachment system and accepts standard AR-pattern pistol grips. Built from reinforced polymer construction, it weighs 40% less than comparable aluminum folding stocks while providing the same rigidity.
Key Features
- Folding design reduces rifle length from 46" to 33" for transport and storage
- Tool-free length of pull adjustment from 12.75" to 14.75"
- Integrated QD sling swivel receptacles at multiple positions
- Compatible with standard AR-15/M4 pistol grips and trigger guards
- Reinforced polymer construction with stainless steel hardware
- Accepts standard Remington 700 short action bottom metal
- Non-slip rubber buttpad with 0.70" thickness
Field testing demonstrates the stock maintains zero when folded and deployed repeatedly. The locking mechanism engages with 25 pounds of retention force, preventing accidental closure during rapid manipulation. Weather sealing keeps debris out of the hinge mechanism in adverse conditions. The stock accommodates optics with up to 56mm objective lenses when folded.
Technical Specs
- Weight: 2.1 pounds
- Overall length folded: 13.5 inches
- Length of pull range: 12.75" - 14.75"
- Material: Glass-filled nylon polymer
- Finish: OD Green Cerakote
- Compatibility: Remington 700 short action only
- Hardware: Type III hard-coat anodized aluminum and stainless steel
- Country of origin: USA
The Pro 700 stock delivers the compact profile demanded by tactical applications without sacrificing the precision expected from the Remington 700 platform. Professional users report improved maneuverability in vehicles and confined spaces while maintaining sub-MOA accuracy potential.