The Midwest Industries MICRPC9 Combat transforms the Ruger PC Carbine into a tactical platform with enhanced modularity and improved ergonomics. This drop-in replacement handguard eliminates the factory plastic shroud while providing multiple mounting options for accessories and optics.
What Makes This Different
Unlike factory plastic handguards, the MICRPC9 features machined 6061-T6 aluminum construction with hardcoat anodizing for superior durability. The 12-inch length provides 33% more rail space than standard carbine handguards, allowing shooters to mount lights, grips, and bipods at optimal positions. M-LOK compatibility ensures accessories mount securely without adding unnecessary weight or bulk.
Key Features
- Drop-in installation for Ruger PC Carbine with no gunsmithing required
- 6061-T6 aluminum construction with Type III hardcoat anodizing
- 12-inch length provides extended M-LOK mounting surface
- Black finish matches factory Ruger components
- Ventilated design promotes barrel cooling during rapid fire
- Compatible with standard M-LOK accessories and mounting systems
- Maintains access to takedown lever and controls
This handguard performs consistently across temperature extremes and high round counts. Competition shooters benefit from the extended sight radius and accessory mounting options, while home defense applications gain from tactical light positioning. The aluminum construction dissipates heat more effectively than polymer alternatives, maintaining accuracy during extended shooting sessions.
Technical Specs
- Material: 6061-T6 aluminum with Type III hardcoat anodizing
- Length: 12 inches
- Finish: Black hardcoat anodized
- Mounting: M-LOK compatible slots
- Compatibility: Ruger PC Carbine (9mm)
- Installation: Drop-in replacement, no modifications required
- Country of Origin: United States
Midwest Industries backs this handguard with their reputation for precision manufacturing and quality control. The MICRPC9 Combat represents a significant upgrade path for PC Carbine owners seeking enhanced functionality without compromising reliability.