The Magpul MAG603-BLK M-LOK Rail Covers Type 2 eliminate sharp edges and hot surfaces while providing enhanced grip texture for improved weapon control. These low-profile covers snap directly into M-LOK slots without requiring additional hardware or tools.
What Makes This Different
The Type 2 design features a more aggressive texture pattern compared to standard rail covers, delivering superior grip in wet conditions. Each cover measures 2.5 inches in length and sits flush with the rail surface when installed. The proprietary polymer blend resists heat buildup during extended firing sessions while maintaining flexibility in temperatures ranging from -40°F to 160°F.
Key Features
- Enhanced grip texture prevents slippage during rapid target transitions
- Tool-free installation snaps securely into any M-LOK compatible rail system
- Heat-resistant polymer construction withstands barrel temperatures up to 160°F
- Low-profile design adds minimal bulk while covering sharp rail edges
- Individual 2.5-inch sections allow customizable coverage patterns
- Matte black finish reduces glare and maintains tactical appearance
- Compatible with all M-LOK handguards and forends
Field testing demonstrates consistent retention through thousands of rounds across multiple rifle platforms. The covers maintain their grip texture even when exposed to cleaning solvents, lubricants, and environmental contaminants. Law enforcement and competitive shooters report improved weapon control during rapid-fire sequences and extended training sessions.
Technical Specs
- Material: Reinforced polymer construction
- Length: 2.5 inches per cover
- Width: 0.6 inches
- Height: 0.2 inches above rail surface
- Weight: 0.3 ounces per cover
- Color: Matte black
- Compatibility: All M-LOK rail systems
- Temperature range: -40°F to 160°F
- Country of origin: USA
These rail covers deliver measurable improvements in weapon handling without adding unnecessary weight or bulk. The proven M-LOK attachment system ensures reliable retention under recoil stress and environmental conditions.