Aim Sports MLRS3 13-Slot Picatinny M-LOK Rail Section Black

The Aim Sports MLRS3 transforms any M-LOK handguard into a versatile mounting platform with 13 precision-machined Picatinny slots. This lightweight aluminum rail section provides secure attachment points for optics, lights, grips, and other tactical accessories without the bulk of full-length quad rails.

What Makes This Different

Unlike permanent rail systems, the MLRS3 offers modular flexibility that adapts to mission requirements. The black anodized finish resists corrosion and wear while maintaining a low-profile appearance. At just 2.1 ounces, this rail section adds minimal weight compared to traditional quad rail systems that can exceed 12 ounces.

Key Features

• 13 Picatinny slots in compact 5.5-inch length for maximum mounting options
• Type III hard anodized 6061-T6 aluminum construction for durability
• M-LOK compatible mounting system fits standard handguards
• MIL-STD-1913 Picatinny specification ensures accessory compatibility
• Low-profile design maintains streamlined weapon profile
• Tool-free installation with included M-LOK hardware
• Beveled edges prevent snagging on gear or clothing

Field testing demonstrates reliable accessory retention under recoil forces up to .308 Winchester. The precision-machined slots maintain proper accessory alignment for consistent zero retention with optics and laser devices. Law enforcement agencies report successful deployment in patrol rifle configurations, while competitive shooters appreciate the weight savings over full quad rails.

Technical Specs

• Length: 5.5 inches
• Weight: 2.1 ounces
• Material: 6061-T6 aluminum alloy
• Finish: Type III hard anodized black
• Slot count: 13 Picatinny positions
• Mounting: M-LOK compatible (hardware included)
• Profile height: 0.5 inches above handguard surface
• Temperature range: -40°F to +160°F operational

The MLRS3 delivers professional-grade accessory mounting without compromising weapon balance or handling characteristics. This rail section represents the optimal balance between functionality and weight for tactical applications requiring selective accessory placement.