The Mechanix Wear MSD-55-008 Specialty 0.5mm Covert gloves deliver precision dexterity for tactical operations requiring maximum tactile sensitivity. These ultra-thin tactical gloves maintain full finger control while providing essential hand protection in demanding environments.
What Makes This Different
The 0.5mm synthetic leather palm construction offers the thinnest profile available in tactical gloves while maintaining durability standards. Unlike standard duty gloves that sacrifice feel for protection, the Specialty 0.5mm design preserves natural finger sensitivity for trigger control, equipment manipulation, and fine motor tasks. The covert black colorway eliminates reflective surfaces that could compromise operational security.
Key Features
- 0.5mm synthetic leather palm for maximum tactile feedback
- Form-fitting TrekDry material backs for moisture management
- Low-profile cuff design prevents snagging on gear
- Reinforced thumb and index finger for high-wear areas
- Machine washable construction for easy maintenance
- Touchscreen compatible fingertips for device operation
- Anatomical design follows natural hand curvature
Field performance centers on maintaining weapon control and equipment handling precision. The ultra-thin palm material transmits tactile information essential for magazine changes, safety manipulation, and optics adjustment. Law enforcement officers benefit from the enhanced grip control during arrest procedures, while competitive shooters gain the finger sensitivity needed for consistent trigger breaks. The breathable back panel prevents moisture buildup during extended wear periods.
Technical Specs
- Palm Material: 0.5mm synthetic leather
- Back Material: TrekDry moisture-wicking fabric
- Size: Small (7-8 inch hand circumference)
- Color: Covert Black
- Cuff Style: Low-profile elastic
- Care: Machine washable, air dry
- Model: MSD-55-008
- Country of Origin: Designed in USA
The Specialty 0.5mm represents the optimal balance between protection and sensitivity for professionals who cannot compromise tactile performance. Small sizing accommodates users requiring precise fit for consistent performance across multiple duty cycles.