Mechanix Wear MPT-72-011 Tactical Gloves Xl

Product Description

The MECHANIX WEAR MPT-72-011 is a full-fingered tactical glove built for professionals who need hand protection during high-demand tasks. Constructed with synthetic leather palm material and a thermoplastic rubber back, the glove delivers a balance of dexterity, grip, and impact resistance. Thermoplastic elastomer (TPR) panels on the knuckles and fingertips meet EN 388 2121XP impact standards. The hook-and-loop TPR cuff closure creates a secure, adjustable fit at the wrist. Sized for men's XL or women's L, this glove is designed for sustained use in tactical, maintenance, and repair environments.

The MPT-72-011 is suited for military, law enforcement, shooting sports, and maintenance and repair applications. The breathable TrekDry material on the back panel helps manage heat and moisture during extended wear. Operating temperature range runs from 30 degrees F to 130 degrees F, making it appropriate for a wide range of field and indoor service conditions. The padded palm reduces fatigue during tool use and grip-intensive tasks. This glove is sold as a pair.

Key Features

• TPR knuckle and fingertip impact protection meets EN 388 2121XP standard
• Synthetic leather palm with padded construction for grip and fatigue reduction
• Thermoplastic rubber back material for durability and flexibility
• Hook-and-loop TPR wrist closure for a secure, adjustable fit
• Breathable TrekDry back panel for moisture and heat management
• Full-fingered wing-thumb design for dexterity during precision tasks

Compatibility

Designed as an OEM-style tactical glove in the MPT-72 series, sized for men's XL or women's L, intended for tactical, military, law enforcement, and maintenance and repair use.

Installation Notes

Inspect gloves before each use for tears, worn material, or compromised TPR panels. Ensure the wrist closure is fully secured before beginning any task involving impact hazards or moving parts. Hand wash with mild soap and air dry to preserve synthetic leather integrity and TPR bond points. Do not use in environments exceeding rated operating temperatures.