Gloves Mechanix M-Pact 3 Coyote

The M-Pact 3 glove model, which is a further development of the proven functionality of the M-Pact, is a model more focused on specialized field use. This model is a good choice of hand protection for employees of the army and law enforcement agencies, the specifics of whose work involves a long stay in the field.

The design of the model, due to the specifics of the materials used, implies good protective properties while maintaining good freedom of movement and action, fine motor skills and high tactility - mainly due to the use of a more anatomical (adapted to the structure of the human hand) rigid protection.

More dense layers of absorption and damping materials dampen shock and vibration loads that inevitably arise when using firearms (for which absorption zones were added in the area of the fingers) or when performing other operations with employee equipment.

Gloves have improved fixation on the wrist, the fit of gloves on the user's palm has been improved. In addition, a nylon webbing loop has been added to the wrist area to secure the gloves to the wearer's equipment.

The back of the gloves has been significantly reinforced in areas most subject to wear for greater resistance to abrasion (which is inevitable when exposed glove textiles are exposed to the metal of your weapon system), and textured with a synthetic material with an embossed pattern to improve grip in areas where this tenacity is most needed. It should also be noted that the palm of the glove is structurally made of two parts - to improve overall wear resistance and reduce the "gathering" of the material into folds / "accordions" - to increase comfort (by reducing movement restriction) and greater dexterity when performing operations with your weapons system.

While maintaining the traditionally high quality, ease of care and maintenance of gloves, the presence of the above functional elements makes these gloves the optimal compromise choice of hand protection for people who are used to operating in conditions where such compromises are really needed.