Padding Mechanics
Padding Mechanics
An exploration of modern foam density stacking, impact energy absorption, and protective core architectures across our equipment line.
How Protection Works
Striking generates linear kinetic force that transmits directly through the glove to the metacarpals and wrist joint. Internal padding acts as an energy dampening system—decelerating strike velocity and spreading kinetic energy horizontally across the knuckle bed before it reaches joint structures.
Multi-Layered Foam
Combines progressive densities of latex, polyurethane, and EVA foam. Firm outer layers absorb and break initial impact velocity, while softer interior layers cushion hand metacarpals upon deep compression.
Injected Moulded Foam (IMF)
Constructed by injecting liquid polyurethane directly into an anatomical core mold. Once cured, the single-piece core maintains consistent density across the entire fist and naturally encourages a proper fist closure to reduce forearm fatigue.
Gel & Foam Integration
Integrates viscous polymer gel sheets over the knuckle bed within foam layers. Gel dissipates peak impact forces laterally across its surface plane rather than compressing vertically, mitigating direct joint stress.
EVA & Natural Latex
Pairs responsive natural latex sheets with dense EVA foam bases. The latex provides immediate elastic surface feedback, while the underlying EVA layer prevents padding breakdown during maximum-force strikes.
Frequently Asked Questions
Which padding system offers maximum joint protection?
Multi-layered foam stacks integrated with polymer gel inserts offer the highest rate of kinetic force dissipation, making them optimal for daily heavy training.
What is the difference between IMF and multi-layer foam?
IMF utilizes a single pre-molded unit with uniform density throughout, whereas multi-layer foam stacks varying foam densities to absorb shock progressively.
Why pair natural latex with EVA foam?
Natural latex provides rapid elastic rebound for surface feel, while dense EVA foam acts as a shock barrier to prevent deep compression on hard strikes.