Inconsistent manual pressure leads to improper termination or slippage of elongated components. Standardizing grip stability prevents mechanical failure and connection loss.

Mechanical assemblies in motion or under electrical load suffer from shifting or loosening of parts. Preventing this instability ensures operational safety and prevents mechanical failure.

Mechanical interfaces in high-torque assemblies frequently become stuck or difficult to separate due to friction and environmental bonding. Resolving this prevents damage to expensive rotating components during maintenance cycles.

Mechanical misalignment and jamming during high-speed ammunition transfer. Eliminating feed disruptions ensures continuous firing capability and prevents weapon system failure.