The V2 Lock-On architecture replaces traditional adhesive bonding with a precision-engineered mechanical interface, ensuring zero-slip retention under extreme lateral and longitudinal loads. By utilizing an OE-spec throttle tube with a Snap On Cam System, the grip is molded directly to the plastic tube, allowing for rapid replacement as if swapping the entire throttle assembly. On the clutch side, the design features a dedicated plastic tube with a lock jaw clamp that secures the grip to the bar, eliminating the need for wire or glue while providing a rigid, vibration-damped connection that prevents rotational slippage during high-G cornering or aggressive throttle application.
Ergonomic geometry is optimized for maximum tactile feedback and reduced arm fatigue, leveraging the inherent compliance of the molded plastic tube interface to absorb high-frequency handlebar vibrations. The direct molding process ensures a consistent, uniform contact surface that enhances rider feel without the deadening effect of thick rubber compounds, while the lock-on mechanism maintains precise alignment of the grip relative to the bar bend. This setup allows for immediate, low-friction actuation of the throttle and clutch, as the mechanical lock prevents any micro-movements that could otherwise introduce play or delay in control input, critical for maintaining fine motor control in technical off-road terrain.
Crash resilience and maintenance efficiency are maximized through a modular design that withstands repeated impact and roost exposure without compromising structural integrity. The elimination of glue removes the risk of bond failure due to heat or chemical degradation, ensuring the grips remain securely locked in place throughout the race duration. The pre-installed clamp system allows for quick, tool-assisted tightening to OEM torque specifications, providing a secure, repeatable fit that resists loosening from the cyclic stress of off-road competition, while the molded plastic tube acts as a sacrificial layer that protects the underlying bar and throttle bore from direct impact damage.