SCOTT LOCK ON GRIPS
The SCOTT SXII Lock On Grips are the result of over 50 years of SCOTT’s experience making market-leading motocross grips. Capitalizing on this experience and technical know-how, the SCOTT engineers used the latest cutting-edge materials and manufacturing processes to create a motocross grip that offers all the control and comfort you need, whilst also making installation a breeze. No grip glue or wire is required to mount the grips and any form of grip slippage is completely eliminated. With our tried and trusted SXII diamond rubber pattern combined with vibration reducing construction, the SXII Lock On grips will provide a premium riding experience for any level of rider.
The SCOTT SXII Lock On Grips are the result of over 50 years of SCOTT’s experience making market-leading motocross grips. Capitalizing on this experience and technical know-how, the SCOTT engineers used the latest cutting-edge materials and manufacturing processes to create a motocross grip that offers all the control and comfort you need, whilst also making installation a breeze. No grip glue or wire is required to mount the grips and any form of grip slippage is completely eliminated. With our tried and trusted SXII diamond rubber pattern combined with vibration reducing construction, the SXII Lock On grips will provide a premium riding experience for any level of rider.
The SCOTT SXII Lock On Grips are the result of over 50 years of SCOTT’s experience making market-leading motocross grips. Capitalizing on this experience and technical know-how, the SCOTT engineers used the latest cutting-edge materials and manufacturing processes to create a motocross grip that offers all the control and comfort you need, whilst also making installation a breeze. No grip glue or wire is required to mount the grips and any form of grip slippage is completely eliminated. With our tried and trusted SXII diamond rubber pattern combined with vibration reducing construction, the SXII Lock On grips will provide a premium riding experience for any level of rider.