Reverse Shift Plate - KTM 1190 RC8 / RC8R 2008-15

$60.00

SATO RACING Reverse Shift Plate for 2008-2015 KTM 1190 RC8 / RC8R (part# KTM-RC8RS-RSP) is an adapter bracket for the shift spindle that lets you use a reverse (GP-style) shift pattern. This track-engineered part works great with SATO RACING RC8 Rear Sets. Made of high strength anodized billet aluminum, with stainless steel bolts.

NOTE: some of the 'fit' photos above show this part installed together with our RC8 Shift Spindle Holder (part# KTM-RC8RS-SHDR, sold separately). Installation of the Shift Spindle Holder is recommended if using the Reverse Shift Plate, since it braces the shift spindle to reduce unwanted play and lateral movement during shifting.

Quantity:
Add To Cart

SATO RACING Reverse Shift Plate for 2008-2015 KTM 1190 RC8 / RC8R (part# KTM-RC8RS-RSP) is an adapter bracket for the shift spindle that lets you use a reverse (GP-style) shift pattern. This track-engineered part works great with SATO RACING RC8 Rear Sets. Made of high strength anodized billet aluminum, with stainless steel bolts.

NOTE: some of the 'fit' photos above show this part installed together with our RC8 Shift Spindle Holder (part# KTM-RC8RS-SHDR, sold separately). Installation of the Shift Spindle Holder is recommended if using the Reverse Shift Plate, since it braces the shift spindle to reduce unwanted play and lateral movement during shifting.

SATO RACING Reverse Shift Plate for 2008-2015 KTM 1190 RC8 / RC8R (part# KTM-RC8RS-RSP) is an adapter bracket for the shift spindle that lets you use a reverse (GP-style) shift pattern. This track-engineered part works great with SATO RACING RC8 Rear Sets. Made of high strength anodized billet aluminum, with stainless steel bolts.

NOTE: some of the 'fit' photos above show this part installed together with our RC8 Shift Spindle Holder (part# KTM-RC8RS-SHDR, sold separately). Installation of the Shift Spindle Holder is recommended if using the Reverse Shift Plate, since it braces the shift spindle to reduce unwanted play and lateral movement during shifting.