19001-8003-16000-CA-GL-ST
Normale prijs
31 573 SEK
Inclusief belastingen.
Colour
None
Finish
weving
BST Carbon Rear Rim Black Diamond 5,75 x 17" Bimota V-Due
- 100% carbon- Only ca. 4kg
- Size: 5,75 x 17"
The ultra-lightweight upgrade
The ultimate improvement for your motorcycle! Up to 30% lighter than most Race rims and up to 60% lighter than the stock rims. BST carbon rims are made from Prepreg carbon for the best balance between strength and weight. In addition to improving performance, your bike stands out with the countless color variations of carbon. This allows you to customize the bike even more!What makes BST Carbon rims so great:
- Significantly lower weight- Killer looks
- A myriad of personalisation options
- Faster cornering
- Better braking
- Faster acceleration
- Less tire wear
Give your V-Due a great upgrade, by shaving off kilos of rotating mass. Carbon rims are beautiful to see and improve the handling of your motorcycle enormously, mainly as the wheels are unsprung weight. Killer looks, easier handling and faster accelerations, exactly what you want!
Fits:
Bimota V-DueBST Carbon Rear Rim Black Diamond 5,75 x 17" Bimota V-Due
- 100% carbon- Only ca. 4kg
- Size: 5,75 x 17"
The ultra-lightweight upgrade
The ultimate improvement for your motorcycle! Up to 30% lighter than most Race rims and up to 60% lighter than the stock rims. BST carbon rims are made from Prepreg carbon for the best balance between strength and weight. In addition to improving performance, your bike stands out with the countless color variations of carbon. This allows you to customize the bike even more!What makes BST Carbon rims so great:
- Significantly lower weight- Killer looks
- A myriad of personalisation options
- Faster cornering
- Better braking
- Faster acceleration
- Less tire wear
Give your V-Due a great upgrade, by shaving off kilos of rotating mass. Carbon rims are beautiful to see and improve the handling of your motorcycle enormously, mainly as the wheels are unsprung weight. Killer looks, easier handling and faster accelerations, exactly what you want!
