Bridgestone Battlax T32 120/70 R17 58W TL
€125.00
Tax included
Bridgestone Battlax T32 Tire for Honda CB500 and CB750 Hornet.
Road holding and longevity are guaranteed with this front tire incorporating all the best Bridgestone technologies.
Manufactured with 3LC compound enriched with silica, it provides high grip in both dry and wet conditions. The RC POLYMER technology optimizes the distribution of silica in the rubber, improving the flexibility of the tread to ensure better contact with the road.
The tire grooves are designed to allow better water evacuation, and the HTSPC technology provides high rigidity to offer you better maneuverability with uniform contact pressure.
Marque : Bridgestone
Reference :
633025799901
Data sheet
- Compatibility
- CB1000 (Hornet) 2025 / CB500 (Hornet) 2024 / CB500 (Hornet) 2025 / CB750 (Hornet) 2023 / CB750 (Hornet) 2024 / CB750 (Hornet) 2025
Estimated delivery date
FR : 09/11/2025
DE : 10/11/2025
IT : 10/11/2025
US : 09/11/2025
BE : 09/11/2025
AT : 10/11/2025
CH : 11/11/2025
HR : 12/11/2025
ES : 10/11/2025
GB : 10/11/2025
Other countries : Between 09/11/2025 and 14/11/2025
-
Official Honda dealer, specialist in your motorcycle, guaranteed original parts and accessories from the best equipment manufacturers
-
Worldwide delivery with quality carriers at the right price
-
Secure transaction by credit card, Paypal or bank transfer
-
Support team acclaimed by our customers for its availability and quality
You might also like
Bridgestone Battlax T32 Tire for Honda CB500 and CB750 Hornet.
Road holding and longevity are guaranteed with this front tire incorporating all the best Bridgestone technologies.
Manufactured with 3LC compound enriched with silica, it provides high grip in both dry and wet conditions. The RC POLYMER technology optimizes the distribution of silica in the rubber, improving the flexibility of the tread to ensure better contact with the road.
The tire grooves are designed to allow better water evacuation, and the HTSPC technology provides high rigidity to offer you better maneuverability with uniform contact pressure.