Motomaster Brake pad RoadPRO Sinter front
16 andre produkter i samme kategori:
Referanse: 23-642RSI
kr 481.25
Performance upgrade choice of MX GP World Championship MX GP and MX2 teams and riders. Sintered compound formulated for high thermal stability, powerful and predictable fade-free performance. Compatible with OE...
Referanse: 231-BB38SA
kr 505.00
SA: a sintered compound intended specifically for front brakes, typified by particularly good efficiency under all operating conditions. An ideal alternative to OE pads."
"31142
Referanse: 23-706HF
kr 375.00
OE replacement ceramic compound for small and medium size scooters 50-124 ccm. Recommended for commuters and general-purpose street riding. NUCAP NRS technology secures a mechanical and indestructible bonding of the...
Referanse: 23-218HF
kr 353.75
OE replacement ceramic compound for small and medium size scooters 50-124 ccm. Recommended for commuters and general-purpose street riding. NUCAP NRS technology secures a mechanical and indestructible bonding of the...
Referanse: 23-901DS-2
kr 1,521.25
DS-2 - DUAL SINTER - DYNAMIC RACING CONCEPTFRONT - FOR RACE USE ONLYThe choice of numerous World Champions in Superbike, Supersport, Moto2 and EnduranceHigh-tech sintered compound available for racing & standard brake...
Referanse: 46-12-191
kr 218.75
The K1 series is optimal for off-road riding on dirt bikes and ATVs.It?s recommended for riders who demand great off-road braking power. While the K1 series can be used at a competitive level on the rear brakes,...
Referanse: 235-090411
kr 298.75
Sintered MX & Enduro brake pad for advanced riding which provides excellent stopping power in all weather conditions."
"135050
Referanse: 231-KA08SP
kr 588.75
SP: a sintered compound intended specifically for rear brakes, stable in all operating conditions."
"114446
Referanse: 23-181CT
kr 291.25
Performance upgrade carbon compound for medium size scooters 125-249 cm. Recommended for sporty riding, everyday transportation and fun. NUCAP NRS technology secures a mechanical and indestructible bonding of the...