Renthal Ultralight• rear chainwheels are manufactured to exteremly tight tolerences from a special material developed to withstand the rigours of supercross, motocross and enduro racing.
The 7075 T6 aluminium alloy rear chainwheels are 66% lighter than steel, yet incredibly durable. Their advanced tooth profile, concentricity and accuracy of fit provide maximum power transfer and long-life.
Renthal’s combination of a very high strength base material and an exceptionally hardwearing surface result in significantly increased chainwheel life over other brands.
Renthal Rear Sprocket Silver 53 Tooth | CI Sport
Renthal rear chainwheel.
Specification
| Part number | CRS216U52053PSI |
|---|---|
| Weight | 600 g |
| Barcode (GTIN) | 5026190049563 |
| Options | Silver |
| Colour | Silver |
| Brand | Renthal |
| Teeth | 53 Tooth |
| Type | Bike › Drive › Rear Chainwheels |
Specifications are as published for this part and can change between model years. Check fitment against your bike's year and model, and the manufacturer's own information, before buying. Tell us if anything here needs correcting.
More in Rear Chainwheels
Renthal Rear Sprocket Husky Cagiva 52T
Renthal Ultralight• rear chainwheels are manufactured to exteremly tight tolerences from a special material...
Renthal Rear Sprocket KTM 59T
Renthal Ultralight• rear chainwheels are manufactured to exteremly tight tolerences from a special material...
Renthal Rear Sprocket KTM, Husky, Husaberg 125 Up 40 Tooth
Renthal Ultralight• rear chainwheels are manufactured to exteremly tight tolerences from a special material...
Renthal Rear Sprocket KTM, Husky, Husaberg 125 Up 42 Tooth
Renthal Ultralight• rear chainwheels are manufactured to exteremly tight tolerences from a special material...
Renthal Rear Sprocket KTM, Husky, Husaberg 125 Up 45 Tooth
Renthal Ultralight• rear chainwheels are manufactured to exteremly tight tolerences from a special material...
Renthal Rear Sprocket Kawasaki KX125-KX500 KXF250/KXF450 50 Tooth
Renthal Ultralight• rear chainwheels are manufactured to exteremly tight tolerences from a special material...