RFR STEM PRO 35° 31.8MM
Product Details - Rfr Stem Pro 35° 31.8mm
Product Details - Rfr Stem Pro 35° 31.8mm
The RFR stem PRO is made of 3D forged aluminum.
The EN standard certified stem guarantees maximum cockpit safety for the biker. The stem clamp is installed via four screws and connects the stem with the bar.
Features
- 3D forged aluminium
- Fourfold bar clamp
- Sporty design
- 35° angle for comfort-orientated riders
Specification
- Material: alloy 6061
- Installation height: 41mm
Size
- (DxL) 31.8 x 50mm x 35°
- (DxL) 31.8 x 70mm x 35°
- (DxL) 31.8 x 90mm x 35°
- (DxL) 31.8 x 110mm x 35°
Colour
- Black
Weight
- 151g / 70mm
Contents
- 1 x RFR Stem PRO 31.8 mm
We reserve the right to make changes to the product information contained on this site at any time without notice, including with respect to equipment, specifications, models, colours, materials and pricing. Due to supply chain issues, compatible parts may be substituted at any time without notice.
Weights are based off pre-production products at time of publication. Weights may vary in final production.
- SKU: 13397-70
- EPOS Code:
Product Description
Product Description
The RFR stem PRO is made of 3D forged aluminum.
The EN standard certified stem guarantees maximum cockpit safety for the biker. The stem clamp is installed via four screws and connects the stem with the bar.
Features
- 3D forged aluminium
- Fourfold bar clamp
- Sporty design
- 35° angle for comfort-orientated riders
Specification
- Material: alloy 6061
- Installation height: 41mm
Size
- (DxL) 31.8 x 50mm x 35°
- (DxL) 31.8 x 70mm x 35°
- (DxL) 31.8 x 90mm x 35°
- (DxL) 31.8 x 110mm x 35°
Colour
- Black
Weight
- 151g / 70mm
Contents
- 1 x RFR Stem PRO 31.8 mm
We reserve the right to make changes to the product information contained on this site at any time without notice, including with respect to equipment, specifications, models, colours, materials and pricing. Due to supply chain issues, compatible parts may be substituted at any time without notice.
Weights are based off pre-production products at time of publication. Weights may vary in final production.
