- Manufactured from 6061 Aluminum
- Bar Diameter: 35mm
- Upward Sweep: 5deg
- Bend: 8deg
- Width: 780mm
- Weight: 400grams (20mm Rise)
Race Face set an industry benchmark with the its Sixc product group – light and strong carbon DH rated crank and bar. Building on the unprecedented success of our proprietary Carbon Technology program, SIXC re writes the rules in the 6-8 inch travel bike world. SIXC (the C is silent, eh!) represents the culmination of years of Race Face engineering in both carbon and all mountain products. Race Face has created a bar for the aggressive rider who demands the ultimate in performance. Strong enough for DH, yet light enough to not hold you back on the pedal up to that new trail you have been hearing so much about, SIXC blows up the limits of carbon performance.
When your child is riding upfront on your bike, they should have something to grab onto so they can participate in your ride. The Kids Ride Shotgun Kids MTB Handlebars are an optional accessory for the Shotgun Kids MTB seat. It features Allen key fixing for easy fitting, removal, and adjustment. It is 250mm in length and has rubber grips designed for little hands. It comes with inserts to fit both 25.4mm, 31.8mm & 35mm handlebar diameters.
Your favorite bars just got bigger, wider, and lighter, Go figure? The magic of 35, believe the hype! Increasing the bar diameter to 35 allows us to shave material from the bar resulting in a dramatic reduction in overall weight while retaining the proven stiffness, strength, and performance Race Face bars are known for. The Turbine 35 bar expands to a 760mm width for increased control without sacrificing its lightweight characteristics.
NEXT bars are manufactured with a leading edge unidirectional carbon weave & precise manufacturing process. This process ensures Race Face Next bar designs pass our DH strength requirements at an impressively low XC weight. Reinforced stem anti-crush zone minimizes the possibility of stress risers where the stem meets bar — the area in which most carbon bars fail.Constructed from a high strength unidirectional weave.