Ride 858 Bar Carbon Fade T Aluminiumscooter Trick T-Bar Freestyle Bar - Scooter Parts - Scooter Bars - Aluminium

Ride 859
Ride 858 Bar Carbon Fade T Aluminiumscooter Trick T-Bar Freestyle Bar - Scooter Parts - Scooter Bars - Aluminium
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Ride858 Carbon Fade "T" Bar | Aluminium Whispers of one of the newest "super" brands, Ride858, have been floating around social media for a long time.
Slowly glimpses of prototypes and testing emerged, followed by finished product shots and rider edits. ; Finally, after a long wait, we are excited to have the all new Ride858 range available at Scooter Hut! Designed and tested by some of the sport's longest standing riders, Chandler Dunn, Jackson Bartlett, Josh Newbert and Kal Chandler you know the wait has been worth it! ; The all new Ride858 Carbon Fade Bar is certainly a thing of beauty! Made from 6061 T6 Aluminium with a 3K Carbon Fibre wrap around the gusset area, adding strength where standard aluminium bars are their weakest, our sport has never seen anything like this before! ; Including patented I-Beam technology, that again increases the strength in areas that are prone to bending on normal aluminium bars, this new technology is Ride858's first step towards the future of freestyle scooter parts. ; Coming in at a whopping 700mm (27.55") high x 620mm (24.4") wide, the Carbon Fade Bar is officially the tallest and widest aluminium bar on the market.
Tested and ridden by the entire Ride858 pro team, you know this new technology has been well tested and is backed by some huge names of our sport! Join the movement today and check out the entire Ride858 range available at Scooter Hut! ; *Please Note* ;As always, because aluminium bars are not as strong as chromoly bars they come with a more limited warranty.
The Ride858 Carbon Fade Bar comes with a 30 day warranty against direct manufacturing faults in the welds and is not covered for bends in the aluminium tubing caused by riding. ;Aluminium Bars are an extremely lightweight product for use by smooth and proficient ;riders.
Landing incorrectly, throwing bars from any height or dropping the scooter onto the bars will cause damage. ;