Limited Edition - Hard Ano

Introducing the ultimate combination of style, performance and exclusivity, the Renthal® Limited Edition Hard Anodised Handlebars and Rear Chainwheel offering. Available in a range of Twinwall®, Fatbar® and 7/8th bends plus five different Ultralight™ Rear Chainwheel fitments each with a range of teeth options.

With a limited edition run of Twinwall®, Fatbar®, 7/8th Handlebars and Ultralight™ Chainwheels, you can be sure that you’re getting a truly unique product that will stand out from the crowd. As seen and used with top Renthal riders at Round 14 of the Monster Energy Supercross series in East Rutherford, NJ.


Unsure what bend is right for you? Check out the Renthal WorkFit Handlebar Comparison Tool to find the best bend for you.

For Rear Chainwheel, Renthal Fit My Bike help you choose the correct fitment

Accordion
Renthal's limited edition products are the perfect choice for riders who demand high-quality and distinctive design. Don't miss out on these exclusive items!
twinwall
Renowned for durability, hard anodising offers exceptional performance in the toughest conditions.
twinwall
Twinwall®'s superior design construction allows it to withstand the hardest hits and biggest get offs without compromise, making it a popular choice to for championship contending athletes worldwide.
twinwall
The championship proven Renthal® Fatbar® continues to set the industry standard in an unbraced tapered mx handlebar. The oversized (1-1/8in | 28.6mm) clamping diameter uses computer aided profiling, tapering down to (7/8in | 22.2mm) to accept standard controls.
twinwall
The 7/8in handlebar that started the legacy of Renthal®, created out of the necessity to produce a (7/8in | 22.2mm) dirtbike handlebar that could meet the demands of the worlds best riders, the all aluminum 7/8in handlebar was born.
twinwall
Renthal UltraLight Rear Chainwheels are CNC machined in Manchester, UK from 7075 T6 aluminum to extremely tight tolerances, 66% lighter than steel. Computer engineered and tested to ensure a precise fitment, concentricity and load dispersion with tooth profiling to provide maximum power transfer.
twinwall

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