Please Note: As of the 1st March 2024 all tyres sold in New Zealand incur a Tyrewise Tyre Stewardship Fee. This fee will be charged and invoiced as per Tyrewise requirements. For more information on this fee please visit https://www.tyrewise.co.nz/, for more information on how we charge this fee please contact us.
Now you can really go for it! New Battlax Racing R11.
At last the confidence to attack that record time lap after lap.
Bridgestone the world’s number one tyre and rubber manufacturer1 sweeps in a new era for grooved racing tyres with the launch of Battlax Racing R11 designed to give supersport and hypersport riders the confidence on track to slash their lap times.
With an awesome mix of Bridgestone technology cultivated at the highest level of motorcycle racing combined with advanced new compound and construction features R11 delivers the highest performance in the grooved racing tyre segment. And all this without compromising Bridgestone’s racing DNA on consistency.
Feel the performance
To develop R11 Bridgestone took the current Battlax Racing R10 as the benchmark and set sights on enhancing the contact feel of the track as the tyre performs allowing the rider to attack lap time records during the race lap after lap in a large operating range.
Grip on braking and acceleration
The R11 package is based on a new variable mono-spiral belt (V-MSB) construction in the front tyre which produces higher pressure on the contact patch and more cornering force. This gives the rider better grip and faster corner entry with more contact feel and therefore more confidence.
The rear tyre construction uses an additional GP belt (proven in the Bridgestone V02 racing slick) on top of the V-MSB which is tuned for optimal deformation. The result is a rear tyre with higher traction power consistent performance over the tyre life and more grip in all phases.
Moving to the tread design Bridgestone engineers first analysed the abrasion angle under acceleration and deformation in the braking and cornering phases. This enabled them to develop innovative groove positioning for R11 which provides maximum rigidity in cornering and maximum contact in the acceleration phase while ensuring optimal def
