Bridgestone Enhances Sustainable Urban Mobility With High Mileage, Fuel Saving U-AP 002 Bus Tyre
Bridgestone launches its new flagship tyre in the city bus segment, the Bridgestone U-AP 002. Successor to the U-AP 001, the tyre has been designed to lower fuel consumption and exhaust emissions in congested urban areas thanks to decreased rolling resistance. Plus, by increasing tyre life through enhanced durability, the result is a tyre enabling a reduced total cost of ownership.
Developments in electric vehicle technologies and diversified powertrains, and stricter environmental regulations, are enhancing the sustainability and efficiency of city buses. But these changes also mean fleet managers now expect more from their tyres. As a global leader providing sustainable mobility and advanced solutions, Bridgestone has developed the U-AP 002 to meet these unique urban mobility challenges.
The Bridgestone U-AP 002 comes with a B-grade in rolling resistance, to reduce fuel consumption and exhaust emissions. The new flagship tyre also offers 9 per cent longer tyre life to ensure excellent mileage; the tyre’s thick sidewall protection and strong casing enable high robustness and multiple tyre lives thanks to retreading. These features combine to result in a long-lasting tyre that reduces total cost of ownership per kilometre.
The Bridgestone U-AP 002 comes with a 200kg higher load capacity – a key electric bus requirement – and is suitable for eight tonne steer axles. As well as CO2 emissions, the Bridgestone U-AP 002 is engineered to decrease urban noise pollution, reducing output by 2dB in PBN from its predecessor. The new flagship tyre also provides safety and peace of mind year-round as it’s fully winter ready, with 3PMSF and M+S markings.
The enhanced performance of Bridgestone’s U-AP 002 city bus tyre come thanks to various improvements and innovations in design and compound technology. The tyre’s new closed pattern design and sipe geometry ensure better performance for urban environments: the closed pattern design supports city driving while travelling at a higher torque; the new sipe geometry protects the tyre from side forces during operation. These features combine to give the U-AP 002 high protection against irregular wear, reduced noise levels, lower rolling resistance and prolonged wear life.
The new flagship tyre was also developed with an improved rubber compound, created with premium materials; the high silica in the cap compounds improves rolling resistance, wear life and wet grip. The Bridgestone U-AP 002 also benefits from new drainage technology, which contains a central water channel to improve drainage and help the tyre attain excellent grip in wet conditions.
Developed in Bridgestone’s European Research and Development Centre in Rome and produced in Europe, the Bridgestone U-AP 002 has been tested in seven countries by Bridgestone’s fleet customers across internal combustion, hybrid and electric powertrains and is available in its master size, 275/70 R22.5, from 1 April 2021.
Three further sizes – 245/70 R19.5, 215/75 R17.5 and 315/60 R22.5 – will be available later in the year, with 265/70 R19.5 launching in 2022. The pre-cured tread U-AP 002 master size will follow and be launched in 275/70 R22.5 at the end of 2021, supporting Bridgestone’s ‘Total Tyre Care’ approach.
All Bridgestone U-AP 002 tyres in 22.5-inch variants will be equipped with electronic tyre tagging system RFID. RFID enables tyres to be tracked throughout their entire lifecycle, which brings various benefits, including improving both safety levels and tyre recycling rates.
“Urban mobility is faced with various challenges, such as inner-city CO2 emissions and noise pollution – challenges we’re investing in to help address. Public bus transport is an integral part of a city’s ecosystem and we’re delighted to launch a tyre that helps to tackle these various issues at once. Increased mileage, reduced fuel consumption, CO2 emissions, noise and total cost of ownership – these are features that benefit our customers, the environment and city life.”
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