2015 Audi A1 Sportback 1.0 TFSI 70 kW / 95 PS

2015 Audi A1 Sportback 
 99g/km from new 1.0-litre three-cylinder TFSI

New three-cylinder petrol engine joins updated A1 range polished by styling revisions, equipment upgrades and efficiency gains


In the spring of 2015 a new turbocharged and directly injected petrol engine - the first with a three-cylinder configuration ever to feature in the Audi range and will come closer than ever to achieving TDI-style frugality. Provisional data for the A1 1.0 TFSI indicates that it will be capable of returning at least 60mpg with CO2 emissions of 99g/km, yet with 95PS – a 6PS increase over the 1.2 TFSI that it replaces – will also deliver suitably peppy performance.

Depending on version, all engines will be linked to either a five-speed or six-speed manual transmission as standard, and for the first time all, including the 1.6 TDI, will also be available with the option of a seven-speed S tronic twin-clutch automatic transmission.
2015 Audi A1 Sportback 
As before, the SE, Sport and S line specification levels that feature specific suspension set-ups – SE versions run on more comfort-oriented dynamic suspension, Sport models have a firmer sports configuration which has been revised to increase its absorbency and S line versions ride even lower on S line sports suspension. Customers choosing the Sport option can dial back to the even more supple dynamic suspension at no cost if preferred, and the set-up in S line versions can also be taken back one or two steps to either the ‘standard’ sports suspension or the dynamic suspension, also at no cost.

Alternatively, to extract every last ounce of agility, control and composure available from this accomplished chassis a new suspension option including adjustable dampers is also now available for Sport models and above.

The steering has also received an upgrade as part of the package of improvements for the latest range. The new electromechanical system provides the driver with optimal assistance in all driving situations, reducing its assistance as vehicle speed increases.

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