19
March
2015
|
11:19
Europe/Amsterdam

Pirelli's new rear construction helps F1 laps time reduction

AUSTRALIAN GRAND PRIX CONFIRMS LAP TIME REDUCTION BY TWO SECONDS IN EVERY SESSION COMPARED TO 2014, HELPED BY PIRELLI'S NEW REAR CONSTRUCTION

Analysis of the data from the Australian Grand Prix has shown that the cars were around two seconds quicker per lap during every session compared to 2014, a trend set to continue throughout the rest of this season. During last year’s Australian Grand Prix, which was held in similar race conditions, the best time of the weekend was 1m29.375s (in FP3, soft tyre): a benchmark that already came close to being broken in FP1 this year, with the cars straight out of the box. The quickest time of the weekend this year was 1m26.327s (in qualifying, soft tyre): a full three seconds faster than 2014 when the fastest time of the weekend was in FP3, due to a wet qualifying. This year’s fastest race lap was 1m30.945s, set by Mercedes driver Lewis Hamilton on the medium tyre. This was 1.5 seconds faster than the fastest race lap last year (1m32.478s) set by Nico Rosberg for Mercedes on the soft tyre. With the gap between the soft and medium compounds in Australia this year reckoned to be around 1.4 seconds, it is easy to see the performance leap that has been made thanks to the latest engine evolutions and improved tyres. Pirelli’s motorsport director Paul Hembery commented: “These figures underline what we expected to see following pre-season testing: a significant reduction in lap times, with cars that will only get faster as the year goes on. We could even see some new lap records on certain circuits. With this in mind, we have introduced evolutions to the rear structure of all our 2015 tyres this year, in order to give them greater capability in handling the extreme demands placed on them.”

2014 FASTEST SESSION LAP TIMES2015
FP101:31,840MEDIUM01:29,557MEDIUM
FP201:29,625SOFT01:27,697SOFT
FP301:29,375SOFT01:27,867SOFT
Qualifyng01:30,775SOFT01:26,327SOFT
Race01:32,478SOFT01:30,945MEDIUM