Red Bull Indianapolis Moto3 Race Review

Welcome back to the MotoGP World Championship after a long while we are back in Indianapolis Motor Speedway the tenth grand prix of the season in United States of America.

The Moto3 race was not as expected as the condition was unpredictable.Race Direction declared a wet race and teams are ready for any changes to the condition.

Warm up lap was underway and the track condition was a bit dry.It was John McPhee and Livio Loi who took a gamble for slick tyres so, they started from pit lane.Riders are ready,here we go!

Lights are off and off they went Danny Kent made a good start from pole position and it was a surprising qualifying session as the Malaysian rider Zulfahmi Khairuddin took a third grid position.They went to the first corner of the circuit and Fahmi Khairiddin was swallowed up by a couple of riders.McPhee and Loi started from the pit lane and they were quick as they gambled for slicks.

The track became dryer and dryer and riders were allowed to make a change of tyres in pit lane with a flag-to-flag rule.McPhee and Loi took the gamble on slicks so, they stayed out.It was not long that Miguel Oliveira was the first rider to pit followed by the wild card of the race,Lorenzo Dalla Porta.

A great lead over twenty second gap between Livio and McPhee.Livio tried to get out of a group and decided to play safe.Livio Gained some seconds and he was on a completely different race as he was over twenty-four second gap between himself and McPhee.

Finally Livio got over the line for the last lap and Danny Kent the championship leader had a disaster overtaking some back markers.Danny stayed on twenty-sixth place and decided to play safe.

An outstanding performance from Livio as he won his first ever Moto3 Race.McPhee came second clinches his first Moto3 podium and it was the Italian Romano Fenati who took third place.

©2015 WarmUpLap12

Official MotoGP Website

Comments

Popular posts from this blog

Congratulations, Dimas Ekky Pratama!

Marc Marquez Silverstone Crash Analysis