Formula One car development blog

Internals of Ferrari's 2014 water-to-air intercooler exposed

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Thanks to the bankrupty and public sale of some assets of the former Marussia F1 Team, we now get to take a very up-close look at some of the car's parts from 2014. Peter Bjorck for instance has bought a number of Ferrari engine parts, including the water-to-air intercooler and the unique butterfly wastegate from the Ferrari 059/3 engine as it ran during the 2014 season, the first year of the new hybrid turbo engines in F1.

In the below clip, Peter walks us through the intercooler, ... Read more

Ferrari trial revised bodywork

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Ferrari have introduced a considerable upgrade package for their F14 T in Montreal, including a new floor and this more apparent new bodywork. Fernando Alonso was seen on track with the new bodywork layout while at the same time Kimi Raikkonen ran with the older configuration, allowing the team to do immediate comparisons in the pitlane and back in Maranello.

The update includes the removal of the air outlet around the exhaust, allowing for sleeker upper bodywork. The tradeoff are s... Read more

Ferrari's new Spanish rear wing assembly

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In an attempt to resolve its unstable rear end, Ferrari introduced a new rear wing assembly in the Spanish Grand Prix, following comparison tests during Friday's FP1 with the older twin pillar layout. On Saturday, both cars featured the displayed single pillar rear wing, a design including a curve around the exhaust pipe and a single, central pillar to provide support to the rear wing.

Ferrari previously ran two pillars with fairly long chords connecting to the bottom of the rear wi... Read more

Ferrari revives the blown wheelnut

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Ferrari have revived the blown wheelnut system by racing it at today's Chinese Grand Prix. Tried at the two day Bahrain test 2 weeks ahead of the Chinese race, the team found its system to be beneficial in managing front tyre wake.

Part of the system are much larger brake inlet scoops, fetching air flowing over the front wing. This is then directed through the wheel hub and exited via new open wheel nuts on the outside of the wheel. This means air is pushed from a high pressure area... Read more