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Added on the 04/10/2018 15:15:51 - Copyright : Auto Moto EN
More than thirty cars of F1 Customers and the XX Programs alternated in a two-day test on the Barcelona track, at Montmelò, giving emotions and entertainment to the special customers who were able to enhance the ups and downs of the track that since 1991 hosts the Grand Prix of Spain of Formula 1.
Formula 1 arrives in Australia for what will be the first race this year to be held as usual on a Sunday, after the first two rounds of the season were run on Saturday in Bahrain and Saudi Arabia. Australians love their motorsport and Ferrari is particularly popular here, making for a very special atmosphere. The Albert Park circuit is spectacular and everything points to it being an interesting weekend. Carlos Sainz is expected to be back in the car, having had to miss Jeddah with appendicitis and he and team-mate Charles Leclerc will most likely be fighting at the front of the field, as they have done in the first two rounds.The circuit. The Albert Park track made its first appearance on the Formula 1 calendar in 1996. It features plenty of medium to high speed corners, with four DRS zones to provide plenty of excitement. Turn 1 is a quick chicane with walls on one side and a gravel run-off on the other, making it one of the trickiest sections, especially as it is followed by a long straight, before drivers brake heavily for turn 3, a favourite overtaking spot, as it comes at the end of a DRS zone, but mind out, here too there’s a gravel run-off area lying in wait. Turns 9 and 10 are definitely among the quickest corners on the track and overtaking is possible here, although drivers can also opt to stay in the slipstream and then give it their all to pass into turn 11, where overtaking carries a bit less risk.
The FZERO rolling onto the brand’s own test track represents a huge milestone not only for the FZERO project but also for Rodin Cars as a whole. Having successfully developed the FZED open-wheel, single-seat track car, Rodin Cars’ next project, the FZERO, is magnitudes more ambitious.The FZERO project has been designed and developed from Rodin Cars’ state-of-the-art facility near Mount Lyford on New Zealand’s incredibly beautiful South Island. The facility includes three purpose-built test circuits and a high-tech production facility. The driving force behind Rodin Cars, and the designer of the FZERO and its bespoke twin-turbocharged V10, is David Dicker; technology billionaire and keen racer.
The FZERO rolling onto the brand’s own test track represents a huge milestone not only for the FZERO project but also for Rodin Cars as a whole. Having successfully developed the FZED open-wheel, single-seat track car, Rodin Cars’ next project, the FZERO, is magnitudes more ambitious.The FZERO project has been designed and developed from Rodin Cars’ state-of-the-art facility near Mount Lyford on New Zealand’s incredibly beautiful South Island. The facility includes three purpose-built test circuits and a high-tech production facility. The driving force behind Rodin Cars, and the designer of the FZERO and its bespoke twin-turbocharged V10, is David Dicker; technology billionaire and keen racer.
When the first-ever Mustang GTD takes on the 73 curves of the Nürburgring, it will be targeting a sub-7-minute time thanks to active aerodynamic tech never before used on a street legal Ford car and illegal in GT3-class race cars. The heart of Mustang GTD’s aerodynamic performance is its Drag Reduction System, which uses a hydraulic system that can change the angle of the rear wing and activate flaps under the front of the car to find exactly the right balance between airflow for speed and downforce for grip, depending on performance conditions. When Mustang GTD tackles sharp turns and grip becomes more important than speed, the DRS closes the main wing element and flap to create an integrated airfoil to generate additional downforce on the rear of the vehicle, to help the GTD go faster through turns without losing grip. At the same time, the front underbody is shaped like a keel that helps evacuate incoming air through the front wheel wells and large fender louvers to create an area of lower pressure that acts like suction to help keep the front end stable through turns.