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Added on the 14/12/2023 05:32:14 - Copyright : Auto Moto EN
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.
Rodin Cars has completed a significant upgrade to its test-tracks; widening Stage 2 from 7 metres to 10 metres, the construction of a 130 meter radius high speed turn on Stage 3 and a full resurfacing of both tracks. JCL Asphalt was contracted to undertake this significant project, which is part of the continued development of the New Zealand South Island automotive manufacturing facilities. The Test Track Facility is divided into three stages. Stage 1 consists of a 30m radius skid-pad used to fine-tune the balance of a car’s handling. The second stage is an undulating 2,350m 12-turn circuit of dips, blind crests and varying cambers. Finally, Stage 3 is made up of a fast, flat and deceptively challenging 2,438m circuit of seven turns and a 900m straight upon which the Rodin FZED has achieved speeds approaching 300km/h. Stage 2 has now been widened to 10m to allow for a better driver experience.
The DTM will make its first appearance at TT Circuit Assen in the Netherlands from July 19–21. Dutchman Robin Frijns shares some information about what the fans can expect when the new Class 1 race cars with turbocharged four-cylinder engines race on the circuit, originally designed for motorcycle racing, for the first time.
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.
Technical animation showcasing the new digital OLED rear lights 2.0 with increased resolution and customizable light designs as well as road safety functionality via car-to-X communication.
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