
In order to run smoothly, the planned Formula One racing races at EXPO 2020 will be preceded by presentations of both student teams´ monoposts at Yas Marina on 15 and 16 February. For organizers of dynamic demonstrations, it is important to know all the possibilities of student formulas as well as the service and background needs that are a prerequisite for each team to have trouble-free races that are not going to be possible during EXPO 2020 in case of problems. The circuit on the coast of the Persian Gulf will host the presentation of student formulas for the first time, as they will complete all the dynamic disciplines of the Formula Student competition. Both CTU student formulas will demonstrate their acceleration, ability to handle high lateral overload and their maneuverability directly on the track when driving at a racing speed. Racing monoposts from CTU will provide invaluable experience to ensure flawless competition with a much larger number of student formulas.
Internal combustion engine monopost by CTU CarTech team
In developing the FS.11 formula, students used several new technologies and produced all the carbon and most aluminum components themselves. Last year, when designing the formula, they focused primarily on reducing the total weight and increasing the aerodynamic efficiency of the car. The main changes were the prolongation of the monocoque, the displacement of the front silencers inside the monocoque, improved engine cooling by installing two smaller engine radiators on the sides of the car, adjusting the engine intake inlet position for better air parameters, and repositioning the silencer. This has also resulted in a 190kg lower weight, less than ever. This year he is building a formula for the twelfth year.
The electric car of the eForce FEE Prague Formula team
The eForce FEE Prague Formula team builds a new formula every year. Its biggest advantage in the world competition is its own design and production of all electronic parts. The formula has four-wheel drive, where each motor is individually controlled by an active electronic differential. The FSE.08 car has a new monocoque, which has allowed the installation of an optimized battery with even better cooling. This promises faster times in the longest discipline on a track of 22 km.
Among the student formulas in Abu Dhabi, a team of leading scientists from the Faculty of Electrical Engineering that cooperates with researchers from universities in Pennsylvania and New York will be presented as it has made its way to the final round of all three disciplines of the prestigious Mohamed Bin Zayed International Robotics Challenge organized by Khalifa University (to be held from 23 to 25 February).