Formula Student Germany 2016

Davina Spohn,

German racing teams in front

The teams at the 10th 'Formula Student Germany' brought the asphalt to the boil in August. German students demonstrated the most engineering skill with their racing cars. They also prevailed with their concepts in the 'Driverless' discipline planned from 2017.

In 'Autocross', the drivers steer their racing car through an 800-meter-long handling course - including straights, hairpin bends, chicanes and slalom sections. Things also get twisty in ...

© FSG 2016

This year, 113 teams from all over the world took part in the design competition for students. The approximately 3,800 young engineers had one year to work on their self-designed racing cars. Between August 10 and 14, they then put their skills to the test in disciplines such as acceleration, endurance, fuel/energy efficiency, design and financial planning. As every year, the competition is divided into two classes: 74 teams took part in the classic 'Formula Student Combustion' - the competition for vehicles with conventional combustion engines. At the same time, the 'Formula Student Electric' (electric drive) took place for the sixth time, with 39 teams competing. They competed in the same disciplines as the combustion engines. This year, the teams were also asked on a voluntary basis to submit a concept for the third competition class planned from next year: 'Formula Student Driverless'. Computer&AUTOMATION shows which team stood out from the crowd and what was going on at the 10th Formula Student Germany in a series of pictures.

Advertisement
  • Xing Icon
  • LinkedIn Icon
Advertisement
Advertisement

You might also be interested in

Advertisement
Advertisement
Advertisement
Advertisement

Drive technology

Miniature motors drive prosthesis

The aim of modern prostheses is to provide people with amputated limbs with the best possible support in everyday life. Powerful micromotors ensure that the latest models can grip quickly or firmly, while the gripping force remains constant when...

read more...
Advertisement
Advertisement
Advertisement

Robotics

Students invent the 'wheel 2.0'

The 'Ourobot' from Bielefeld University of Applied Sciences resembles a thick bicycle chain. Each link in the chain has its own drive that enables the robot to move over obstacles. But the 'Ourobot's' journey does not end here.

read more...
Subscribe to our newsletter
Advertisement
Back to home