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“WARR Hyperloop” at TU Munich Breaks Speed Record with Infineon Chips

With 144 power semiconductors from Infineon Technologies, 70 kg carbon fiber pod was three times faster than the project of the runners-up. The competition was held in a 0.75-mile long and near vacuum tube close to SpaceX headquarters in Los Angeles, California.

It is the fastest time ever measured on a test track: Team WARR Hyperloop of the Technical University of Munich (TUM) reached 290 mph (467 km/h) with its pod during Elon Musk’s third Hyperloop competition.

With a record breaking 290 mph (467 km/h) the WARR Hyperloop pod raced along the 1.2 kilometer test track. On board, 144 Infineon semiconductors. (courtesy of TUM)

With 144 power semiconductors from Infineon Technologies, 70 kg carbon fiber pod was three times faster than the project of the runners-up. The competition was held in a 0.75-mile long and near vacuum tube close to SpaceX headquarters in Los Angeles, California.

“We congratulate Team WARR Hyperloop on this sensational success,” said Hans Adlkofer, Vice President Automotive Systems at Infineon. “The engineers from TUM have once again won the competition. This proves their excellent education. Our chips lay the foundation for victory.”

Infineon supports the Munich team as sponsor and supplier of components. WIth 144 power semiconductors, the students controlled the drive control of the eight electric motors that made the speed record possible. In addition, Infineon sensors provide data for precise detection of the rotor position – indispensable for controlling the motors.

The space technology company aligned the competition together with Elon Musk. A total of 20 international student teams and nearly 600 participants from all over the world took part. The competition is meant to test the technical possibilities for the so-called Hyperloop. Further, the Tesla CEO and SpaceX founder Elon Musk will use it to transport people and goods at the speed of sound.

In addition to the competition for the highest speed, solutions for contactless locomotion using magnets were also tested; this is the only way to achieve the speed of sound. Team WARR Hyperloop has also taken up this challenge: Its capsule hovered over the required distance of 25 meters. This is why the Munich students also received one of three innovation prizes for their magnetic levitation pod.  A power module from Infineon was included that controls the power drive.

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Jyoti Gazmer

A Mass Comm. graduate believes strongly in the power of words. A book lover who dreams to own a library some day. An introvert but will become your closest friend if you share mutual feelings about COFFEE. I prefer having more puppies over humans.

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