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The role of composites in the fifth mode of transport.

HyperloopTT reveals its full-scale 320m passenger system and presents the first certification guidelines for Hyperloop systems to USDOT officials.

HyperloopTT’s Quintero One, constructed of a smart composite comprised of carbon fiber with embedded sensors, is the world’s first full-scale Hyperloop capsule.

New center will develop, test, and certify components and subsystems to continually improve safety and reliability of hyperloop systems.  

Student group from the Technical University of Munich sets new Hyperloop speed record and wins second SpaceX Pod Competition.

An MOU between Rete Ferroviaria Italiana and Nevomo aids to verify the feasibility of the composite hyperloop-inspired transportation technology, with a goal to eventually integrate it with European railway systems.

This year the defending champion’s pod achieved a top speed of 467 km/h (290 mph), beating their previous year’s record.

Zeleros, Aimplas, CMT and Ziur Composite Solutions will develop and test a high-performance energy storage module for integration into modular battery packs, contributing to transportation electrification.

Leybold announces support of hyperloop pod concept from ETH Zurich students.

A group of Carnegie Mellon University students will test out their carbon fiber pod design during a competition at SpaceX’s headquarters in August.