Hyperloop UPV Achieves Milestones with Logista’s Support During European Hyperloop Week

Introduction to the Hyperloop UPV Project

The Hyperloop UPV project, driven by a team of engineers from the Polytechnic University of Valencia, has recently made waves during the European Hyperloop Week (EHW). This international competition, held in Groningen, Netherlands from July 14 to 20, saw Hyperloop UPV presenting an innovative prototype and securing a notable position among global competitors.

Significant Participation and Achievements

Hyperloop UPV’s participation in EHW marked a significant milestone in its development journey. With logistical support from Logista, one of Europe’s largest logistics operators, the team successfully transported their prototype from Spain to the Netherlands utilizing their Logista Parcel and Logista Freight divisions.

The outcome? An impressive third place in the coveted ‘Overall System Award’ category, competing alongside 13 other teams from various parts of the world. Additionally, their contributions to the “Full Scale Technical Award” earned them a spot among the top three finalists for presenting significant research on loading methods for Hyperloop vehicles, drawing commendations from the jury.

Logistical Support in Action

Strategic Moves Facilitated by Logista

Throughout 2025, Logista efficiently facilitated Hyperloop UPV’s movement to technology fairs such as the Barcelona Advanced Factories and Advanced Machine Tools, as well as events held at the Polytechnic University of Valencia, where they showcased extensive technical advancements and unveiled a larger vehicle prototype.

As Juan José Guajardo-Fajardo, Director of HR, Marketing, and Communications at Logista, pointed out, “Innovation and sustainability are fundamental pillars of Logista. Witnessing how these young engineers are revolutionizing future transport confirms that we are on the right track.”

Innovations Driving Future Transport

Hyperloop UPV has made significant advancements pivotal to its participation at the EHW, including the integration of an internally designed electric motor known as DLIM. This motor enables acceleration of 7.26 m/s²—comparable to that of high-performance sports cars—and allows for speeds of up to 120 km/h while weighing just 250 kg.

Key Innovations of the New Prototype

The new Hyperloop UPV prototype, notably larger and closer to a full-scale vehicle, introduces three critical innovations:

• On-board Charging System: This system facilitates direct connection to the electrical network for recharging, eliminating the need for separate battery extraction and enhancing scalability.
• Regenerative Braking Mechanism: This innovation captures and reutilizes energy during braking to recharge batteries, significantly boosting sustainability and system efficiency.
• External Acceleration Motor: This motor propels the vehicle, reducing the need for carrying excessive onboard batteries.

Moreover, other improvements include a cooling system for electronic components, levitation units, a vacuum-resistant capsule designed to enhance passenger experience, and a power supply utilizing supercapacitors.

Validating Safety and Design

Field tests have yielded promising results, confirming the proper functioning of Printed Circuit Boards (PCBs) and vehicle sensors. Each design aspect—both electrical and mechanical—prioritizes safety, propelling the disruptive technology toward more viable and commercially applicable models.

Understanding the Hyperloop Concept

Often referred to as the fifth mode of transport, Hyperloop merges the speed of an aircraft—approximately 1,000 km/h—with the comfort and frequency of trains. The concept is straightforward: capsules levitate within low-pressure tubes, minimizing frictions from surfaces and air through magnetic levitation in a nearly vacuum environment.

Conclusion and Future Implications

The achievements of Hyperloop UPV during the European Hyperloop Week not only highlight innovative transportation technology but also reflect the critical role of logistics in execution. Efficient transportation methods are essential for the successful transfer of prototypes and technology to national and international platforms. This reinforces the ongoing narrative that logistics and innovative transport technologies go hand-in-hand.

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