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In the spirit of collaborative innovation, the EHW provides a platform for teams to share their research. With 13 teams presenting their full-scale oriented research at ETH, the EHW 2024 was huge succes. Here, you can find the corresponding articles and reports.

Full-Scale Technical

Many technological challenges emerge when scaling up the prototype technologies to implementation. Seven teams each tackled one of these and presented their research at the EHW. With their bridge door airlock design, Delft Hyperloop was awarded as the best technical full-scale research team.

by Delft Hyperloop (winner)

Assessment of Heat Management Strategies for Hyperloop Pods

Shielding Against EMI Polymer Composite Solutions for Hyperloop Systems

Vehicle-infrastructure synergy optimization to minimize electromagnetic drag forces

Investigating the impact of overground and underground Hyperloop travel on the spine

Enhancing Hyperloop Sustainability Through Optimal Pod Design and Vacuum Maintenance

Analysis of shock waves in Hyperloop system

by Swissloop

by Queen's Hyperloop Design Team

by Hyperloop UPV

by Hyperlink

by HYPED

by Avishkar Hyperloop

Analysing Integration of the Spinloop Accelerator with the Hyperloop System

Determining the Environmental, Economic, and Financial Sustainability of Freight Hyperloop Systems in the Texas Triangle

Assessing the Viability: A Delphi Study on Cargo Hyperloop Implementation from Chakan to JNPT Port Using the PESTLE Framework

by Team Vegapod Hyperloop

by Texas Guadaloop

by Transpeed AGH

Exploring Hyperloop-Aviation System Integration: The European Case

Prediction of hyperloop track usage

Assessment of the Societal Acceptance of Hyperloop System

Acceptance of Cargo Hyperloop in Scandinavia

AI-based analysis of the public discourse of hyperloop and guidelines for optimal divulgation

by Delft Hyperloop

by Hyperloop UPV

by Nirmaan Hyperloop

by Swissloop

by KTH Hyperloop

Full-Scale Socio-Economic

Apart from tackling the technical challenges involves in the development of hyperloop, eleven teams presented their research on socio-economic aspects of hyperloop development. Out of these qualitative participants, the pathfinding algorithm developed by Queen's Hyperloop Design Team was appreciated most by the jury, making them the winner.

A Multi-Criteria Approach for Hyperloop Route Implementation in Canada and Beyond

by Queen's Hyperloop Design Team (winner)

Safety Beyond Speed: Mitigating Risks in Hyperloop Travel

The Impact of Hyperloop Technology on Societal and Individual Well-Being

by Avishkar Hyperloop

by Celikkanat RS