Rotterdam-based Hardt Hyperloop has announced a significant milestone with the successful test of its hyperloop vehicle at the European Hyperloop Center (EHC) in Veendam, Netherlands. This test, conducted during the EHC Grand Event, showcased Hardt’s advancements in hyperloop technology, positioning the company as a key player in the global hyperloop race.
Early reports on hyperloop development highlighted technological hurdles and infrastructural challenges. Previous tests aimed to prove basic functionalities like magnetic levitation and propulsion. Comparatively, Hardt Hyperloop’s recent test at EHC displayed advancements in vehicle guidance and acceleration under controlled conditions. Additionally, the European Union’s recent inclusion of hyperloop in its Trans-European Transport Network (TEN-T) policy marks a crucial step in recognizing the technology’s potential.
The EHC Test Unveils New Capabilities
During the EHC test, Hardt’s vehicle demonstrated its magnetic levitation, guidance, and propulsion systems by traveling 90 meters at nearly 30 km/h with an acceleration of 0.2G. The EHC facility, equipped with 34 connected hyperloop tubes, also successfully maintained a target vacuum pressure of 1 millibar. This event was attended by industry leaders, including Constantijn van Oranje and Rinke Zonneveld, and showcased the collaborative effort within the hyperloop ecosystem.
Roel van de Pas, Commercial Director and incoming CEO of Hardt Hyperloop, stated,
“This achievement marks a key milestone toward realising the hyperloop in Europe and around the world.”
The event also featured a demo vehicle from the Technical University of Munich and participation from over 40 partners, underlining the broad support and interest in hyperloop technology.
Future Prospects and Developments
Hardt Hyperloop now aims to conduct full-speed tests ranging from 80-100 km/h through the lane switch in a low-pressure environment later this year. This next phase will include various technology verification and validation tests. The company notes growing global interest in hyperloop technology, with initiatives in countries such as Germany, Spain, Italy, and Saudi Arabia.
The European Union has integrated hyperloop technology into its TEN-T policy, aiming to enhance connectivity between member states. Hardt’s technology promises benefits such as lower infrastructure costs and reduced land usage compared to high-speed rail, along with energy consumption ten times less than cars or airplanes. This positions hyperloop as a viable solution for increasing transportation demands.
Founded in 2016 by Tim Houter, Mars Geuze, Marinus van der Meijs, and Sascha Lamme, Hardt Hyperloop aims to create a sustainable and rapid global hyperloop network. The company has developed the Hyperloop Lane Switch (HLS) technology, enabling vehicles to change lanes at high speeds without additional components. Hardt continues to build a network of industry partners and collaborate with the European Commission on hyperloop regulations.
Hardt secured €12M in funding in July 2023 from key public and private investors, following prior investment rounds in January. These funds support ongoing research, development, and testing efforts, reinforcing Hardt’s commitment to advancing hyperloop technology.
Hardt Hyperloop’s recent test at the European Hyperloop Center highlights significant advancements in hyperloop technology, demonstrating the vehicle’s magnetic levitation, guidance, and propulsion capabilities. The company’s focus on comprehensive testing and collaboration with global partners positions it as a leader in the hyperloop industry. The integration of hyperloop technology in the European Union’s TEN-T policy underscores its potential to revolutionize transportation infrastructure, offering a sustainable and efficient alternative to current systems.
