In a significant step forward for the futuristic Hyperloop transit system, a capsule was successfully propelled through a test tube in the northern Netherlands, according to Hardt, the company developing the technology. Hyperloop, a proposed form of mass transit, involves capsules moving through depressurized tubes at high speeds, propelled by magnetic levitation.
The successful test took place at the European Hyperloop Center, where a capsule was levitated and guided through a 420-meter tube, marking a major achievement in the development of this high-speed system. “Today, with the first successful test, we were able to levitate the vehicle, turn on the guidance system, and activate the propulsion system,” said Marinus van der Meijs, Hardt’s technology director.
The Hyperloop test tube, composed of 34 sections with a diameter of over eight feet, uses vacuum pumps to reduce internal pressure, minimizing drag and enabling high-speed travel. Although the test vehicle reached a modest speed of 30 kph (18 mph), developers aim to reach speeds up to 700 kph (435 mph) in future tests, positioning the Hyperloop as a potential alternative to short-haul flights, high-speed trains, and freight trucks.
Roel van de Pas, Hardt’s commercial director, highlighted the complexity of integrating levitation, propulsion, and guidance systems in unison. “The most challenging aspect is executing all these functions together, like conducting an orchestra,” he said.
Originally proposed by Elon Musk over a decade ago, the Hyperloop concept envisions capsules traveling from Los Angeles to San Francisco in just 30 minutes. Hardt aims to have the system ready for passenger operations by 2030. However, some experts remain skeptical about the feasibility of building the necessary infrastructure due to its high cost.
Despite ambitious plans, similar projects in cities like Dubai have faltered, raising questions about the future of the technology. Nevertheless, Hardt remains committed to making Hyperloop a reality.
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