This Hyperloop Pod has REAL HOVER ENGINES

This video provides a detailed look at the rLoop Hyperloop pod, a crowd-sourced engineering project sponsored by TE Connectivity and built by volunteers from around the world. The host explains that the pod weighs about 400 kilograms, is packed with hundreds of sensors, and is designed to hover above a conductive surface using eight hover engines built around a Halbach array. The concept is showcased inside a near vacuum tube, where the pod relies on a pusher plate for initial propulsion during demonstrations rather than onboard thrust. The video walks through how the magnetic levitation system works, including the role of passive magnets for additional lift and the use of Halbach arrays to power braking without physical contact. It also highlights the unique cooling approach, notably a liquid carbon dioxide system that vaporizes under low pressure to absorb heat, with precise micro-nozzles discharging coolant to maintain safe temperatures. The presenters emphasize that the project is as much about developing enabling technologies as it is about a practical Hyperloop, suggesting that even if a full-scale system is not imminent, the innovations could apply to other transport or engineering contexts. Overall, the segment frames rLoop as a globally coordinated, volunteer-driven effort that aims to explore practical engineering challenges, prove the feasibility of hover-based lift in a tube environment, and stimulate broader discussion about the future of rapid transit and related technologies.

Topics · science and technology · transportation innovation · engineering and robotics · crowdsourced engineering