India’s First Hyperloop Test Track Completed at IIT Madras

December 10, 2024

IIT Madras has completed a 410-meter Hyperloop test track, which was announced by Union Railway Minister Ashwini Vaishnaw. The project involves collaboration between the Railways, IIT Madras’ Avishkar Hyperloop team, and TuTr, a startup from IIT Madras.

Hyperloop Technology Overview

Hyperloop is a proposed transportation system, that was first suggested by Elon Musk in 2012. The technology aims to provide high-speed travel in a vacuum-sealed environment. This design enhances speed and energy efficiency.

Project Phases

The Hyperloop project will unfold in two phases. The first phase includes an 11.5-kilometer test track. This track will be used to demonstrate and certify the technology. The second phase aims to extend the track to approximately 100 kilometers.

Speed and Efficiency

Hyperloop trains can reach speeds of up to 1,100 km/h. The typical operational speed is around 360 km/h. The vacuum-sealed environment contributes to faster travel times and reduced energy consumption.

Team Composition

The Avishkar Hyperloop team consists of 76 students from IIT Madras. They are dedicated to developing this innovative transportation system. Their efforts are crucial for the project’s success.

The first full-scale Hyperloop project in India is set for the Mumbai-Pune corridor. This project aims to reduce travel time between the two cities to just 25 minutes. Despite the progress, the project remains in the development stage.

GKToday Facts for Exams:
Avishkar Hyperloop Team The Avishkar Hyperloop team comprises 76 IIT Madras students. They focus on developing innovative transportation technology. Their collaboration is vital for the Hyperloop project’s success.
TuTr TuTr is a startup incubated at IIT Madras. It collaborates on the Hyperloop project. This partnership aims to enhance India’s transportation capabilities through advanced technology.
Hyperloop Technology Hyperloop technology was proposed by Elon Musk in 2012. It aims for high-speed travel in vacuum-sealed environments. This design improves speed and energy efficiency.

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