Hyperloop Technology

Hyperloop is an advanced means of transporting passengers and cargo, originally used to describe the design of an open source railway developed by Tesla and SpaceX. Hyperloop is also called Hyperloop Transportation Technologies or HTT.

Hyperloop is a closed cylinder or arrangement of low pneumatic cylinders where the pod may move without air resistance or collision. Hyperloop can pass passengers or articles on an airplane or at high speed while working very hard.

Layout and Working of Hyperloop:

Axial compressor front, passenger compartment, rear battery area, and air caster skis under, the development of the high-speed railway is often hampered by the challenges of controlling collision and wind resistance, both of which are exacerbated when vehicles approach speed. The idea of ​​vaccination kills these barriers by using magnetic trains in the tubes that have been removed or completely removed, considering the speed of thousands of miles per hour. Hyperloop looks like a vactrain frame but works at about one millibar (100 Pa) of pressure.

History of Hyperloop Technology

The first Elon musk mentioned that he was thinking of the idea of ​​a "fifth mode of transport" and thought of Hyperloop in July 2012 at the Pando Daily in Santa Monica, California.

From late 2012 to August 2013, a group of designers from both Tesla and SpaceX worked on the imaginary model Hyperloop.

In June 2015, SpaceX reported that it would produce a 1-mile (1.6 km) test track to be closer to SpaceX's Hawthorne office. The song is used to test pod designs given to outside companies.

In November 2015, with a few business organizations and groups of students seeking the development of Hyperloop technology, the Wall Street Journal reported that the "Hyperloop Movement," as some of its nonprofit people claim, is officially bigger than its predecessor. it. ”

The MIT Hyperloop team created the main Hyperloop pod model, which they unveiled at the MIT Museum on 13 May 2016. Their design uses electrodynamic suspension for drag and eddy current braking.

On January 29, 2017, nearly a year after the first stage of the Hyperloop pod competition, the MIT Hyperloop pod unveiled the first low-pressure Hyperloop Hyperloop and the "speed pod" award won by the WARR Hyperloop team from at the Technical University of Munich (TUM)

In August 2017, the WARR Hyperloop from the University of Munich won the competition by reaching a top speed of 324 km / h (201 mph) and breaking 310 km / h on the Hyperloop models set by Hyperloop One on their test route .

In July 2018, the WARR Hyperloop team of Munich Technical University of Munich set its own record of 457 km / h (284 mph).

In August 2019, a team from the Technical University of Munich, now known as TUM Hyperloop, again won the competition and beat their record with a top speed of 463 km / h (288 mph)

Global Statistics Representing Hyperloop Technology Market Scenario

Hyperloop technology is a new high-speed transport system originally developed by Elon Musk, CEO of SpaceX and Tesla, in 2013. Hyperloop is an ultra-high-speed land transport system where passengers and cargo / goods are loaded. into a pod, which is slowly accelerated using an electric motor. The pod itself is a special vacuum tube under or above the ground, and when the pod gains speed, several features such as air bearings and electromagnetic motors are used to remove it from the track and make it levitate; so, in fact, the pod is a ‘levitate’ between long distances. Theoretically, Hyperloop technology is the fastest and cheapest way to travel.

Hyperloop technology can increase productivity by linking business locations, ports, and topics, thereby reducing travel time. Closed vacuum tubes with reduced friction are expected to provide speeds of 600–760 mph, compared to other modes of transport such as rail, road, water and air. In addition, these pods are notable for detecting obstacles using a series of sensors that provide fast, safe, and secure transportation for passengers with easy infrastructure. Real-time data with automatic brake sensors ensures system performance, maintenance, and solid network topology.

The global Hyperloop technology market is expected to grow at a CAGR of 38% during the forecast period, 2019-2026.

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