Hyperloop Transportation Technology (HTT) is an innovative transportation and technology company that pioneered Hyperloop, a system that enables the safe, efficient and sustainable movement of people and goods at unprecedented speeds. Using unique proprietary technologies and a new business model of collaborative, innovative and integrated partnerships, HTT creates licensed technologies. Founded in 2013, HTT is a global team of more than 800 engineers, developers and architects across more than 52 functional teams. Headquartered in Los Angeles, California, HTT has offices in Europe, Asia and the Middle East.
Who is Hyperloop Transportation Technologies?
Navigation and technology startup Hyperloop Transport Technologies (HyperloopTT) aims to create a hyperloop, a fast, safe and reliable way to transport people and cargo at high speeds. Using unique proprietary technology and a collaborative business model, HyperloopTT created the first transportation system in a century.
The European Center for Research and Development of Hyperloop Transport Technologies, located in Toulouse, France and the aviation capital of Europe, is home to the world’s first Hyperloop system. In 2019, Hyperloop Transport Technologies will evaluate the Hyperloop system and publish its first feasibility study. It is economically and technologically sustainable and does not need public funding.
Founded in 2013, HyperloopTT is a global team of over 800 engineers, designers and organizational professionals. Fifty-two different groups work with more than 50 industry and university partners. Hyperloop TT is headquartered in Los Angeles, California and Toulouse, France. It has offices in North and South America, the Middle East and Europe. HyperloopTT is led by Dirk Ahlborn (founder and president). Andre De Leon (CEO) and a highly experienced management team. Download the general tool here.
How Hyperloop Transportation Technology Works?
Hyperloop transportation technology has become the center of vision for the future. It promises lightning speed and affordable prices. So how does the Hyperloop work?
Contrary to popular belief, Elon Musk did not invent Hyperloop transit technology. Many engineers and manufacturers have been working since 1845 and came up with the idea of transporting vacuum pipes.
In 2013, Elon Musk presented the idea and proposed a method of traveling in a vacuum tube using the concepts of air tubes and hockey tables. Musk’s proposal has recently become the basis for a revival of Hyperloop development with support from startups, transportation companies and academic research groups.
Musk’s Hyperloop uses almost entirely gas-free tubes. By placing the tube near a vacuum, reducing the volume of air reduces friction, and the stretch reduces the energy required to move the train at high speeds.
The tube has a compact cabin for passengers and luggage. These capsules are metal “jumps” that drop into the tube to jump. The front of each pen has a powerful punch that slides into the back of the pen and through the hole. It creates an “air bubble” that causes the capsules to bounce, similar to pucks on an air hockey table.
It should be noted that Hyperloop differs from Maglev trains, which use strong magnets to “move” the vehicle. Although Hyperloop uses air instead of magnets, both technologies are designed to eliminate the normal friction of the train’s rails.
How Does the Hyperloop Go So Fast?
Hyperloops can reach such a speed because they violate the most important law of physics: friction slows everything down. The Hyperloop project is based on creating a vertical position in a tunnel or pipe. Each group consists of a small group of people who can run the highest speed on the track.
Hyperloop’s efficient electric propulsion reduces friction in two ways:
1. A vacuum is created in the pressure tunnel, removing almost all the air. This creates an environment that allows high speeds for wind or light winds.
Magnetic levitation (maglev) revolves around each capsule. This eliminates the friction of the wheels or tires on some types of country vehicles. Do not use this method on high speed trains. The red magnet in the image above is for levitation and movement. Blue for vertical stability.
2. Two maglev systems were designed for Hyperloop application. Passive maglev uses special magnets to generate electricity and hold the chassis in place. No external power is needed. In some models, Maglev works by combining permanent magnets and electromagnets. This allows you to find the speed of the car.
How Does the Hyperloop Go So Fast?
The concept of transportation dates back to the 17th century, but the term “hyperloop” was coined by Elon Musk in a 2013 project in which Musk got the idea from open source, so it was not considered. As a result, many companies have become leaders in Hyperloop research and development, and even students are creating prototypes.
With so many partners working on Hyperloop development, the pace of innovation is accelerating. Just as the mid-20th century space race created cars competing for the moon, the obvious nature of Hyperloop technology created cars competing for a new mode of transportation.
What’s the History of Hyperloop Transportation?
The concept of transportation dates back to the 17th century, but the term “hyperloop” was coined by Elon Musk in a 2013 project in which Musk got the idea from open source, so it was not considered. As a result, many companies have become leaders in Hyperloop research and development, and even students are creating prototypes.
With so many partners working on Hyperloop development, the pace of innovation is accelerating. Just as the mid-20th century space race created cars competing for the moon, the obvious nature of Hyperloop technology created cars competing for a new mode of transportation.
Blog By:- ExpertSadar
