Did you ever think to spend your vacation or honeymoon near to moon ? Or did you ever think to watch our planet from Thermosphere ?? How about to take your spouse to the trip of universe in 2032 ??

After the Virgin Atlantic adventure trips to the universe, get ready to spend your vacation around the stars in the area of zero gravity.

This is Startram, a proposed launch system that would use magnetic levitation trains, a 1000-mile tunnel, and a superconducting cable to reach low Earth orbit. Amazingly, we already have the technology to do it…at far less than the cost of rockets.

For decades, it has been the preserve of a select few – highly trained professionals who have thrown off the shackles of gravity and escaped the Earth’s confines.

But space travel for all has come a little closer this week with the news that a revolutionary ‘train’ could make the idea of leisure breaks in orbit a reality in the next two decades. Such a system might sound like a fantastical device from a Jules Verne novel.

Startram Technology

Now what is Startram ? Startram is based on existing maglev technology and basic physics. A motivated nation could build a startram system capable of launching 300,000 tons of payload into orbit for less than $40/kg. The infrastructure for a cargo-only version would cost on the order of $20 Billion to build and could be completed within 10 years. A people-capable version could be built for $60 Billion and be completed within 20 years.

The key technologies enabling Startram are as follows.

1. Maglev for Acceleration of Launch Vehicles

Maglev is an existing technology in use in several countries around the world today. The Japanese maglev program shown here is a superconducting maglev system which has evolved from the original designs of Drs. James Powell and Gordon Danby. The MLX01 vehicle test track has carried tens of thousands of passengers for many years without accident or incident. Currently, maglev transport vehicles routinely run faster than 500 km/h. The main impediment to running maglev much faster is friction caused by air drag. If maglev is placed in evacuated tubes with very low air pressures, it is possible to run maglev at 1000s of km/h. In fact, Chinese companies have already announced that they are planning this.

2. Magnetically Suspended Superconducting Cables

It’s easy to levitate objects electromagnetically. If you push enough current through two conductors in opposite directions, the conductors will be subject to a force pushing them apart. The more current the greater the force. With the advent of superconducting cables being developed for superconducting power grids, it is now possible to construct cables which can carry hundreds of megamps of current. These amperages are sufficient to supply a levitating force of 4 tons per meter of startram guideway, even when the conductors are separated by 20km.

3.Magneto Hydrodynamic (MHD) pumps

 MHD applications such as pumps, generators and thrusters have been used for decades. The Startram system uses a “MHD Window” which allows one end of the launch tube to be open the atmosphere, thus permitting launch of the vehicle. Normally, atmospheric gases would immediately fill up the tube and the launch vehicle would be subject to extreme heating and stresses associated with traveling 8km/sec in air. However, the MHD window allows ionized gasses to be continually expelled from the tube, thus maintaining a near-vacuum in the tube at all times.

4. High-strength Structural Tethers

One of the challenges of the Space Elevator concept is to engineer tethers that have breaking lengths (i.e. the length of tether can attain before it breaks under its own weight) of thousands of kilometers. Startram tethers, in contrast, needs tethers with breaking lengths of only tens of kilometers, which is well within the specifications of modern fibers.

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Gone are the days when your spouse used to ask you to travel to the beaches, resorts, hill stations and gone are the days when only astronauts used to travel in space.  Now its time to feel the zero gravity, its time to see the planet earth from space. Its time for space travel adventure.
Soon there will be big travel agencies which will give you opportunity to travel across the space.

Well, thanks to Mr. Richard Branson for providing new concept of adventure. Virgin Galactic have finally finished  its construction of spaceport and soon gonna launch its first flight.

I still remember the time of 2005 when  Virgin Galactic and the State of New Mexico shook hands  for an historic agreement to built a $200m spaceport on 27 square mile area of land in the southern part of the New Mexico .

Mr. Branson has rappelled down the building’s glass front with his two children. “Today is another history-making day for Virgin Galactic,” said Branson. “We’re here with a group of incredible people who are helping us lead the way in creating one of the most important new industrial sectors of the 21st century.”

Sized with enough space to accommodate two WhiteKnightTwo and five SpaceShipTwo vehicles, the new THF will also contain the company’s astronaut preparation and celebration areas, mission control, and a planned Visitor Experience area for the visiting public.

The astronauts’ areas and visitor spaces are fully integrated with the rest of the building to convey the thrill of space travel to enhance the sense of adventure surrounding space flight, deliberate care was taken to balance privacy and accessibility in the facility.  Mission Control, and other security-sensitive areas will be visible but with only minimal access.

Now you have a question in your mind that how much i need to pay for this space flight. The price of a ticket for this space travel starts from $200,000.

Have a Nice Flight !!

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