What’s next for space tourism? Everything you need to know about current projects

Virgin Galactic later this month in Mojave, California, is preparing to roll out its new SpaceShipTwo, a vehicle the company hopes will one day take tourists to the edge of space. It comes roughly 15½ months after an earlier incarnation was destroyed in a test flight, killing one of the pilots. Despite the setback, the dream of sending tourists to space is still alive. VIRGIN GALACTIC The most prominent space tourism programme, the commercial space line founded by adventurer-business mogul Richard Branson will use a winged rocket plane dubbed SpaceShipTwo, successor to SpaceShipOne, which in 2004 won the US$10 million Ansari X Prize that was intended to spur the industry’s development. SpaceShipTwo is designed to be flown by two pilots and carry up to six passengers on a suborbital trajectory to altitudes above 100 kilometres, the internationally recognised boundary of space. Like early X-planes, Virgin Galactic’s craft will be carried aloft by another aircraft, called WhiteKnightTwo, and released at about 15,000 metres before its rocket engine is ignited for a supersonic ride to the fringes of space and a view of the Earth below. The space line says SpaceShipTwo’s cabin is roomy enough for passengers enjoy a few minutes of weightlessness before beginning an unpowered glide to a runway landing. A key feature of the design is the so-called feathering system — a term derived from the feathers of a badminton shuttlecock. Twin tails extending rearward from the tips of each wing rotate upward to slow and stabilise SpaceShipTwo as it re-enters the atmosphere. The “feathers” then rotate back to their normal position for the rest of the glide and landing. Virgin Galactic’s first SpaceShipTwo was destroyed on October 31, 2014, when a co-pilot prematurely unlocked the feathers during a powered test flight and the aerodynamic forces broke the craft apart. The co-pilot was killed but the pilot parachuted to safety. The company will roll out its new SpaceShipTwo later this month in Mojave, California, but the timeline for testing and commercial operation has not been released. Hundreds of people have put down deposits of US$250,000 for a chance to fly into space with Virgin Galactic, which plans to operate from Spaceport America in New Mexico. BLUE ORIGIN Amazon founder Jeff Bezos’ Blue Origin project is testing a vertical take-off rocket topped by a six-passenger capsule for suborbital hops. Like Astronaut Alan Shepard’s 1961 space flight, the capsule separates from the booster rocket and descends beneath parachutes without going into orbit around the Earth. The bonus of this method is reusability. Blue Origin recently conducted a test launch from Texas in which the rocket dubbed New Shepard performed a vertical landing, slowing its descent by relighting its engine as it fell back to Earth. In January, the company launched the same rocket and it again landed intact. Blue Origin says that during flights passengers will experience a few minutes of weightlessness after the capsule separates from the booster. Passengers will be able to leave their seats and float about the capsule before a signal tells them to be reseated for landing. The company has chosen Florida for its base of operations. Details of space tourism operations have not been released. XCOR AEROSPACE The company has spent years developing a rocket plane named Lynx that is intended to be capable of making multiple flights each day with a pilot and one passenger aboard. Unlike Virgin Galactic’s SpaceShipTwo, the Lynx will take off under its own power from a runway, climb toward space and then glide back to a runway landing. XCOR also plans flights surpassing an altitude of 100km. In December, the company said it reached a milestone in development of the Lynx propulsion system by successfully using waste heat to drive essential engine parts, eliminating the need for large and heavy tanks of compressed gas. XCOR, now headquartered in Midland, Texas, also reported progress late last year in completing structural components of its first Lynx as well as a flight simulator system for pilot training. The company says it has more than 350 clients. The price of booking a seat rose from US$100,000 to US$150,000 on January 1, but the company has not said when flights will begin. “The fact is that we are in a process in which you just can’t rush things,” said Lynx test pilot Harry van Hulten. WORLD VIEW The Arizona company plans to lift passengers to altitudes above 30,000 metres in a capsule suspended below a “parawing” and a helium balloon. The trip would be to “near space” and would give a substantial view of the Earth far below while avoiding the stress of G forces endured during rocket flight. Compared to flights on rocket-powered space tourism vehicles offering a few minutes at the top of a suborbital trajectory, World View envisions tourists spending two hours at the maximum altitude, and will have amenities such as a lavatory. The two-member crew begins the landing process by venting helium until the capsule descends to 30,000 metres. The balloon is then released and the parawing allows the capsule to glide to a landing spot. The company announced last month that it plans to conduct launches from Spaceport Tucson.

What’s next for space tourism? Everything you need to know about current projects

.css-1c6uqr6{color:inherit;font-weight:inherit;font-size:inherit;font-family:inherit;line-height:inherit;overflow-wrap:break-word;}Winged vehicles, vertical rockets and high-altitude balloons, we look at the out-of-this-world plans under development

Winged vehicles, vertical rockets and high-altitude balloons, we look at the out-of-this-world plans under development