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7JetSet7 Code: VUL
Status: Operational
Country: USA
Employees 177
Web: vuilcan.com
Email: Info@vulcan.com
Telephone: +1 (206) 342-2000
Fax: +1 (206) 342-3000

Click below for data links:
VUL-2011-12 - Paul Allen Space Venture-A.jpg
VUL-2011-12 - Paul Allen Space Venture-B.jpg
VUL-2011-12 - Paul Allen Space Venture-C.jpg
VUL-2015-05 - Greater Seattle Space Firms.jpg


505 5th Avenue South
Seattle, WA 98104-3821, USA

USA (United States of America) was established in 1776, it covers an area of 9,826,675 sq km/3,794,099 sq mi (in 2015), its population is 316,669,00 million (in 2015), its capital city is Washington DC, and its official language is English.


December 2005: Virgin Galactic, the British company created by entrepreneur Sir Richard Branson, (VAA) Chairman, to send tourists into space, and the state of New Mexico, USA, signed an agreement to build a $225M spaceport in the south of the state, 25 miles south of the town of "Truth or Consequences," near the White Sands Missile Range. The construction of the spaceport, to be built largely (90%) underground, could begin in early 2007, depending on approval from environmental and aviation authorities.

Virgin (VAA) will have a 20-year lease on the facility, with annual payments of $1 Million for the first 5 years and rising to cover the cost of the project by the end of the lease.

Up to 38,000 people from 126 countries have paid a deposit for a seat on one of the manned commercial flights, including a core group of 100 "founders" who have paid the initial $200,000 cost of a flight up front. Virgin Galactic is planning to begin flights in late 2008 or early 2009. Stephen Attenborough is the Virgin Galactic executive in charge of marketing the space flights.

Branson formed Virgin Galactic (VGC) after watching SpaceShipOne, a craft designed by Burt Rutan and funded by Microsoft co-founder Paul Allen, became the first privately manned rocket to reach space last year. SpaceShipOne went on to win the $10 Million "Ansari X Prize" with two suborbital flights in five days from Mojave, California, USA.

Virgin Galactic (VGC) has a deal with Rutan to build five spacecraft, licensing technology from Allen's company, Mojave Aerospace Ventures.

February 2006: 757-23A (24923, N756AF) flies the (NFC) Champions Seahawks (NFL) team and owner Paul Allen to the Superbowl in Detroit, where they lost 10-21 to the Pittsburgh Steelers.

December 2011: Virgin Galactic (VGC) believes that providing researchers and their experiments affordable, routine, and safe access to space is a core part of their mission. The same novel and innovative features that make SpaceShipTwo the ideal vehicle to carry private passengers into space also make it a versatile and attractive research platform that we know will allow scientists, engineers, educators, and others to collect data and study questions in a way they have never before been able to do. The large volume and weight capacity, high apogee, and high flight rate of the (WK2) and (SS2) allow (VGC) to offer a unique capability for payload and technology development in the upper atmosphere, outer space and microgravity environments.

As it enters into licensed commercial operations, Virgin Galactic (VGC) will offer two main types of research flights on board SpaceShipTwo:

1) One type of flight offers researchers (whether they be academic or corporate, scientists or engineers, teachers or students) the opportunity to board SpaceShipTwo and fly to space with their experiments, becoming astronauts themselves as they conduct their research.

2) Other flights will carry only payloads. On these dedicated payload flights, as much as 1300 pounds/600 kg worth of payloads will be mounted to our payload rack system, which takes the place of the seats normally in place for our astronaut customers. This system accommodates leading standards for mounting space experiments such as CubeSats, Mid-Deck Lockers, and 19 inch equipment racks; in addition, special payload sizes will be accommodated on a case-by-case basis. A Virgin Galactic (VGC) Flight Test Engineer will be available on these flights to monitor and interact with the payloads as required.

To learn more about the research environment and interface requirements for SpaceShipTwo, please download the (VGC) Payload Users’ Guide.

Eventually, (VGC) expects that WhiteKnightTwo (the mothership used to carry SpaceShipTwo aloft on each mission) to also become available for researcher and payload flights. With its unique capabilities, including the ability to carry large payloads and to loiter at altitudes greater than >50,000 feet/15 km for extended durations, WhiteKnightTwo also offers an attractive research platform. Additionally, WhiteKnightTwo may prove to be a useful stepping stone for researchers planning flights aboard SpaceShipTwo; with the cabins of the two vehicles being functionally identical, including the rack systems. More information about research flights aboard WhiteKnightTwo will be made available in the future; inquiries and requests are welcomed via email sent to research@virgingalactic.com.

If interested in flying your researchers or payloads on board the revolutionary SpaceShipTwo platform, please send an email to research@virgingalactic.com.

Potential payload providers are also encouraged to visit the website of (NASA)’s Flight Opportunities Program and their recent Announcement of Flight Opportunities Announcement of Flight Opportunities. Through this program, (NASA) has chartered as many as three full flights of SpaceShipTwo to provide opportunities for engineers, technologists, and scientific researchers to fly cutting-edge experiments in suborbital space. (NASA) will be responsible for selecting proposals from among those contributed through the Announcement of Flight Opportunities; winning proposals will have the cost of their flight covered by (NASA). Other (NASA) or (NSF) programs may cover the cost of payload development or data analysis.

The announcement from Paul Allen and Burt Rutan (http://www.stratolaunch.com) represents the latest chapter in the extraordinary story of commercial space. The initial collaboration between the two men produced SpaceShipOne and gave Sir Richard Branson and Virgin Galactic (VGC) the confidence to make the significant investment required to commercialize the prototype technology, thus creating the world’s first spaceline. With that project nearing completion and (VGC) on the cusp of offering safe and commercially viable suborbital space flight for the very first time, it is exciting to see such a credible consortium now seeking to continue the heritage of air-launched space access towards the significant challenge of orbital flight.

(VGC) has established itself as the lead operator of private sector manned spaceflight and as such is building a body of knowledge, expertise and assets, all of which will be invaluable as we assess the commercial opportunities that emerging technologies present. We therefore look forward to working closely with Stratolaunch Systems as the project unfolds over the coming years.

Commenting on the announcement, Sir Richard Branson, Founder of Virgin Galactic (VGC) said: “I very much welcome this announcement from Paul and Burt. It takes me back to the exciting conversations the three of us had in 2004 when we first started talking about commercializing SpaceShipOne technology. We’ve come a long way since then; WhiteKnightTwo and SpaceShipTwo are built and flying and we have nearly 500 private individuals and science researchers signed up and ready to fly. The potential of the industry we are leading is immense but will depend on the continuing emergence of truly safe, affordable and transformative technologies. Burt and Paul’s record in that respect is unmatched. I hope that in due course, in partnership with Stratolaunch Systems and others, we will be able to repeat the pattern that has worked so spectacularly well in the suborbital sphere, for orbital spaceflight.”


Stratolaunch Systems, a Paul G Allen project, is developing an air-launch system that will revolutionize space transportation by providing orbital access to space at lower costs, with greater safety and more flexibility. Delivering payloads in the 10,000 lbs class into low earth orbit, the system allows for maximum operational flexibility and payload delivery from several possible operational sites, while minimizing mission constraints such as range availability and weather.

The air-launch system is made up of four primary elements: a carrier airplane, a multi-stage booster, a mating and integration system, and an orbital payload. Initial efforts will focus on unmanned payloads; however, human flights will follow as safety, reliability, and operability are demonstrated.

Stratolaunch Systems has assembled a team of innovative aerospace leaders to build and deliver a commercial air launch system.

Scaled Composites will build the carrier airplane; SpaceX (SPX) will provide the booster and space launch mission design and mission integration services; Dynetics will provide program management and systems engineering and integration, as well as test and operations support to Stratolaunch Syatems; Dynetics will also build the mating and integration system hardware. Stratolaunch Systems headquarters are in Huntsville, Alabama, and its airplane hangar is in Mojave, California.

Carrier Airplane

The carrier airplane, built by Scaled Composites, weighs more than >1.2 million pounds and has a wingspan of 385 feet – greater than the length of a football field. Using six 747 engines, the carrier airplane will be the largest airplane ever constructed. The air-launch system requires a takeoff and landing runway that is, at minimum, 12,000 feet long. The carrier airplane can fly over >1,300 nautical miles to reach an optimal launch point.

Multi-Stage Booster

SpaceX’s multi-stage booster is derived from the company’s Falcon 9 rocket. At approximately 120 feet long, the booster is designed to loft the payload into low earth orbit. After release of the booster from the airplane at approximately 30,000 feet, the first stage engines ignite and the spacecraft begins its journey into space. After the first stage burn and a short coast period, the second stage ignites and the orbital payload proceeds to its planned mission. The booster’s health and status during flight is monitored from the carrier airplane and on the ground.

Mating and Integration System (MIS)

Built by Dynetics, the mating and integration system (MIS) provides the single interface between the carrier airplane and the booster. The (MIS) includes all systems required for the booster to interface with the carrier airplane, including mechanical, electrical, thermal, fluids, and gases. The (MIS) is designed to safely and securely carry a booster weighing up to roughly 500,000 pounds. The (MIS) will secure the booster to the carrier airplane, from taxiing to flight maneuvers to release of booster. In the case of a mission abort, the (MIS) will keep the booster secure during return to base and landing.

October 2014: Seattle, Washington, USA's billionaire, Paul Allen's Stratolaunch Systems space venture began with the "largest jet airplane ever constructed."

Stratolaunch System's twin-fuselage plane, using systems cannibalized from two 747s and powered by six jumbo-jet engines, is intended to fly to an altitude of about 30,000 feet before launching into orbit with a rocket slung underneath its wing.

The giant carrier airplane, which is designed to transport the rocket, weighs more than >1.2 million pounds fully loaded and has a wingspan of 385 feet - - SEE PHOTO - - "VUL-2014-10 - PAUL ALLEN SPACE AIRPLANE."


Those Scaled Composites guys are at it again. Having a billionaire paying for it helps a lot.


Imagine the 320-foot span Spruce Goose. Then picture an aircraft larger than that.

An aircraft, backed by Seattle's Paul Allen, is expected to have a 385-foot wing span and will be used deliver satellites to space. It is reportedly being called "Roc."

"This thing is absolutely huge," AviationWeek.com Senior Editor, Guy Norris told The Dori Monson Show.

The "Roc" is being assembled in Mojave, California for Stratolaunch System's space launch program. It is being built by Scaled Composites.

Powered by six Boeing 747-400 engines, along with other parts salvaged from two 747s, the twin-fuselage carrier aircraft closely resembles the WhiteKnightTwo.

Once complete, the Roc will be mostly wing, according to Norris. Basically, its sole purpose is to fly to a high enough altitude to deliver satellites.

Norris said when the Roc is in space it will fire rockets to deliver satellites. The Roc will reportedly have a crew of three: a pilot, co-pilot and engineer.

"To be quite honest with you, it has been quite a secret up until now," he said.

Norris said the most difficult aspect of launching an aircraft into space is escaping earth's gravity - just that first few miles into the air. That's why the Roc will be mostly wing and engine.

The rocket used to launch a satellite is going to be named Thunderbolt, after one of Paul Allen's childhood toys. It will weigh more than >500,000 pounds and be 130-feet long, Norris told Dori. Combined with everything on it, the Roc will weigh about 1.3 million pounds.

But why did a project like this draw Paul Allen's attention, Dori wondered.

"I imagine it is the uniqueness of it," Norris responded.

The Roc is scheduled to fly sometime in 2016.

"It's going to be as big as you can imagine," Norris said.

May 2015: See attached: "VUL-2015-05 - Commercial Space Firms in Greater Seattle" which includes:


Location: Sodo, Seattle.

Projects in Work: Designs, builds airborne launch platform for spacecraft.

Founded by: Paul Allen (ex-Microsoft).


Click below for photos:
VUL-2014-10 - Pail Allen Space Venture.jpg

October 2017:

1 757-2J4 (RB211-535E4) (371-25155, /91 N757AF), EX-(STR), AVIATION METHODS MAINT, (ETOPS) EQ'PD. VIP.

1 757-23A (RB211-535E4) (332-24923, /91 N756AF), EX-(FMR), EXEC.

1 CANADAIR CHALLENGER CL-601-3A (CF34-3A) (5045, /89 N601AF), EXEC.







MIKE BIRCHLER, MAINTENANCE MANAGER (TAG AVIATION USA) (bfimx@tagaviation.com) (T: +1 (206) 763-2082).

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