Space Ship II, White Knight II - projects, flights, info

This thread has taken a sad turn.
It may feel great and gratifying to show so much disdain from the high horse of someone's superior knowledge position. And pissing on everything in sight is soo cool in the internet culture.

Maybe the haughty disdainful critics could remember that Branson, Besos and Musk, in spite of all their foibles, oversize egos and whatnot, they are the ones who made it possible. With their personal money, talent, risk-taking and hard work.

Critics could compare with their personal achievements and contributions to mankind.
And maybe take off their hats and bow, instead.

One man's opinion.
 
Virgin galactic way of doing it is also absolutely unique. I can't think of a glider pilot with a winning lottery ticket not rushing to get in-line for the highest civilian non-orbital glide path ever, the first ever certified commercial passenger glider and the fastest glider in the world. Think of it!
I hope that once they get confident, they opt to extend the gliding portion (unfeathered) to offer Mach1+ flight at a lower altitude and a Mach boom for family and friends down the range.
 
This thread has taken a sad turn.
It may feel great and gratifying to show so much disdain from the high horse of someone's superior knowledge position. And pissing on everything in sight is soo cool in the internet culture.

Maybe the haughty disdainful critics could remember that Branson, Besos and Musk, in spite of all their foibles, oversize egos and whatnot, they are the ones who made it possible. With their personal money, talent, risk-taking and hard work.

Critics could compare with their personal achievements and contributions to mankind.
And maybe take off their hats and bow, instead.

One man's opinion.
Who is denying their accomplishments? But astronauts they aren't.
 
Virgin Orbit working on "evolved" rocket. NASA's Stennis Space Center says it reached a Space Act Agreement with Virgin Orbit last November for testing of a new version of the company's Newton 3 engine (N3.2). Testing of the thrust chamber assembly for this upgraded engine on the E-1 Test Stand, Cell 1, began March 30 and lasted through July 20. A total of 87 hot fire tests were performed during the testing period, with a combined test time of 974 seconds.

Design changes will appear in the Newton 3 engine ... "Virgin Orbit has been working with the Stennis test team since late 2020 on a variety of complex, engine-related activities," said Tom Alexiou, program manager for Virgin Orbit's evolved launch vehicle. "Their support of us has been exemplary in all facets of the program. We continue to maintain an excellent working relationship and look forward to our latest N3.2 engine development testing program that will take us into 2022." We'll try to get more details about performance upgrades for this "evolved" version of LauncherOne.

 
Flight domain excursion (elevation), entry glide cone alert and high winds:


 
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A bit of sensationalism then. Ground and then vertical speed corrections are fairly normal in aviation.

I wonder who could be interested to sown the wind?
 
US regulator grounds Virgin Galactic space planes as it investigates July flight


"Virgin Galactic space planes, which the British billionaire Richard Branson used to launch his journey into space in July, have been temporarily grounded by the US Federal Aviation Administration (FAA) while it conducts an investigation into an issue that occurred during the 11 July flight.

“Virgin Galactic may not return the SpaceShipTwo vehicle to flight until the FAA approves the final mishap investigation report or determines the issues related to the mishap do not affect public safety,” the FAA said in a statement to the Guardian on Thursday."
 
According to the company, tests conducted on the spaceship found “a possible reduction in the strength margins of certain materials used to modify specific joints.” No other details are provided, but Virgin claims “this new lab test data has had no impact on the vehicles.”

Even so, further physical inspection will be conducted, and pairing that with the enhancement program means flight 23 will have to wait some more. Again, no details on when that will happen have been given.

 
Space tourism company Virgin Galactic released its financial results for the fourth quarter of 2021, and the full year, on Tuesday afternoon. As usual, for a company that has yet to begin commercial service of its space plane, the results were grim.

During the final quarter of 2021, Virgin Galactic reported revenue of $141,000 and a net loss of $80 million. The cumulative results were even more sobering. According to the publicly traded company's consolidated statements, Virgin Galactic has now lost $1 billion during the last two years.
 
Their monthly expenses would drop considerably once they reach normal operations.
80M$ is not their operating cost!
 
I'd like to know why it is taking so long between test-flights? The bloody spaceplane should be operational by now!
 
I'd like to know when Virgin Galactic is going to get off its' collective arse, finish the flight-tests (These are taking forever) and put it SpaceShip2 into money-making service?
 

VIRGIN GALACTIC SELECTS BOEING SUBSIDIARY AURORA TO BUILD NEW MOTHERSHIPS

JULY, 06, 2022
Agreement with Aurora Flight Sciences to Deliver Two Vehicles, Each Designed to Fly Up To 200 Launches Per Year

First New Mothership Expected to Enter Service in 2025

Outsourced Manufacturing Approach Will Improve Speed to Market, Provide Access to Labor Pools, Minimize Supply Chain Disruption, and Realize Efficiencies


TUSTIN, Calif.--(BUSINESS WIRE)-- Virgin Galactic (NYSE: SPCE) (the “Company” or “Virgin Galactic”), an aerospace and space travel company, today announced an agreement with Aurora Flight Sciences (“Aurora”), a Boeing company, to partner in the design and manufacturing of the Company’s next generation motherships. The mothership is the air launch carrier aircraft in Virgin Galactic’s space flight system, that carries the spaceship to its release altitude of approximately 50,000 feet.

Headquartered in Virginia, Aurora brings more than 30 years of experience building cutting-edge aircraft from concept to delivery and specializes in novel aircraft configurations and complex composites. Virgin Galactic has been working with Aurora for the past several months to develop design specifications as well as workforce and resource requirements in preparation for this long-term project. The two-vehicle contract announced today will enable Aurora to immediately begin development.

Virgin Galactic Chief Executive Officer Michael Colglazier said: “Our next generation motherships are integral to scaling our operations. They will be faster to produce, easier to maintain and will allow us to fly substantially more missions each year. Supported by the scale and strength of Boeing, Aurora is the ideal manufacturing partner for us as we build our fleet to support 400 flights per year at Spaceport America.”

Virgin Galactic’s manufacturing strategy is designed to leverage third party suppliers to improve efficiency, access new innovation and technology, and tap into existing highly skilled labor pools. This allows the Company’s in-house team to focus on complex and critical elements such as design, engineering and final assembly.

Aurora plans to manufacture the aircraft at its Columbus, Mississippi and Bridgeport, West Virginia facilities. Final assembly of the motherships will be completed at the Virgin Galactic facility in Mojave, California.

“With Aurora, we are accessing the best of the nationwide aerospace ecosystem,” said Swami Iyer, President of Aerospace Systems. “As a subsidiary of the world’s largest aerospace company, Aurora has some of the industry’s top engineers and manufacturing facilities.”

Todd Citron, Boeing Chief Technology Officer and Vice President and General Manager of Boeing Research & Technology added: “Boeing is excited to contribute our culture of safety, our operational excellence, and our expertise in aircraft design and manufacturing to help advance human space travel. Today’s announcement expands our collaboration with Virgin Galactic to accelerate transformative aerospace technologies.”

“This partnership between Aurora and Virgin Galactic brings together teams that share a passion for aerospace, innovation, and exploration,” said Per Beith, Aurora President and CEO. “Aurora's decades of experience in aircraft design, composite manufacturing, and vehicle integration, coupled with our world-class engineers and manufacturing technicians, enables us to provide the unique expertise and capabilities necessary to complete these next generation aircraft. We're thrilled to have this opportunity to support Virgin Galactic’s mission to pioneer space travel.”

The first new mothership is expected to enter service in 2025, the same year Virgin Galactic’s first Delta-class spaceship is expected to begin revenue payload flights. The Company’s upcoming commercial missions are expected in Q1 2023.

You can download all press materials including images and b-roll from the Virgin Galactic Press Assets
 
I'd like to know when Virgin Galactic is going to get off its' collective arse, finish the flight-tests (These are taking forever) and put it SpaceShip2 into money-making service?
Problem is they need to replace all their current flight hardware due to various issues with it. Only once that is done can they think of moving on.
 
Wait for the outcome of the fraud trial.

That is also news to me.


It's a class action stockholder suit claiming that the stock lost value due to flaws that VG knew about but failed to disclose, and that Branson unloaded shares based on (essentially) insider information before the shares fell in value. The language in the suit is pretty extreme, which is typical. It's unusual in that this suit was initially brought by an ex-Virgin Galactic employee who now works for Blue Origin. So, yeah, some interesting conflicts there.
 

It's a class action stockholder suit claiming that the stock lost value due to flaws that VG knew about but failed to disclose, and that Branson unloaded shares based on (essentially) insider information before the shares fell in value. The language in the suit is pretty extreme, which is typical. It's unusual in that this suit was initially brought by an ex-Virgin Galactic employee who now works for Blue Origin. So, yeah, some interesting conflicts there.
Don't read too much into Forger's hire by Blue after he left Virgin. There aren't that many "private" astronaut pilot types out there on the market.

FWIW I've personally flown with both Forger and the president of Virgin Galactic so there's no comment here on any of that stuff.
 
I'd like to know when Virgin Galactic is going to get off its' collective arse, finish the flight-tests (These are taking forever) and put it SpaceShip2 into money-making service?
I am sure Virgin would too. Almost all product development around the world has been set back by Covid; the more complex and blue-sky the programme, the harder the hit. I also think we should give Virgin credit for developing a fully re-usable and relatively low-gee manned space launch system. It's a tough double-challenge but it needs to be cracked if we are ever to go up there in significant numbers. The first few prototypes were always going to clarify how things should not be done.

Wait for the outcome of the fraud trial.
Big-money lawsuits in the US take years, even decades. Likely the legal process will not grind to a halt until long after SpaceShip3 has entered service (and I'm not being optimistic about that timescale either).
Personally I don't hold out much hope for the investors. Most bleeding-edge aerospace startups fail miserably, and even the successful ones are often loss-making for several decades. Quite why they imagine Virgin Galactic to be different is anybody's guess, but I cannot imagine an experienced judge being impressed by their hyperbole.
 
27 February 2023
VMS Eve Relocation Flight Q&A

VMS Eve is back! Back with VSS Unity at Spaceport America!

We asked Astronaut and Flight Test Engineer, Colin Bennett about the checks this powerful mothership is going through in the lead-up to beginning monthly commercial and research missions.

Eve returned home today to Spaceport America. What goes into planning a relocation flight and what exactly were you testing on the ship?

When we relocate the mothership from Mojave, California to Spaceport America, there’s a lot of coordination required. We need to submit requests to use the restricted airspaces in Mojave and Spaceport America and coordinate dual teams in two states.

Today’s flight was both a flight to relocate Eve to Spaceport America and the second functional check flight designed to validate the performance of the vehicle following recent modifications. We made many enhancements and upgrades last year to increase Eve’s flight rate capability that included a new launch pylon, new horizontal stabilizers, as well as upgraded avionics and mechanical systems. During today’s flight and the flight a couple of weeks ago, the pilots moved through a series of procedures and maneuvers to ensure the upgraded vehicle performed according to the expected models.

What was your role in today’s flight?

I was the Flight Director in our mission control center at Spaceport America. This role involves overseeing the engineers in the room and communicating with the pilots. We also had a Flight Director in our Mojave mission control center.

Have you ever flown in Eve?

Yes! Flying in the mothership is very cool. I’ve flown in a lot of different aircraft and of course, one very special spaceship, but Eve is unique! We sit on the left side, behind the pilots. We have a really good view of where the spaceship would be if we were carrying it. And the feeling is incredible. Without the spaceship, Eve is so light and powerful that the angle it’s able to climb at is very steep and very fast!

So, if you’re strapped into your seat, beyond enjoying that great view, how do you perform tests?

As a Flight Test Engineer, [today, my colleague Scott Raetzman flew in that seat], the role is to help the pilots execute the test cards by recording information for them. We also use a tablet that collects data; it monitors things like engine parameters and hydraulic pressures. The pilots have this data as well, but the FTE is an extra set of eyes to help the pilots during their busy flight test activities.

Speaking of the MCC, we have two-- one in Mojave and one at Spaceport. Seems like a lot of cooks in the kitchen!

(Laughs) Not at all. We perform testing in both locations, so having both mission control centers made a lot of sense. It’s like you’re sitting right next to each other even though you’re in different states. In today’s case, when Eve left Mojave, that MCC took the lead. Then, as we passed through the Arizona-New Mexico border, the Spaceport MCC reestablished telemetry. It’s a great advantage to have the ability to monitor missions from either or both locations!

When Eve flew its first test flight in mid-February, a lot of people watched via flight tracker websites and, honestly, it looked like someone playing on an Etch a Sketch! Why so many random turns in such a small area?

The area around Mojave is special restricted airspace. A number of operators, including the military use it and so do we. But it is a defined airspace and we have to stay within it. So, depending on the tests we’re performing, it can look like a lot of zig-zags, but it’s all intentional. To gather the test data we need for our computer models, we have to fly Eve in very particular test conditions, with specific airspeed, altitude and headings, for example.

Now that Eve is back at Spaceport, with VSS Unity, what’s next?

We’ll perform some more functional check flights which include pilot training. Then we move into ground testing with Unity mated underneath Eve’s giant wing. We’ll test the new pylon (the device that attaches Unity to Eve), running checks on the communication and camera systems, the cabin environmental controls and more.

Then, the home stretch. Eve will fly with Unity attached. They will fly to altitude and release Unity to perform a solo glide back to land at Spaceport. And finally, a fully-crewed rocket powered flight to space! These final validation flights run the vehicles through all final system and operational checks that provide us the data to finalize our models, which will clear the vehicles for commercial service!

 

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