So I love the SpaceX thread, and I'm surprised I haven't been able to find a similar thread for ULA. Sure they're not as sexy as SpaceX, and they need to up their social media game by a large margin, but they're still a critical launch provider.

Here's the latest launch highlights. https://youtu.be/J4yaVlTCjIE

Notice it's only highlights and the video is only two minutes and four seconds long. The liftoff doesn't occur until the 1:26 mark. So we get to see 38 seconds of flight. That's fine for the population at large, I guess, but I want to see a large portion of the countdown, launch, flight, and spacecraft deploy. I'm happy ULA finally has a competitor to push them forward.

*Edit
I should have mentioned: the highlights above are and Atlas V launch for NOAA GOES-S weather satellite.

Maybe we should have a common space launch thread for ULA, Rocket Lab, Blue Origin, Orbital ATK, Stratolaunch and so on?

Maybe even with Russian, Chinese, Japanese and Indian launch vehicles?

As I understand it,their future rests on a new disposable rocket they are building.Whether they can compete with a x10 reusable rocket we will just have to see.I guess a lot depends on how good the 'Block5' from Spacex is.But even when it is disposed of it is still cheap.It can also handle any commercial launch if yesterday's launch was anything to go by.
Their future also depends on the new engine they have chosen.Its from Blue Origin.As of today the full sized version has not (I believe) been fired up.
Of course that same engine forms the basis of another competitor.Another one that will return the first stage (or attempt to).
If it does work (New Glenn?) then they may be in uber trouble.
Am not trying to be 'down' on them but these are -as I see it- realities.
Perhaps they should try and buy Geoff Bezos out?

I also love the DIVH. Amazing machine, even though that flare (hydrogen?) at engine ignition that scorches the bottom of the craft spooks me every time.

I agree ULA has a near spotless launch record, though I wonder if they’ll begin to push a faster launch cadence in response to SpaceX, and I wonder further what effect that might have on their reliability. None, I hope.

Like I said earlier, I’m glad they have some competition and I hope the raise their game.

https://www.defensenews.com/space/2018/03/07/pentagons-top-tech-official-take-more-risks-in-space/

“We’ve trapped ourselves in a vicious cycle of spending a lot of money on mission assurance, which makes the assets incredibly expensive, which means the launch vehicles that support them need to have near certainty,” Griffin said. “What we should be thinking about is the overall cost of the architecture we deploy.”

This quote states better what I said before about ULA needing a push. As the sole operator of rockets capable of putting National Security spacecraft in orbit, they really had zero margin for error and caused them to work at a (purely eye-of-the-beholder) snail’s pace.

Re DarkKinght5.Methinks he protests too hard (to misquote a quote).OPM.Other People's Money.Thats what governments use and suppliers just love it.I have done Government jobs (IT) and you rub your hands gleefully .You cN overspec and over charge and no one says a thing 'cos it's not their money so they don't care.
Spacex has changed everything so now they blame the government,now that the gravy train is over.Well it is - so get on with it.At least the tax payer should be happier.

Tugger wrote:

Oh yes, ULA definitely deserves attention. But of course they have been "boring" and basically 100% successful for years now and not trying anything new like SpaceX. But that doesn't or shouldn't take away from the the awesomeness of the rockets they have.

My favorite is the Delta IV Heavy. There is something awesome about how it looks taking off, the engines and thrust pattern... . beautiful:



And here is a recent launch video: https://www.youtube.com/watch?v=wCy401hkXuk
And this one has multiple views: https://www.youtube.com/watch?v=PEcye06SFik

Tugg

Gotta love the fire and charring of Delta IV ignition and liftoff!

Yup Delta4 heavy is a phenomenal rocket with (I believe) a 100% safety record.I note Spacex love to quote power stats to LEO as it's suits their engines.They turn into powder puffs in a vacuum.If you look at what the D4H can take into Geocentric orbit it's nearly as powerful as the FH.
Just that Elon always wind the PR wars!
However it's cost is mind numbing -I am not quite sure why this should be.Yes they are disposable but then so it Falcon sometimes but the cost is still a fraction of Deltas.Does anyone know.

parapente wrote:

Yup Delta4 heavy is a phenomenal rocket with (I believe) a 100% safety record.I note Spacex love to quote power stats to LEO as it's suits their engines.They turn into powder puffs in a vacuum.If you look at what the D4H can take into Geocentric orbit it's nearly as powerful as the FH.
Just that Elon always wind the PR wars!
However it's cost is mind numbing -I am not quite sure why this should be.Yes they are disposable but then so it Falcon sometimes but the cost is still a fraction of Deltas.Does anyone know.

I didn’t meant to say the launch cadence of D4Hs would increase, but their whole fleet including Atlas and the other Delta variants. At some point the high cost and long timetables will hurt them. They may have enough backlog work now, but will they continue to win new orders? Hard to say.

Their big announcement in the last couple of years is that they developed a brand new... wait for it... website to help price a launch for the customer. As if a launch customer shelling out millions needs a website like they’re shopping for a used car.
They need some PR people who know what they’re doing or they will get left behind, even if their hardware is great.

A website...omg.This is dinosaur country.When there are two (American) private launch enterprises will the US military even care about the past.

GOES-S reached its circularized geostationary orbit and has been renamed GOES-17. Job well done ULA.
https://spaceflightnow.com/2018/03/12/new-noaa-weather-satellite-reaches-geostationary-orbit/

And after reading my complaints on Anet, they’ve released launch Awesome Show Great Job footage worth drooling over.

https://youtu.be/SGGYYqDDfRI

Blue Origin has tested its BE-1 engine at 65% thrust for 114 seconds. Pretty pictures and video at the link.

http://www.spaceflightinsider.com/organizations/blue-origin/jeff-bezos-tweets-latest-be-4-engine-test-footage/

BE-1 is still the preferred engine for Vulcan first stage, but Aerojet’s AR1 engine has not yet been eliminated from competition. Sounds like that decision could be made soon, which makes sense if they’re looking at a mid-2020 first flight. Gratuitous swipe at Elon Musk at the link.

https://www.investors.com/news/united-launch-alliance-blue-origins-vulcan-engine-further-along/

The engine is the most expensive part of the rocket, accounting for two-thirds of the cost of a booster, Bruno said.

ULA doesn't have a customer yet for its Vulcan, but Bruno said the company was in a discussion with a number of prospects and said any customers will pay for the first launches.

"I will not fly a car," he said,

Funny the way ULA and Boeing execs keep taking jabs while their hardware is obsoleted by a competitor and their replacement systems are years behind. As if Falcon Heavy is the only competitor for Vulcan? At this point, Vulcan and BFR exist only on paper, so the bravado from ULA seems unwarranted.

Still feel that ULA are going to have to merge with Blue Origin.Thats if Jeff wants to -probably happy to kill them commercially later.Tends to be his track record -but not always.
Now that the US Military are happy to ride on commercial launchers just can't see where ULA and their disposable rockets go.
There clearly has to be two US rocket manufacturers for security purposes.But not three.in the end that second one is bound to be Blue Origin - with exactly these engines -only they come back with (70% circa) of the cost.Its a deal breaker every time.

Last I read, Vulcan is intended to be partially reusable. They want to jettison the engines from the rest of the first stage after it’s done pushing. Then it’s going to deploy some sort of shielding and parachute toward the surface. Before they hit the water, a helicopter will swoop buy and snag the chute. They said the engines are roughly 2/3 of the cost of the whole rocket.

Can’t imagine how complex and engineered the plumbing fittings need to be to disconnect in flight after operating safely.

http://youtu.be/YbOg_4rrJxc

Full video of the recent Atlas V launching AFSPC-11 into orbit.

Congrats to ULA for another successful launch.

Surprised this did not get a mention, ULA booster and the first interplanetary mission from the US West Coast.
InSight will be the first mission, if successfully landed and deployed, to study the interior of Mars.

https://www.youtube.com/watch?v=mo6HnBZ7N-Q

Big news: 600 ULA Machinists at the main facility in Alabama and the launch sites have voted to strike over contract negotiations and are picketing.

http://spacenews.com/ula-machinists-go-on-strike/

Prior to the vote, the company said its operations would not be affected by a strike. ULA confirmed that in its May 6 statement, saying it would “implement its strike contingency plans while focusing on meeting its commitments to our customers.”

I believe this in the short-term, but how do you go on without 600 workers in the long-term, especially when you just offered them all a $6,000 bonus and 1 to 2 percent salary increases each year? Clearly they're doing something valuable for you.

http://www.theverge.com/2018/5/7/17326610/ula-strike-internal-association-machinists-union-rocket-launch

While this strike is happening, ULA will need to find another way to get its rockets made and up into space.

That quote seems more accurate than the company's "not affected by a strike" statement.

An IAMAW representative says that the ULA employees have two main issues with the contract ULA proposed. One involves stipulations on travel between the two launch sites. ULA doesn’t launch out of Vandenberg very often, so the company maintains just a small workforce over there. So whenever there is a Vandenberg launch, employees from Florida are called to travel to Vandenberg to help with mission operations. Originally, employees only had to be in California for 30 days at a time and were then rotated out if needed.

However, IAMAW claims the new contract would allow ULA to call Florida employees back to Vandenberg after they had already returned home from a 30-day stint. “If you come back, they can send you back again,” Johnny Walker, a representative for IAMAW in Cape Canaveral, Florida, tells The Verge. “The family life is gone, and you can’t say no.”

This one would be a deal breaker for me too. 30-days consecutive away from home is insanely hard on the family. Doing it back-to-back with maybe a day or a weekend break is further insanity, imo.

Additionally, IAMAW says the contract gives ULA the option to sub-contract any job that it wants, meaning a full-time employee’s work could be given to an outside company at any time. The union sees that as ULA’s attempt to reduce the size of its workforce and pay lower wages. “Our guys have certification beyond belief,” says Walker. “We have a perfect record for launching rockets. We never have lost a rocket or had a failure. We were part of it being successful, and now they’re turning it around and treating us like dirt.”

Yeah that's a problem too. A Unionized workforce can be a double-edged sword for both parties. With all sorts of new competition in the launch industry, causing ULA to be undercut on price quite frequently, I understand why the company would want to be able to find cost efficiencies with contracting. Walker is correct in stating that their labor may cost more, but it also a proven, quality commodity. Then there's this:

http://www.spaceflightinsider.com/organizations/ula/ula-machinists-on-strike-over-disputed-contract-offer/

Another sticking point was subcontracting. IAM members fear that ULA could use that to cut full-time jobs, according to the Orlando Sentinel. ULA, however, said it has no intention of displacing workers via subcontracting and it guaranteed that in writing as part of its “last, best and final offer.”

Not sure I believe their stated "intent" when they're putting it into the agreement that they can contract-out whatever they want. That's double-speak. "We want to be able to do this at any time we choose, but we don't intend to do so." Give me a break.

I can't get a feeling for how long the strike is expected to last, or if the parties are close to agreement or miles apart. If the strike drags on more than t a couple of months, it will get interesting to see how their launch manifest is affected.

So in the race to put a person on a rocket and send them to space from US soil, Boeing has hit a big snag with Starliner. Namely that the launch abort motor test ended with the vehicle leaking propellant.

Boeing recently conducted a hot fire test for their low-altitude abort milestone for the CST-100,” noted a member of the ASAP panel. “And there was an anomaly on that test that we need to better understand in terms of its potential impact on the design and operation and the schedule.
“And so although there’s a lot of interest in this issue, Boeing has asked for some additional time to step back and understand that a little better.”
“We can expect some uncertainty [in] their near-term schedules at least for the Boeing provider while they go through that,” noted the ASAP. “And then we should have a much better sense of the Orbital Flight Test and the Crew Flight Test for that provider.”

https://www.nasaspaceflight.com/2018/07/asap-boeing-failure-positive-spacex-crew-announcement/

So that’s not a hope inspiring set of circumstances. However, Boeing seems rather optimistic this is not a big deal, based on their quotes. I hope we find out some more information on Friday (8/3/18) when NASA announces the crews for the first manned ULA and SpaceX missions.

It looks like a very healthy space race between the 2 companies.I feel sure NASA will do well out of it.Both financially and the luxury of two veichles.There is a third one I believe bring built for deeper space (Lockheed?).
One assumes that once Spacex gets man rated approval ( next year sometime?) they could,if they chose,to start commercial flights such as their round the Moon flights.At a simpler level they could offer round the Earth flights.Its a 6 person capsule which gives them the same people economics as Virgin et al.Obviously the trip cost would be more expensive,but you would get a lot more.
Their Falcon 9's might be too busy putting up the Spacex communication cloud of small sats,but if they had the launch space to offer commercial flights -why not?

Confirmation of Starliner schedule slip. First orbital test now in 2019 and crew test later that year, maybe.
https://gizmodo.com/boeings-cst-100-starliner-program-hits-more-delays-fir-1828044434

It was surely a spectacular launch, although ULA continues to lag behind competitors on the broadcast. The full launch video is still not available, only these “highlights”. Half the video is various shots of the service building rolling away, and that’s not an exaggeration.

http://youtu.be/9d8raqfq6oQ

An amazing mission. I would really love to see the full thing on the official ULA channel. That picture of the engines clearing the tower is amazing.

Tugger wrote:

Gee, I can't believe no one has posted on the Parker Solar Probe launch early yesterday morning! The relatively light probe launched using a Delta 4-Heavy due its need to escape Earth's gravity and orbit.

I was going to open a separate thread on the day of the launch but sort of let it lapse.

The Parker Solar Probe will be hitting some incredibly extreme milestones in this mission.

- At its closest approach to the sun, it will become the fastest man-made moving object at 700,000 km/h (or ~200 km/s, ~0.00065c); 3 times faster than the previous record holder, Helios 2.
- Its heat shield is expected hit temperatures of around 1377 °C while payload operates at near room temperature.
- The probe will fly to within a distance of 3.8 million miles, 7 times closer to the sun than its previous record holder, the Helios 2.

https://www.nasa.gov/content/goddard/parker-solar-probe-humanity-s-first-visit-to-a-star

Congrats to Delta II and ICESAT 2 teams!

Delta II has been a workhorse for US space program over the last 30 years...

Here's is a piece of news that I didn't see posted on the MilAv/Space forum yet, probably because it is barely news at all...
...ULA has officially settled on Blue Origin's BE-4 for its Vulcan launcher, thus confirming what everybody pretty much expected already.

https://spacenews.com/a-look-at-blue-or ... ts-plan-b/

On a side note, ULA's future launcher might not be as sexy as SpaceX's endeavour, but I can't wait to see that fancy new upper stage of them in action. It looks like it could be a real game changer.

And powered by a hydrogen-burning Roush Racing reciprocating inline six engine to boot! Fascinating tech.

As suggested the worst known 'secret' the BE-4 has been chosen.So they are now in the hands of Mr Bezos Hmmmm.
Odd thing ( to me) is that the BE-4 is designed from the ground up indeed inception as a reusable engine,yet here they are planning to throw them away each time (Unlike Blue Origin).Makes no sense to me,but clearly does to ULA (Boeing) who are of course doing exactly the same thing with the fabulous reusable Shuttle engines on their ever delayed SLS.Ah well.
Note: on the same link above (spacenews) there is an interesting new article on late changes to the SLS upper stage.Rather than wait for the new Mark2 upper stage NASA would like to improve the throw weight of the existing stage a little.At present it is 'around 10 tons' so perhaps 11?.The reason given for this is so they can get on quickly with building the Moon orbiting gateway.Which in tune directly impacts the 'boots on the moon' gov't directive.
Lockheed just released their version of a reusable Moon lander, its quite a beast so perhaps everything needs a bit more Ooomph than previously calculated for?

parapente wrote:

Odd thing ( to me) is that the BE-4 is designed from the ground up indeed inception as a reusable engine,yet here they are planning to throw them away each time (Unlike Blue Origin).Makes no sense to me,but clearly does to ULA (Boeing) who are of course doing exactly the same thing with the fabulous reusable Shuttle engines on their ever delayed SLS.Ah well.

It was my vague understanding that they were planning on some degree of reusability, eventually. They might be developing a system to jettison and recover the engines?

As for the SLS, they will essentially expend the remaining stock of RS-25s left over from the shuttle program. Once those are gone, they will use a simplified version of the same (RS-25E), designed to be cheap(er), cheerful and disposable.

It was my vague understanding that they were planning on some degree of reusability, eventually. They might be developing a system to jettison and recover the engines?

This is correct. They said the engines are the expensive part of the rocket so jettisoning and recovering them and letting the tanks sink to the bottom of the ocean would make them cost-effective-enough against fully reusable rockets. Possibly even costing less since you don’t need to worry about landing. They also claim better launch performance since you’re not tankeringn landing fuel.

They plan on separating the engines from the tanks after first stage fuel is depleted, then wrapping the engines is some sort of cocoon to protect them from sea water and keep them floating, if memory serves.

Personally, I’m a bit skeptical that all that plumbing can be built to come apart mid-flight without affecting reliability, but I’m sure it’s not an impossible challenge to overcome.

“Launch” highlights from the Atlas V 551 launch of a USAF payload. More than half the video is ground shots again.

http://youtu.be/CNdRV12trm8

Fun to see an Atlas heavy launch. That fairing is HUGE and the rocket looks so top heavy. I wish we could get an external shot of the second stage with the fairing still on. It would look very strange.

https://www.dailymail.co.uk/sciencetech ... psule.html

Probably not the right place but an article on the Orion capsule development.

Another one away:
https://www.youtube.com/watch?v=NygjTSJwd-I

GDB wrote:

Another one away:
https://www.youtube.com/watch?v=NygjTSJwd-I

Any words as to what the apparent mechanical problem was from previous attempts? Odd to see an already charred Delta IV sitting on the pad.

zanl188 wrote:

GDB wrote:

Another one away:
https://www.youtube.com/watch?v=NygjTSJwd-I

Any words as to what the apparent mechanical problem was from previous attempts? Odd to see an already charred Delta IV sitting on the pad.

I thought I read somewhere the last-second launch scrub was because of too much hydrogen in one of the engines’ combustion chamber. So the flare to clear the hydrogen may not have been effective or maybe it was a bad sensor.

Not sure if that’s what caused the indefinite delay though.

I can recommend Tim Dodd's Everyday Astronaut on You Tube, he streamed the launch, while I did not catch much of it prior to the event, he usually uses much of the countdown to explain aspects of the launcher and payload, as well as any other relevant information. I did hear him mentioning issues with the hydrogen during the launch too.

Successful D-IV Medium launch for the US Air Force. WGS-10 military comms satellite. Mach 1 in 34 seconds! MaxQ like fifteen seconds later! Fun launch. Apparently the last planned D4M configuration launch.

Weird ULA launch curiosity, the T-4 minutes hold. This hold lasted well over an hour as they trouble-shooted the rocket and then a TDRS blackout issue. All their launches seem to go that way.

Watch the video, but skip the first 75% of it because it’s all hold.

https://youtu.be/kNU46m8Hi6Q