2 NASA Glenn engineers invent new superalloy worth billions | Growing STEM
ฝัง
- เผยแพร่เมื่อ 21 ส.ค. 2024
- NASA Glenn engineers Chirs Kantzos and Tim Smith can now call themselves inventors, too.
They are the minds behind NASA's breakthrough material, a superalloy developed for extreme conditions of air and spaceflight. It's called GRX-810.
"In a rocket engine, you can go from 0 to 1000 or 2000 degrees within a couple of seconds," Kantzos, a research engineer, said. "So we need a material that's robust and reusable, and that's one of the big selling points for GRX-810 is it can stand many reuses."
Parts begin as metal powder inside a 3D printer. A laser melts the extremely thin layers together and, slowly, a part is formed.
The true test is heat, but temperatures that would cause other alloys to fail are no problem for GRX-810, making it ideal for stronger, more durable parts in rocket and airplane engines.
The secret? The metal powder is coated with a ceramic before it is printed. This happens at a nano-scale level - particles so small they use sound waves to get the correct mixture, and to see them, they need an electron microscope.
READ MORE: www.wkyc.com/a... --
At 3News, we’re not here to tell you the news, we’re here to share the stories that you say matter most to you. Share your ideas, thoughts, concerns and engage in conversations about the communities in which we all call home.
Follow 3News on Social:
Facebook: /
Twitter: / wkyc
Instagram: /
Visit our site: www.wkyc.com/
And be sure to download our app here: wkyc.com/app
It's technically a composite.
Yup its a cermet composite. Similar to the stuff they use for high reliability potentiometers, but thicker and likely a nickel based superalloy as the base metal. ❤
Not quite. A composite is more like a blend between two materials. More or less organized in a matrix of some sort. Like Cermets (usually more ceramics) and Metal-matrix-composites (usually more metal). Although it “begins” as extremely small particles with metal cores covered by ceramic shells, it seems to en up as an alloy with oxides inside the otherwise metallic structure/lattice. Perhaps one could argue it’s a material that is something between a ceramic and a metal. But if the metallic qualities remains, an alloy it is.
That's what I was thinking
Yes I have.
If the constituents are covalent bonding at the nanoscale (1 billionth of a meter) I'd put this more as a compound.
These engineers must feel great knowing that they will get a zero from the billions.
They get their name in the history books.
@@kensmith5694 yup, that’s the important part.
Jo blo couldn’t patent that , it would be seized for national security reasons.
@@craigmackay4909No… However it is complicated and expensive to get a patent. In essence all inventions today are produced by businesses with teams of engineers and lawyers involved. The risk is more that your idea is stolen by corporations overseas, and not necessarily China. American corporations have also engaged in copying/stealing inventions without paying the inventor… the US government not being involved in the theft.
My father 30 years ago in essence privately (although a small business was registered) invented a small and simple device. And I, in my mid 20’s, helped him formulate the text and made the construction drawings for the application. He was granted a patent, and received an official call: “Wow… Hardly anyone today manage to get a patent on something he has invented purely by himself… And where the application and construction drawings also is made by himself/his son… But there’s always a mass of engineers and lawyers and specialists on patent applications involved… Fantastic…”.
Unfortunately it was way too expensive for my father to apply for an international patent too. And he let manufacture the products with such high quality so they never broke and no one needed to buy new ones. And the market for the product was really small and specialized. And my father was stubborn and didn’t want to sell the patent, since the corporation who wanted to buy it wouldn’t allow everyone to buy the product “as is”, but only if they bought a bunch of other products too. Then it was some major corporation, I think in Korea, who just ignored the patent and started production. And without the more rigid protection of an international patent (although even if there isn’t an international patent, it is still protected internationally) and without the money to pay a team of lawyers in Korea, he had no chance. But he totally gained about the same as it costed. And it was a fun journey. He probably gave me a few $100s for what I guess it would cost a corporation a few $100’000 to have a team of experts do.
These engineers likely have a well waged job.
@@craigmackay4909 That doesn't happen. It makes a nice story but outside of thrillers, such things are not the way it goes. Patriots keep secrets without being forced.
There’s always those people who question why are we spending billions to go to space when we have problems on Earth. They’re too short sighted and fail to see that these innovations revolutionize so many industries.
Yes, but at what cost. The ends never justify evil means. No innovation however impactful, is worth destroying life.
Space is fake
If real time strategy games taught us anything its that the faster you can research and advance, the better off you are.
@@Max_Chooch True, but all video games lack an essential part of our human experience, spirituality. In all games it's always get the most resources the fastest to win and play God. But if that's how your actually acting in your everyday life, I truly feel sorry for a person in that position. Wasting the best of us to save the least of us as it goes.
@densai,
This is Exactly how Christopher Columbus felt trying to convince the monarchy to fund his trip. Surrounded by naysayers. Small minds, almost no imagination, yet in positions of power.
" Everything that can be invented has been invented." ☆
We really got a new nanoparticle superaloy before GTA6, smh my head.
China will be selling this next year 😂
I'm sure aliexpress will have it in a week.
For sure, and on Temu, no less 😂
Imagine the source material was from China 🫨🫨
a shitty version of it atleast
@@Denvermorgan2000 Nah they'll just put some slag together and call it the same stuff. That's China secret to success.
That was a waste of time. Thumbs down (I wish they still showed that total!) These 2 "reporters" know absolutely nothing about material science or basic tech. like 3D printers prattle on for 3-1/2 minutes and never once mention anything about what the new 'super alloy' is, what makes it a break-thru material, it's potential uses, etc. Couldn't be bothered to spend a few minutes of their time actually researching and educating themselves on the topic, shameful.
What the heck ever happened to professional journalism? All I see now is ridiculous 'team' reporting where all of the 'reporters' seemed to have failed their speech, communications, and journalism classes in high school, none appear to have gone to college based on their lack of abilities to speak clearly, coherently, and concisely about the subject matter at hand. Sad...
It must be a tough ask expecting presenters hired for their ability to simultaneously smile, talk AND align sheets of A4 paper, to actually understand what they present.
You don't see how votes go? 1781 up to 417 down as I type this. You can see them if you try...
yep - basically what i said a few minutes ago - without all the detail - they said this was waaay over their head - and i agreed
the talking heads were completely psyched about 3D printing - but not the actual "break-thru Metal-ceramic alloy" - truly and stupidly sad
^ doesn't know how to google grx-810 in the year of our lord 2024...
www.nasa.gov/aeronautics/nasas-new-material-built-to-withstand-extreme-conditions/
Dude, they’re reporters reporting a cool finding to the mainstream. Tf do you expect? Must every new reporting of something like this be done by a dedicated group of engineers?
Since this was invented by government employees, doesn't it make this a "public domain" product?
Yes, that's why it's on TV with no secrecy.
if you are a multibillion dollar capitalist you can lease it for a lifetime license for dollar, everyone else, eh.
@@Sandra-dt4ecno, a capitalist would develop it on their own then charge you anything they want to, which is how it should be.
No . Just like the CDC making vaccines and medicine. Faucci and his team got hundreds of millions. But the government funded the research
No, not necessarily.
is it really a new alloy or just metal ceramic coated?
It's just printed metal with ceramic coating.
What's the ultimate tensile strength? Melting temperature ?
That is probably confidential information at this time.
@@The1stDukeDroklar LoL what bull shit what's tensile strength to do with any confidentiality
@@FLORIDIANMILLIONAIRE Not sure but then again I'm not the one who owns the patent. They are probably only releasing certain information. Just the information in this video indicates it is a big breakthrough. What more do you need to know?
@@The1stDukeDroklar you are too naive there is nothing confidential also it's NASA they are using your tax dollars it's public information and to do this kind of stuff, I mean there is powdered titanium already.
The MDS is available via the 3D Systems website. Graph shows ~125-130MPA at 2000ºF. Melting temp not given, but the material did stretch by 38% at 2000ºF
Utterly Useless Reporting, you fail utterly to describe what properties make it a better alloy...
Propriety ingredients?
Ever heard about confidentiality? 'China copying capabilities'?
@@hosamebrahim9160 China knows the desired capabilities, we all do. The mystery is the recipe.
I got useful tips like using ultrasound to mix, I can find lots of uses for that. A composite metal/ceramic part is natural evolution of pine resin/carbon powder composites cavemen used to bond handles to stone knives.
It's a fracture resistant material that can operate at 2,000 degrees Fahrenheit. Temperature resistance materials are typically very brittle. This material is less brittle than those other temperature resistant materials.
It must be a tough ask expecting presenters hired for their ability to simultaneously smile, talk AND align sheets of A4 paper, to actually understand what they present.
The fact is that many of them have a useful skill in that area. They can convert text to speech better than a robot without all that messy understanding stuff.
@@kensmith5694 Literally L'edOL.
exactly, the segment explains the process and they're over here like, yeah but how do they make it?
Yeah…and avoid paper jams.
If you can: do.
If you cant: teach.
If you cant teach: be a journalist.
This is absolutely fascinating! What a great discovery of not only the end metal alloy, but the repeatable 3-D printing process to make the parts using this powdered mixture they have come up with!
Congrats and well done to these guys!!
Be sure to mention that it could be used to make gun parts!
Quiet! They'll hear you...
That was a result of media conditioning causing word association.
As it should!
WOW current reporting on things that happened 2+ years ago.
Nah. I found this while it was brand new. I think that was September '23.
🚀🏴☠️🎸
@@MichaelWinter-ss6lxthe article about it on NASA's own website is dated APR 12, 2022
It may be making the news because someone is about to put it on the market now.
The patent application was filed 4 years ago, but it wasn't granted until a few days ago. Thus the "news".
I used to be a medical microbiologist. When I looked at a patient sample Iwas the first person to diagnose their issue. It made me feel special.
Safe and effective new metals , CAN'T wait !!
We all know this material fell from the sky in 1947.
GRXa10? Why did they name it after Elon's kid.
Years ago one of my children was visiting and had a great time. We all love NASA!
Thank you Swagelok for sponsoring this news!
Interesting that the first thing he thinks of is gun parts. It's quite a minority of people that use 3D printers for such purposes. I use them for printing Resin models for board games.
I felt like he needed to use a cheap trick, by inserting a socially, and politically charged relationship, that he knows nothing about, in attempt to fill his draft with something, since he tells us later in the video, that he knows nothing about 3D printing. A subject that out of the gate, I was given the impression that he was pretty darn confident about it. He sure opened with authority.
It’s a real minority that use them for space travel
Thankfully this will end up on cars and trucks and air travel and maybe even more importantly those sweet front Gatlings on our A-10 Warthogs.
It' quite a minority that use them for board game... the majority use them for gun part... but u go ccp normalization bot! loool
NASA: We’ll take that... thank you very much! 😂😂😂
Now this is the kind of news I want to see!! Congrats to the two inventors!
Yes The New Metal for Futurists & Sci-Fi🤩😍🥰😇
Love how gun parts is in the list of exciting new possibilities, he said sarcastically
No he was serious.. He's probably a gun enthusiast
Boo hoo
GRX810? If it were mine, I'd call it Un-Flubber.
how bout nonobtanium?
The whole point of a name like that is that it's sterile and useless for determining what's in it. It's not proprietary, patented, and potentially profitable. Trade secret. Of course, it's more fun if you get someone with a penchant for marketing to brand it, but this does the job well if you're worried about Chinese knock-offs.
@@kma3647 Makes it so bland. Next think you know they'll call the 409th cleaning formula Formula 409 and a water displacement product, try number 40 WD-40.
Who would buy that stuff?
Nooberanium
Or how about Nobrainium lol
Why don't they just make airplanes out of the same material as the indestructible "Black Box"?
The plane would be too heavy.
@@ricinro But it would survive a crash on I-70.
Most of the black box is fire resistant material with an outer case of ordinary steel.
@@christopherleubner6633 I know. It was a joke.
Dennis Miller
I saw something like this on Ancient Aliens last week
I haven’t had TV for 15 years now, and recently watched 2 minutes of a newer released episode of that on my phone. I’ve always felt something out there in world was making people dumber, and in that moment I realized.
@@mehnameehjeff6325 Hahaha
3D printers will now make new brain cells for Capitol Hill.
Paid for by the taxpayer but owned by a private corp
Yes and this works out for the best for US tax payers. A US company will get to produce it and be able to exclude others from the market. If the thing was made public domain, China would be making it.
@@kensmith5694 Given a few months, a year at most, they will be.
Actually, you're wrong. When NASA does a project like this, it's open source.
Corporate America will make billions in profits from publicly funded research, while at the same time getting billions in tax cuts b/c.... you know... poor corporations gotta eat.
@@kensmith5694 Not really. The taxpayer gets a triple whammy. They foot the bill for the research; have to pay full price for any product or service based on the research; and have to make up for the lost tax revenue when corporations get their massive tax cuts. I won't even get into the effects of deregulation.
Engineers: Look what we developed.
Private corporations: Thanks😅
i've been saying this for my entire life, that key to new composites is to make them on microscoping levels and below, fuse materials together before they're made into anything bigger.
if only i had the tech that NASA uses ... i'm very confident i'd invent a lot of stuff aswell by simply testing lot of my theories. universe is not complicated at all, it's the fine detail that is hard to manipulate and replicate.
One of the cofounders of Solideon here, and a former NASA employee. From what I understand the process involves a high temperature laser that literally melts the powder alloy later by layer into its new form.
What's the density and structural strength of this alloy.
use google you fools. ntrs.nasa.gov/api/citations/20220013032/downloads/LLNL%20Seminar%20-%20GRX-810_v1.pdf
As an aeronautical enthusiast and aspiring pilot, this is totally huge!
Materials Science is all the rage these days, in just about any aspect of the transportation industry there is a dire need for stronger, more heat resistance parts, which will allow for much higher horsepower and far more clean and efficient engines because fuel can burn more completely and parts can rotate much longer and faster.
Hypersonic flight, here we come!
SO WHAT PROPERTIES DOES IT HAVE??
This is how journalism fails.
But, it has electrolytes! It's what plants crave!
@@bradhobbs6196 🤣 We're getting there far too quickly.
It's heat resistant, did you listen?
PEBKAC error 43 seconds in.
did you even watch the video?!
it withstands rapid heat fluctuations without structural change/failure & is printable!
Only in America would the top of the list of 3D printing uses be "gun parts"
If it not for tyrannical regulations, we would largely ignore that frontier.
@@Cho-denki-rabbit So this is how you tell everybody you want a machine gun without telling anybody you want a machine gun.
We are the only ppl left defending ourselves from slavery
@@Cho-denki-rabbit exactly
It ultimately became a Streisand effect as it's such a niche use and outside of DMLS, it's effectively useless and super dangerous. The big things people use this for are prototyping, figurines/miniatures, one time use tools, and novelty items. I've personally seen more use of 3d printers for creating threaded bearings and Crow foot spanner wrenches than I've even heard of people manufacturing real firearms. Airsoft accessories, sure, custom paintball armor, absolutely, but for lead acceleration, only if someone wants to lose their hand or have plastic shrapnel everywhere(basically like legos from hell)
The robots that kill us will be made of this material
This is awesome! Should be all over the news. I feel like the story would have a better ending if the team could've provided additional info instead of saying things like "it's way over my head".
oh god the anchors sound so old
There are like 8 year olds printing stuff and these salaried boomer jackasses are like duhhuhhr wowzers u mean it does it in layerz?
They seem like young folks to me
I made a comment that ELON should ceramic coat the Starship flaps. If they used this product then the flaps wouldn't disintegrate on the return through the atmosphere.
Elon probably would get lots of use out of this material and it's government invented which is even better good news for him.
@@WaterspoutsOfTheDeep Wrong, NASA is a non-profit they are not part of the government, they were made by, are funded by, and work closely with the government but are in reality NOT part of the US Federal Government, or any state governments.
He can do that from prison.
@@napalmholocaust9093 Why from prison. What crime? Putting the US ahead of everybody else in the space race???
@@nealmacdonald8191That’s Elon Derangement Syndrome.
What I haven't figures out in metal/ceramic composite, is the metal the binder for the ceramic or is the ceramic the binder for the metal, or does binder depend on ratio of metal/ceramic????
If it’s got military applications which I’m sure it will in the aerospace industry. They may not want to give their formula for making it cause they don’t want to compete for defense contracts.
I suspect that effectively both are true. For a long time there has been an aluminum/ceramic material where the aluminum is trying to shrink but the ceramic won't let it. It has the crush strength from the ceramic but because of the aluminum compressing the ceramic, the ceramic don't crack. Ceramics only crack if there is tension locally.
Supposedly two nasa engineers also build a wall plug in fan that cools down your house like an AC, I’ve seen it on the TH-cam ads
Inventor: Can I get a raise now NASA?
NASA: Did someone say PIZZZZZZZA PARTY!?!
How fugged up is it that people make billions of dollars from taxpayer's burden..
That's a fundamental misunderstanding of what's happening. The quote was "generate billions in economic activity" That's called an economy, which is a good thing when it is bigger. A huge portion of our tech-driven economy was primed by government research over many decades.
Hi, The history of NASA, patents licensing what they invent has been around forever, they invented the video camera, and the pumps used to move fuel in the space rockets went on to be used for Jacuzzi pumps.
technology.nasa.gov/patents/category/manufacturing
@@PelicanNorth I fundamentally understood what was said. Its money taken by force from the people. Given to a company that has zero goals or mandates to make money. If they don't blow their budget from year to year, they will have their budget reduced. It would be far better for an individual to own a billion dollar patent than a government entity. That patent is going into an economic black hole...
The government can tax us, because it’s in the Constitution
@@neelonghunglow So decades ago, the government took money, by force, from my parents. Then some of that money was used to fund research that resulted in: internet (Arpanet), GPS, semiconductors, nuclear power, etc.
There was not much incentive for private companies to do that work - R&D costs are way to prohibitive for tech that might take decades to mature. The government is both good and bad. Two things can be true at once.
2:00 “NASA is always working ahead of industry”. LOL! This lady either being funny or never heard of Space X before.
Guess who invented the vast majority of technology and math that SpaceX is using?
good job guys. sounds like you guys had fun
There is still alot to learn in metallurgy and compound material science.
Nasa always 20 years ahead of ... Hollywood 🤣
Guess what? China just introduced a new invention...a ceramic coated high strength metal!
🤣 So true. Seems like a president should address China's piracy.
Ceramic coated metals have existed for a really long time. That is not what they invented here.
@@The1stDukeDroklar How can a president address it? With the partisan divide, getting anything passed congress is not likely. They can't even agree if the sky is blue. If it relates to the free market the Supreme Court will strike it down because it has Cooties or something. China can ship their version to all the nations of the world that aren't the US. Keeping the details secret to give the US maker a head start is likely all that can be done.
Well done, gents.
Awesome work...
I'm sure that NASA will promote this as an example of how well DEI works...
Clear aluminum? "How do you know he didn't invent the thing?"
We have that now. FYI.
@@gregsteele806 Link ?
@@rael5469 Aluminium oxynitride
@@gregsteele806 No we don't
love the star trek reference !
Different but related news item:
"The Relativity Space Terran 1 rocket lit up the night sky as it launched from Cape Canaveral Space Force Station in Florida. This was the first launch of a test rocket made entirely from 3D-printed parts, measuring 100 feet tall and 7.5 feet wide. May 2, 2023"
US Military: Huh, very interesting.
Science = progress.
NASA needs to stop giving out free doughnuts to the employee
"NASA is always 10-15-20 years ahead" ... said no one ever from NASA
but wait - starline - er - umm - never mind...
Nice to know there's a new material to make guns, for our American friends
And just think, it all started with a vibrator accidently turning on in an engineers pocket, rearranging nano particles in a desk drawer where they were sitting. 😂
Mom reporter should button her shirt
Or you should grow up and stop judging people by their clothes.
@@PiDsPagePrototypes she’s the one on TV with her chest out. I clicked to see the report not someone’s attempt at attention
@@PiDsPagePrototypes she’s the one on tv with her chest out. I clicked to see the report, not her attempt at attention
Ah so finally released some back engineered UAP tech 🤔
Buts and pieces come out from time to time once they develops even better black budget materials.
“You know, I have one simple request, and that is to have sharks with frickin’ laser beams attached to their heads!” Dr. Evil
I remember decades ago my brother talking about ceramic engine blocks that they could never get perfected and it seems like a failure,but now? With this ceramic coating of the alloy I don’t understand it either but it definitely sounds like it has applications in many industries that will effect our lives. Thanks to the designers and good luck as you explore further applications of this “new” material. I still maintain that humans do not create anything but we just manipulate our environment in different ways that nature didn’t present to us whole-cloth. Genius,🎉!
I brainstormed this invention many years ago and I think many others did as well. The melding of the two with laser is the kicker. Nice job Nass
Alien technology?
You bet
Nah, just couple a guys with an idea in a time where we are technically advanced enough to test it.
Nah the original tech came from a company called CPM. And these guys ran with it.
@@TheGaffanon Where did CPM get the tech from?
@@alfred1975 they developed it .it was a simple idea that just got more and more sophisticated. The people are metallurgists and found they could do things with powders they could not do with other methods. It’s not alien tech or magic just science.
2 white men
World inventing champions for all time.
I saw 3.
👍
The company is now re-evaluating their hiring practices...
Why would the color of their skin matter?
Exactly what the researchers said the UFOs were made of 20 years ago! LMFAO
dude, you said it several times. its layering. we are just finding better way of "glue" them together.
the only thing new bout this process is we tell a machine where to squirt it.
people have been gluing layers together for centuries. hell even cooks do it to make cakes. frosting is the glue. tasty glue too.
Talking about making billions in profit
in a blue jean jacket lol
It’s good to hear NASA is able to license the technology to help defer the cost of the agency and help humanity.
3D sintering has been around a long time, so it is not that. It is the materials science! There is so much more science to do.
"Its good, but we wont tell you anything about why"
0% information
100% fluff
“It is way over my head”.
XRF the material to get the overall elements and then scan it will a scanning electron microscope and X-rays to determine the location of the ceramic particles.
Yup that would be an easy way to reverse engineer the stuff. I got a good idea what it's likely made from, a super alloy powder like iconel combined with silicon nitride ceramic particles. Both these are fairly off the shelf materials. Iconel powder is used for metal spray application of hard facing and ultrafine SiN powder is used as an optical surface polishing compound. The laser forming is likely followed up by vacuum sintering. A composite like that would take an unbelievable amount of stress and heat, would for all intents and purposes be like real world atamantium with the superalloy giving toughness and the nitride ceramic giving a hardness close to diamond. 3D printing would be the only way to make parts of a composite like this as it would be too tough to machine. 😮
Thanks so much for creating and sharing this informative video. Great job. Keep it up.
We fund them.the money is ours.🇺🇸
Shout out to all the "I dun got all tha learnin I dun needed frum tha biiiible" folks for staying out of the way long enough for the smart ones to make a little progress.
Might be more accurate to call it a Sinter rather than a printer.
Rich gotta rich. Poor gotta serve, suffer, and submit.
I guess what they're really after with this technique of using fine particles of metal and ceramic is to get a near perfect distribution of ceramic within the metal matrix which would have interesting properties although I'm not sure the edges of the metal matrix wouldn't melt leaving only the ceramic outer edge but maybe that's fine because the metal matrix remaining within the ceramic holds the edges together. Kind of a fascinating composite
I think the Cree LED used in flashlights was limited to the very high-end for many years. Took almost two decades to actually hit the masses by Chinese brands.
Similar to steel using a fine powdering effect that increased hardness, toughness and rust resistance. Many years to happen for the masses.
I'd imagine this product may not make it the masses at all without substantial changes.
What's really needed is synthesizing gold at a much lower cost.
Graphene would have similar results
This will 100% make it into the energy sector. Imagine boiler tubes that don't erode from ash or steam, or get thermal fatigue.
Fabulous! Just in time to provide material evidence that once upon a time there was a sentient animal that invented a new material that might last forever and managed to extinguish itself…also forever. An exciting two-pronged discovery awaits an extra-terrestrial people.
Doing the hcim PvP is probably the most exciting moment by moment content there is.
VERY COOL, no pun intended...
Lathes and milling machines use a prosses called subtractive machining where you start with more materials and the unwanted material is removed until you have the part that you want.
3D printers use a prosses called additive machining where you start with nothing and you add material until you have the part that you want.
"additive manufacturing" is the more common term.
Gavinium Newsomite- resistant to intense hell fire 🔥.
The “reporting” on display here is honestly abysmal, the absolute ignorance and incompetence is shocking.
Dang!
Another Harbor Freight screwdriver set….!
Imagine if NASA had the military budget.
What do lawyers wear to court?
Lawsuits.
wait till they see my formulation for transparent methane!
Fantastic! Next creation would be fluid terminators with tiny ceramic coated nano bots.
Bravo guys! Awesome work!
A ceramic metal? Awesome.
Yeah, it's pretty amazing what happens when you put ordinary inventive people in an environment that seemingly has no financial limit.
GOD Bless These INVESTORS.
Putting the CROSS behind the Guy MEANS A LOT!
So the replacement to SR-71 is indeed real and flying in secret. 😁😁😁
GRX-810 huh? Might want to run that through marketing.