- Joined
- Jan 4, 2025
To be fair using nuclear warheads to essentially rocket jump is a bit more extreme than using RTG's in reactors.That makes it even more silly that we don't experiment with Project Orion.
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To be fair using nuclear warheads to essentially rocket jump is a bit more extreme than using RTG's in reactors.That makes it even more silly that we don't experiment with Project Orion.
To be fair using nuclear warheads to essentially rocket jump is a bit more extreme than using RTG's in reactors.
Japan is basically okay with being capped out at the Delta II class payload line. Their thing is 'have an independent capability and a space industry' and knows more is just silly and impractical.is there anyone else maybe like japan if they really wanted too?
India but they’re definitely more on the die trying side of the equation.what countries could reasonably put a man on the moon in 20 years
is there anyone else maybe like japan if they really wanted too?
- the united states (duh)
- chyna could probably
- russia probably could do it in 20 years if they really wanted too
- and if europe wanted to i think they could but they have other faggy things they'd rather waste there money on
The kiwi farms Orion fanclub has two members now o algo.True, but once the first few bombs (which are small in yield compared to tactical or strategic nuclear weapons) propel the Orion craft out of the atmosphere it's as was said before, like pissing in a sea of piss for the radiation generated, and propulsive force against the pusher plate is gigantic, way WAY higher then chemical propulsion could ever achieve. As effecient as current technology can get, and won't be beaten until we can reliably use fusion.
Plus, the Orion craft can be assembled in orbit and kick-start launched from there, it dosen't even have to be ground-launched.
I am a big fan of Orion, and beyond sad it was given up on.
I doubt many cosmonauts will volunteer for a lunar impact mission, which seems to be all Russia is capable of.Russia officially wants to but knowing them I'll be buying ryanair tickets bound there before they get there.
india and some european countries could do it alone (germany, france and uk) in 50 years i think but not in 20India but they’re definitely more on the die trying side of the equation.
Europe is not happening in a milion years. That would require France to play ball and they always pull out of these kinds of projects mid way through. Closest we’ll get is a ’European’ going on an Artemis mission if the program survives until the next democrat administration.
The kiwi farms Orion fanclub has two members now o algo.
The ESA program is very specifically designed so that nobody can do anything alone. No France? No launching site. France does a lot of other things, but they spread contracts and work around the EU in ways that would make the US government blush.india and some european countries could do it alone (germany, france and uk) in 50 years i think but not in 20
To me, the coolest thing about the plans involving Orion in the '60s were that they made gigantic spaceships possible - Orion gives such high thrust that it really only works when you have a huge mass to smooth things out. People were talking about space ships the size of aircraft carriers back then ...and they were gonna launch them from the surface of the Earth. It all sounds crazy to us today.I want project orion to be resurrected.
With gravity, radiation and vacuum not withstanding I could land on the moon in 10 years.I like to think that political will and budget not withstanding, Canada could crash out a manned spaceflight and possibly lunar landing program in 20 years. What alot of Americans don't realize is how many ex-Avro engineers brain-drained down to NASA when the Diefenbaker government cancelled the Avro Arrow to help build Mercury, Gemini and Apollo. It was far from just captured ex-Nazi scientists helping out.
We didn't lose our entire aerospace industry though, Canada still has the metalworking industrial capacity and metallurgical quality to build up to Apollo-sized rocket bodies and the robotics as well as cutting edge fabrication plants to design and build highly effecient rocket engines. The actual mathematics of orbital mechanics and what's needed to get and stay up there are well understood by now, it would be a matter of national will. It would have to have an equivalent commitment of the Manhattan Project at that time was to America, total government approval and unlimited budget to the point of steep debt to do it, but they could do it.
Australia very likely could too, though maybe 30 years as they don't have as strong an aerospace history, tending to buy American or European for their needs but they have a big raw industrial capacity that could be tapped too.
I don't think any other First World nations or overly-ambitious second world nations like India would be able to in 20 years. 40-50 maybe for France, Japan or the UK or 30 for a united Europe. At best.
Fair enough, I was going off assumption not fact about Australia, I've seen some videos of fairly impressive large scale manufacturing going on there and thought they might be on the upper end of the industrial scale, unlike Canada's case where I know a bit more about what I am talking about.Also Australia has no "big raw industrial capacity", they don't even refine their own fuel anymore (and as such are getting raped by the current crisis) and have an incredibly low economic complexity. J
Yeah most people assume Australia is a functional place thanks to having an entire continent and all the possible resources needed to run a successful country. Unfortunately reality is different and those boomerang chuckers cannot into space. Doing some research there appears to be some sounding rocket launches mostly by foreign countries, but otherwise nothing. At least back in the Cold War the brits came around and launched their now dead space program at Woomera.Fair enough, I was going off assumption not fact about Australia, I've seen some videos of fairly impressive large scale manufacturing going on there and thought they might be on the upper end of the industrial scale, unlike Canada's case where I know a bit more about what I am talking about.
Okay, take Australia off the 20-30 year scale and put them at 50+.
You're right. That makes it even more silly that we don't experiment with Project Orion. We use RTGs in multiple earth applications, from pacemakers to scientific sensors in the remote wilds. They're everywhere, and people are worried about "muh environment".
Let's stop being collective faggots and embrace atomic energy for all it can give us.
I like to think that political will and budget not withstanding, Canada could crash out a manned spaceflight and possibly lunar landing program in 20 years. What alot of Americans don't realize is how many ex-Avro engineers brain-drained down to NASA when the Diefenbaker government cancelled the Avro Arrow to help build Mercury, Gemini and Apollo. It was far from just captured ex-Nazi scientists helping out.
We didn't lose our entire aerospace industry though, Canada still has the metalworking industrial capacity and metallurgical quality to build up to Apollo-sized rocket bodies and the robotics as well as cutting edge fabrication plants to design and build highly effecient rocket engines. The actual mathematics of orbital mechanics and what's needed to get and stay up there are well understood by now, it would be a matter of national will. It would have to have an equivalent commitment of the Manhattan Project at that time was to America, total government approval and unlimited budget to the point of steep debt to do it, but they could do it.
Australia very likely could too, though maybe 30 years as they don't have as strong an aerospace history, tending to buy American or European for their needs but they have a big raw industrial capacity that could be tapped too.Or maybe not.
I don't think any other First World nations or overly-ambitious second world nations like India would be able to in 20 years. 40-50 maybe for France, Japan or the UK or 30 for a united Europe. At best. For now it's America, Russia (not lunar landing though) and soon China.
Another decent overview video from a hobbyist spacetubernice short summary of the whole mission:
Key moments from Artemis II's mission, from launch to splashdown - CBC News
If that treaty had exceptions for nuclear propulsion, it would've had a better chance at becoming reality.Just imagine if projects like Orion (Top Image) or Sea Dragon (Bottom Image) were actually finalized or completed?