"Slingatron" To Hurl Payloads Into Orbit
cylonlover writes "People have been shooting things into space since the 1940s, but in every case this has involved using rockets. This works, but it's incredibly expensive with the cheapest launch costs hovering around $2,000 per pound. This is in part because almost every bit of the rocket is either destroyed or rendered unusable once it has put the payload into orbit. Reusable launch vehicles like the SpaceX Grasshopper offer one way to bring costs down, but another approach is to dump the rockets altogether and hurl payloads into orbit. That's what HyperV Technologies Corp. of Chantilly, Virginia is hoping to achieve with a 'mechanical hypervelocity mass accelerator' called the slingatron."
Are they virtualizing this?
Be careful if you build one on the moon, though. Those people will get uppity and use it as high ground to gain independence from the democratically-elected governments of Earth.
(-1: Post disagrees with my already-settled worldview) is not a valid mod option.
Just because you can't put astronauts or unhardened electronic/mechanical bits up with it doesn't really reduce it's value.
If it can reduce launch costs for the stuff it can launch to around $100/pound vs $2k, it changes the dynamics even if it's just launching oxygen, water, and such to the station.
"One true solution" arguments (it doesn't replace every use so it's useless!) don't help solve problems.
I don't read AC A human right
From the article:
It’s questionable whether any rocket system could survive such stresses and there’s certainly no chance of a slingatron being used on a manned mission because it would turn an astronaut into astronaut pudding. Only the most solid state and hardened of satellites built along the lines of an electronic artillery shell fuse would have a chance of survival. The developers say that a larger slingatron would reduce the forces, but even with a reduction by a factor of 10,000, it would still be restricted to very robust cargoes. This makes it mainly attractive for raw materials, such as radiation shielding, fuel, water, and other raw materials.
Unlimited pudding rations for all ISS crew members!
I don't care if it's 90,000 hectares. That lake was not my doing.
A surprisingly large amount of stuff sent into low earth orbit and even geosynchronous orbit consists of fuel and oxidiser. The Shuttle launched with over 14 tonnes of manoeuvering fuel and oxidiser on board for the OMS and RCS motors. That's 14 tonnes that couldn't be dedicated to payload, food, water etc. Similarly a geosynchrononous satellite weighing 6 tonnes will be carrying two or three tones of fuel and oxidiser so it can maneuver into its final orbit and allow it to maintain station for a decade or more. Some GEO birds have been decommissioned when they nearly ran out of fuel, not because they broke down or became obsolete.
Using a slingshot or other brute-force technique to put tanks of fuel and oxidiser into orbit cheaply could well be worthwhile; robot tugs could collect them into a tank farm of some kind in a higher orbit and then deliver fuel and oxidiser to various vehicles as needed rather than them having to lift their entire fuel and oxidiser loads along with delicate electronics, structural components for Mars landers, fleshy meatbags etc.
Stop anthropomorphizing space. It hates it when you do that.