Vision of the three Rs: Regular, Reliable and Reusable




What if a 'vision for space exploitation' were to replace W's VSE.
It is the first step to LEO that requires the giant leap. I don't
know how to set a goal like, 'to deliver a thousand tons per year into
orbit, with a price ceiling of $1K/Kg' , and make it sound as
inspiring as 'landing a man on the moon', but it would be more
practical; serving as a robust foundation for exploration, science
and possible commertial ventures.
What would be the best way to accomplish this? A half dozen, ten ton
payload, frequent flyer flybacks, or a couple of heavys with a two
month turnaround? Anyone up for this game of 'IF', as in 'what if the
first goal is to establish the means'?

The parallel goal would be to establish demand, but that's another
subject.

.



Relevant Pages

  • Re: Vision of the three Rs: Regular, Reliable and Reusable
    ... It is the first step to LEO that requires the giant leap. ... inspiring as 'landing a man on the moon', ... The ISS is expected to weigh in at about 400 tons when complete, ...
    (sci.space.policy)
  • Re: Someone to defend the Stick?
    ... but this equals reliance upon foreign powers. ... They've already flown with 20 tons, which is enough for a CEV mission ... to LEO, or a resupply mission to ISS. ...
    (sci.space.policy)
  • Re: ESAS "1.5 EOR" Architecture Finished?
    ... And if there is the slightest chance that having a crew aboard ... You are talking over 35 tons to LEO and 30 tons to ISS if done right. ... Such a rocket might exceed 14 tons to LEO. ...
    (sci.space.policy)
  • Re: EELVs Are A Bad Deal
    ... > 40 tons to LEO and I am sure Lockheed is not far behind. ... Lockheed has their proposed upgrades path in their latest Atlas manual at ... They have a proposal for a fat Centaur, combined with a fat lower stage with ...
    (sci.space.policy)
  • Re: Launch costs seem irrelevant
    ... >would need about 25 times 14 tons on the lunar surface. ... >about 2,500 tons in LEO with cryogenics, or 3,000 tons in LEO with ... >Suppose Mr Musk transforms launch operations, and does LEO for 1c per ...
    (sci.space.policy)