The funding solution will go by an international funding campaign and by a fixed minimal contribution per amateur who want's to have an HEO. I am member of a local marina and each new member should pay a one time Dredging Fee of 250$. The marina is open here from May 15 to October 4 about 5 months. I can used a satellite 12 months am i willing to pay 250$ a year YES and could be more if a sound international structure with well defined planning and objectives can demonstrate a serious will towards the next HEO.
Well, it's nice that you have an amount in mind for how much you would pay. Frankly, I'd probably be willing to spend 4x as that much. It probably would take that level of funding to get purchase a launch. As far as I know, the terms of the bid that Arianspace quoted AMSAT-DL were never released, but we get hints of the it in presentations like:
http://mstl.atl.calpoly.edu/~bklofas/Presentations/AMSATUK2009/3b_Gulzow-P3E...
which suggests that 20,000 euros per kilogram isn't absurd, and they'd be lucky to get a launch for half that price. This would yield a price for P3E of only (!) 1.7 million euros, or 2.5 million dollars U.S. AMSAT-DL didn't think such a launch was feasible, and claims that the costs were (in ttheir words) "one order of magnitude too expensive". As they say, "bitter" reality of their funding efforts is that the attractiveness of amateur radio has dropped significantly, and that funding a P3 satellite from amateur resources alone "seems not to work now and probably never again?". In light of this, AMSAT-DL has pursued tax money from their covernment to pursue a 20M euro effort to fund launches for P5A and P3E. I wish them luck, but in the current economic environment, as well as past experience, I think there is some reason for skepticism, or at least, no expectation for a quick resolution to this issue.
There is already a lot of dedicated peoples around the amateurs radio satellite business who are only making their own small things in their small backyard. Why not regrouping their energies and money towards "ONLY ONE SINGLE" big project? In the amateur satellite world we called that a HEO satellite as AO-40 and as AO-07 AO-10 AO-13 generation who where the first steps towards AO-40.
I think the reason against such a strategy is quite simple, and it is absolutely personified in AO-40. Yes, AO-40 was a remarkable, amazing, revolutionary amateur satellite. But radio amateurs put all their eggs in one basket, and that basket had a hole in it, and all the eggs tumbled out, and now we are left not only with no eggs, but with an environment where people might (reasonably in fact) ask why they should put all their eggs in one basket again, particularly because these baskets have rocket motors filled with hydrazine and nitrogen tetroxide inside. Even if we could fund an HEO launch, I still think it is a matter of debate as to whether launching these kinds of expensive, heavy satellites is a project which provides the greatest utility toward the amateur service.
Just to be clear my opinion is not against the collective effort and people works but against some of the objectives they carry. Volunteers motivation should be the best interest of all not the few.
I find this statement a bit disingenous. The simple truth is that satellites in HEO are usable by fewer, not more hams. If we really were trying to provide a satellite which benefitted most hams, it seems pursuing a strategy which minimizes their personal investment in ground stations is entirely reasonable. Despite your assertion that AO-51 is a mistake, I would counter that it's been enormously successful: a long-lived versatile satellite that provides interesting opportunities for people not just on VU but on L and S band.
Bruce (I think it was Bruce) suggested that the cost ratio between a cubesat launch and an heo launch was around 125/1. To compare apples to apples, we'd have to compare the benefits of having 125 cubesats (perhaps carrying full V/U transponders like the ones designed by PE1RAH) versus one satellite in HEO.
AMSAT's strategy is I think an entirely reasonable strategy. Cubesats are a reality: they will continue to be launched. As yet, they have not been of enormous utility to radio amateurs because they carry only the kind of radio payloads that they need to support their scientific objectives. But miniaturization has resulted in the possibility for a solar cell carrying cubesat to carry a full V/U transponder. The trick is getting these university and scientific projects to carry them for us into space, so we can make use of them when their scientific missions are over. We can do that by providing them with a tested radio module that integrates the functions they use as a standardized item. This allows them to concentrate on their mission and not have to design custom radio modules for their cubesat. This allows them to get to orbit cheaper and quicker. And, it puts hardware we can use in orbit. And here's the best part: we don't pay for it, they do (modulo our one time costs for developing the hardware in the first place, which is very minimal compared to the launch costs).
We'd all like an HEO launch. But until you can figure out how to raise several million euros to accomplish the goal, it doesn't seem to be a worthwhile endeavor to complain about spending a few tens of thousands on this project.
73 Mark K6HX