If we dumb down the project so any junior high kid can build it without assistance we are pretty much limited to sprinkler valve, ball valve, and spray and pray cookie cutter designs.POLAND_SPUD wrote:
IMO opinion machining shouldn't be allowed for most projects since it's a community project so most members should be able to build them themselves...
I don't say there can't be a few projects just to show off and build real state of art masterpieces of spudding world...
With a community effort, the design can exceed the abilities of any single builder. Someone takes machining, someone takes automation electronics, someone takes material testing so it doesn't blow up, etc. As a community effort someone with a lathe unable to do the electronics can be part of a team that builds a fully automated fully automatic piece of engineering art.
Take for example the leader in the innovative category. Using the torch head fueling limits the rate the chamber vents and fuels. If a sub team was dedicated to just the fuel and vent cycle, and another team worked on automation of the ball reloading cycle (full auto) etc, we could as a community build a launcher that would beat the socks off the contest leaders.
The final product would be beyond any single builders abilities.
It's much like what I do for a living. I'm only a small part of an entire building full of folks that make something so complex that it is impossible for any single person to learn and understand all aspects of it's construction even if they study for a lifetime.
The guys that do the lithography are fantastic at what they do to get patterning well into the sub micron range. They don't care what happens in implant or etch. Other teams take care of making the process work at each level of design. The end result is a chip that can be purchased for less than $200 that has more man hours in the design than the trip to the moon. It's that complex. If each chip was handcrafted individually from the ground up by one person, they would have to live several hundred centuries to create one chip. It's not something you could buy for under $200.
The team designs the process and product and high volume manufacturing of millions of units pays for the development. I think aiming high and have it truly a community project is an excellent idea. Setting the goal to anyone can build it is short sighted. Full details would be published so anyone can study the design.
This is how Open Source Software works. It's community built and the source code is published for anyone to modify and use.