Originally posted by Frank
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Unless the state you live in subsidizes junior college welding classes, welding schools are expensive. I bet sheet metal training ain't cheap either. My point being that if a newbie wants to come to their Bearhawk project with the skills to build quickly, they would expect to first spend a significant amount of time getting training and shelling out some cash to pay for it. Otherwise, they are getting their training while they embark on their project. When we add up the hours to determine how much sweat equity we have in a completed plane have we subtracted the training time? Have we considered how much we saved in tuition?
Now I understand that the usual response to that is to pay 50 grand for a QB kit. If one doesn't want to spend that much and is happy to learn something new while building their pride and joy, then once you account for the time/dollar costs of your having learned a new skill I think you will find that there is sweat equity left in your plane.
But let's face it: as a rookie one-time builder my efforts won't ever be worth much in terms of dollars. Engine and instruments will be worth more than the airframe. I'm more likely to give the whole thing away to someone eager and able, rather than try to make a buck.
As any good accountant will tell you, sub-assemblies have value. Though not as much as the total of all sub-assemblies in a completed airplane, of course.
As a second owner, I would pay more for a scratchbuilt aircraft if the builder showed me that they had formal training in welding or that a master welder was hired to inspect, or complete, the critical wing attachment welds. (I would like to see video of the work being completed.) Likewise, I would pay more if the builder was a partial scratchbuilder and purchased some of those sub-assemblies from the factory like spars or the basic fuselage.
Frank, I just found your project on these forums and will read up on your progress.
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