A Stirling motor that can grow with you, the base kit and extra pattern parts for modifications is the goal. I am really excited about getting a coil generator running off magnets pressfit in flywheel face, hopefully the coils will advance towards magnets by hand after motor has spun up to speed. I began assembling the parts list for the machinist/homemetal worker, science class kit. This will be the raw ingredients to make the 3.25″ nexus stirling motor, builders will require the use of a lathe and some optional milling ability as well as a drill press to finish bolt holes. All the stacked components come pre-waterjet cut with an exact bore when stacked with power piston hole and displacer and tower small holes. Plans and tips. 5/8″ thick composite seperating flange, this is the key to how this compact stirling works and with a super light solid displacer the performance is that of more complex versions. 1″ plus of .0005 displacer rod sealing and bushing. No ice required on top, water resivoir can be filled without leakage risk and indicates 200f when boiling. The engine’s heat diferences allow running when unit exceeds 200f surface temp as with 1hr plus run times. High heat sealant for displacer assembly. Bearings, finished brass bore, graphite stock, high strength stainless 3-32 allen bolts with nylock nuts for top capable of sealing and prevention of warping. Carbon fiber/NBR heat sheild disk and zero-grav glass foam displacer disks as well as fitted displacer rod and …
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