>4:1 gear ratio
>Heat to useful energy
>200grams fan weight
>Have to test with high gear ratio and check whether this model can handle the load
>Planning to improve the performance more
>4:1 gear ratio
>Heat to useful energy
>200grams fan weight
>Have to test with high gear ratio and check whether this model can handle the load
>Planning to improve the performance more
> More than 100 parts
> Air rotates turbine >> Rotates gears >> rotates front wheel and model moves
> SS ball bearings for smooth run
> More than 100 parts
> Air rotates turbine >> Rotates gears >> rotates front wheel and model moves
> SS ball bearings for smooth run
>Inspired from 1954 tractor model and gear lock/double differential mechanism
>More than 400 parts assembled and 20 SS bearings used
>Inspired from 1954 tractor model and gear lock/double differential mechanism
>More than 400 parts assembled and 20 SS bearings used
> PLA plastic for all parts
> Ethanol is used as fuel
> SS ball bearing used for smooth run (friction is big villain for Stirling engine)
> PLA plastic for all parts
> Ethanol is used as fuel
> SS ball bearing used for smooth run (friction is big villain for Stirling engine)
>Runs on ethanol flame
>1:28 gear ratio using compounding method
>Heat to mechanical to moving
>printed in A1 mini using @elegoo.bsky.social filament
>Runs on ethanol flame
>1:28 gear ratio using compounding method
>Heat to mechanical to moving
>printed in A1 mini using @elegoo.bsky.social filament
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