Simpleymake_Toys
@simpleymaketoys.bsky.social
3dPrinting enthusiast, Stirling engine designer and maker, sometimes I sell my models, miniature model maker, pulsejet builder, CFD numerical coding, 2D Animator
Experimental tabletop Marble Stirling engine Fan
>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
January 11, 2025 at 11:47 AM
Experimental tabletop Marble Stirling engine Fan
>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
Cugnot steam traction engine designed and 3d printed model
> 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
January 3, 2025 at 3:28 PM
Cugnot steam traction engine designed and 3d printed model
> 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
Self designed and 3d printed a Vintage 1954 tractor model
>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
December 17, 2024 at 8:34 AM
Self designed and 3d printed a Vintage 1954 tractor model
>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
Designed and 3d printed a simple Strandbeest walk mechanism than runs on air. A slow motion video shows a mesmerising view of linkages.
December 6, 2024 at 4:02 AM
Designed and 3d printed a simple Strandbeest walk mechanism than runs on air. A slow motion video shows a mesmerising view of linkages.
A short evening walk with my pet. 🤣😂😅 As a 3d printing enthusiast this is my fate
December 3, 2024 at 2:21 PM
A short evening walk with my pet. 🤣😂😅 As a 3d printing enthusiast this is my fate
Ran the walk mechanism today. Fun time 🤩🤩. The more you watch it the more you get addicted to it
December 2, 2024 at 6:10 PM
Ran the walk mechanism today. Fun time 🤩🤩. The more you watch it the more you get addicted to it
Self designed and 3d printed a Stirling engine that runs on heat and propels Trevithick’s steam locomotive and walk mechanism.
> 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)
November 30, 2024 at 8:21 AM
Self designed and 3d printed a Stirling engine that runs on heat and propels Trevithick’s steam locomotive and walk mechanism.
> 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)
Designed additional 2 pairs of legs and 3d printed. Runs on hand operated balloon pump. Theo Jansen’s strandbeest mechanism. More than 150 parts to assemble. Had a bit of hard time in identifying and assembling the parts.
November 29, 2024 at 6:32 AM
Designed additional 2 pairs of legs and 3d printed. Runs on hand operated balloon pump. Theo Jansen’s strandbeest mechanism. More than 150 parts to assemble. Had a bit of hard time in identifying and assembling the parts.
Holy numbers never fails. Designed and 3d printed a simple 4 legged walk mechanism which is propelled by single acting air engine. 1:28 gear ratio using compounding method.
November 28, 2024 at 7:58 AM
Holy numbers never fails. Designed and 3d printed a simple 4 legged walk mechanism which is propelled by single acting air engine. 1:28 gear ratio using compounding method.
November 27, 2024 at 6:03 PM
3Dprinted a Stirling engine powered Theo Jansen’s walk mechanism
>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
November 27, 2024 at 3:56 AM
3Dprinted a Stirling engine powered Theo Jansen’s walk mechanism
>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
Hi everyone, I am a 3d printing enthusiast. I regularly work on new projects and post the working video here. All my printed models are my own designs. If you are interested in my models you can buy from me as well. Follow me to get regular updates on my work.
November 26, 2024 at 2:55 PM
Hi everyone, I am a 3d printing enthusiast. I regularly work on new projects and post the working video here. All my printed models are my own designs. If you are interested in my models you can buy from me as well. Follow me to get regular updates on my work.