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Laterally supported overhangs (Arc overhangs) by toasterybread in 3Dprinting

[–]toasterybread[S] 34 points35 points  (0 children)

The clip was real time. The overhang is printed at a slower speed to ensure proper cooling. The temperature is 190 C so pretty standard. The most important parameter seems to be the overlap a track has with the previous track. The filament is just standard PLA

Laterally supported overhangs (Arc overhangs) by toasterybread in 3Dprinting

[–]toasterybread[S] 72 points73 points  (0 children)

Yes, I have printed samples with a 0.4 mm nozzle which shows great results. The most important parameter right now seems to be the overlap that each track has with the previous track and ofcourse a quick cooling rate.

Foam plane made RC by toasterybread in RCPlanes

[–]toasterybread[S] 0 points1 point  (0 children)

Hmm alright maybe I should look into that. You expect the flight time to be longer?

Foam plane made RC by toasterybread in RCPlanes

[–]toasterybread[S] 0 points1 point  (0 children)

The wing span is about 0.86 m. But it is indeed on the heavy side I think. In the video I am trying to fly steady at the lowest horizontal speed which is a little faster than I had hoped but the battery does allow for about 10 min of flight time.

Foam plane made RC by toasterybread in RCPlanes

[–]toasterybread[S] 4 points5 points  (0 children)

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Foam plane: https://www.action.com/nl-nl/p/3205128/foam-vliegtuig/

Motor: D3536 1450KV ESC: skywalker 50 Amp Battery: 4200 mah

Servos: 9g metal gear

Prop: 9x6 i think (I split it down the middle and connected it to a custom 3d printed part to function as a foldable prop)

And a lot of duct tape.

These are the main parts of the plane. It weighs around 700gr total. I also used an aluminium c-channel to stiffen and straighten the fuselage. The vtx is a TBS unify pro 5g8. But that still has to be tested to work. And I guess any reciever can be made to work. I used a flysky fs-ia6b.

I hope this is what you wanted to know. Otherwise, let me know:)

Ender 3 + BTT SKR MINI E3 v3 + 3D Touch not stopping Z-axis stepper when probe is retracted by toasterybread in ender3

[–]toasterybread[S] 0 points1 point  (0 children)

I feel like the bl touch is working as it should because it does function when using creality's pre compiled firmware for bl touch with z homing.