ToroSpin Turbo (Toroidal Launcher with planetary gearbox) by Kocyns

Kocyns

Toys & Games>Outdoor Toys

GIF

Print Profile(5)

All

X1 Carbon

P1S

P1P

X1E

A1 mini

0.2mm layer, 2 walls, 15% infill

7.6 h

6 plates

4.8(142)

a1 mini, 3 plates, gear at one plate

6.6 h

3 plates

4.8(44)

0.2mm layer, 3 walls, 15% infill

7.7 h

5 plates

4.9(12)

0.2mm layer, 3 walls, 30% infill

8.8 h

6 plates

5.0(5)

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1263

2274

257

3.6 k

4.4 k

Released

Description

Basic info:

Toroidal propeller launcher with double planetary gearbox.
Update: Part 13-256.stl - extended stick for bed 256x256mm (A1/P1/X1).

Gearbox:

Non-printable parts: You just need one type of screws (M3x16) for assembly.
Gear ratio 1:12 with smooth move.

Printing:

No supports!
Layers height are 0,12-0,2mm.
Recommended material for gears is PETG, see below to BOM.

BOM:

Printed parts/Purchased parts
Item	File	Qty	Description
1	1.stl	8	PETG
2	2.stl	1	PETG
3	3-Ring-up.stl	1	PETG
4	4-Ring-down.stl	1	PETG
5	5.stl	1	PETG
6	6.stl	1	PETG
7	7.stl	1	PETG
8	8.stl	1	PLA (1)
9	9.stl	1	PETG
10	10.stl	1	PLA
11	11.stl	1	PLA
12	12.stl	1	PETG
13	13, 13Low ,13-256	1	PETG (2)
14	14.stl	1	PETG
15	Tor_170.stl, Tor_200.stl	1	Propeller (3)
-	Tor_base.step	-	to create remixes
16	Screw M3x16	11	Countersunk screw (DIN 7991)

Recommended high of layers 0,12mm
13Low.stl is for printer bed size under 250x210mm. 13-256.stl - extended stick for bed 256x256mm (A1/P1/X1).
170mm or 200mm toroidal propeller +105mm. Recommended high of layers 0,12mm.

Assembly:

STEP 1:

Note: Screw (red) in detail A shouldn't be too tight!

STEP 2:

STEP 3:

STEP 4:

STEP 5: Let's fly!!

Note: By downloading and using the model, you agree that it is provided "as is," without any warranties. The authors of this model are not liable for any accidents, damages, or other issues that may arise from its use. Users are encouraged to exercise caution and use the model responsibly. The author disclaims any responsibility for any losses or damages incurred through the use of this product.

Comment & Rating (257)

@NotForEveryone

Print Profile

0.2mm layer, 2 walls, 15% infill

Printed well. This thing has a lot of power and was surprising when I first used it. I greased the gears with engine assembly lube and they worked great.

@Kocyns

Thanks! Enjoy it! :)

@NotForEveryone

Replying to @Kocyns :

Do you think it would be possible to design some flying parts that are smaller? If these could be printed 4 at a time on the build plate it would be incredible. With them taking 40 minutes each it sucks when you lose one. I am going to try and experiment with making them smaller and seeing what they do. Just gonna be hard to still have the middle be the right size.

@Kocyns

Replying to @NotForEveryone :

Yes, no problem :) I can reduce the diameter approx to 100mm.

@NicelyDone

Print Profile

0.2mm layer, 2 walls, 15% infill

really neat! be sure you get the flush screws and not the standard fastener head from Home Depot/Lowes.

@Camaraderie

just printed this and realized this before seeing your comment. do you know if anyone has remixed with the normal bolt tops?

@NicelyDone

Replying to @Camaraderie :

not to my knowledge but it shouldn't be too hard to accommodate this change in your own print by removing the flush screw feature and just extrude straight down.

(Edited)

@RubBA

Replying to @Camaraderie :

or just heat the head of the screw with a lighter and it wil mold the plastic while you screw it in.

@anselykim

Print Profile

0.2mm layer, 2 walls, 15% infill

This thing is amazing. this is probably the first print I did that felt like it was engineered TOO well. It flies up and slams my 20’ (~6m) ceiling even with a soft pull. Minimal post processing needed. My only recommendation is to print the propellers on slow “silent” mode, which makes the quality much better and flies much higher.

@Kocyns

I'm pleased, enjoy it! :)

@cwienands

Ingenious design. I printed three of them as stocking stuffers for my kids. I'd like to share a few lessons learned: 1) I had to shrink the screw-on top by 1% along the X and Y axes to allow for an easy fit that only requires hand strength. 2) Due to the large overhand in sections of the blades, I had to reduce the layer height for the propellers down to 0.15mm and reduce printing speed to get high-quality results. I used 80mm/s max for all types of fill, which is probably a bit overkill but the propellers are not a long/large print anyway, so I didn't bother to optimize for speed. 3) Make sure you orient to screw-on top correctly, or else the gears may not spin freely. The hollowed-out side goes towards the inside, the gears. Thanks again for this excellent contribution.

The designer has replied

@Kocyns

Thanks for sharing your knowledge :) I've printed all with 0.12mm and low speed without issues on Ender3, and I'd like to upload the optimized print profiles for BambuLab but I have to wait for a new printer :)

@Marco92

Print Profile

0.2mm layer, 2 walls, 15% infill

nice :)

@kuhnikuehnast

Print Profile

0.2mm layer, 3 walls, 15% infill

Awsome! Really fun to fly 😬

@Kocyns

Thanks! Nice colors :)

@Buddinski88

Print Profile

0.2mm layer, 3 walls, 15% infill

Awesome toy for my kids and me as well :-)

@ericpi

This is a fantastic model that printed well and goes together well. The assembly video was very helpful. It flies very well and is a blast to play with.

@Indibles

Print Profile

0.2mm layer, 2 walls, 15% infill

nice :)

@dennis.lutz

Print Profile

0.2mm layer, 2 walls, 15% infill

Den Deckel, der oben rein geschraubt wird, muss man in x und y. um circa 1 % kleiner drucken, sonst passt er nicht. Ansonsten perfekter Druck und das Teil funktioniert richtig super. Danke.