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Great video! I wonder: this would not be printable in vase mode, would it? Because the printer still has to retract right? It's just so that the outer skin is even. But it would be difficult to print with light weight PLA since the retraction would lead to stringing or am I wrong here?

Does the .65 offset need to be increased if you are using a larger nozzle? Like a .6mm nozzle.

Instead of splitting the bodies separately, wouldn't it be quicker to make a single sketch from the side of the 45deg rib cuts then extrude everything except the ribs in one go?

awesome

Will the gcodes be available for Vers 2

Quello che non capisco e se dopo la fusoliera resta un solio oppure no. Qualora resta un solido procedi per "tagli" per creare nuove sezioni ? Complimenti

Great tutorial .. However I would suggest using the ‘intersect’ operation instead of the combine cut operation to avoid cutting each rib one by one. It will make all 5 ribs at once as intersect only keeps the sections that intersect each other. Also in the newer version of fusion, you can use thin extrude and define the thickness of each 45degrees square , this way you only need to create one line instead of creating a rectangle

Really both enjoyed your videos and appreciate the F360 lessons! Was a bit disappointed that you seemed to have abandoned the channel. I have noticed several of you designers that made a few really good videos but then quit. Anyway, hope you'll get back into it and show us some more great things in F360...

Hi, congratulations for the realization. In the end, the test piece is full to me so I suppose you have to print it in surface mode under treatment ?..... Thanks

Exactly what I needed, big help, thank you!

Nice job, you must have made numerous setup correction to achieve this level of control. I have a KK2 with VTOL program an I know all the capacity of this unit.

Great design!! I would purchase the files if I could find them

Thank a lot for you nice Job. I bought this plane (my first printed plane) The canopy was very nice in V1 and V2 is stronger. Do you plan to realize a V3 : Stronger fuselage AND separate Canopy ? I'd love to help if you want to share your fusion 360 files 😀 Have a nice day

Finally. I searched and searched to find this techniques. Exactly what I wanted. Well done.

This is awesome! I was wondering if someone did it already and I found this video. Are you still developing it?

It's pronounced Pirana. The "H" is silent.

Let's call it "Flying Coffin". An aerodynamic nightmare, were the entire fuselage is exposed and creates drag. Try to land with engine out and see what I mean.

Wow that's really helpful instrument! I hope someday the same tools appear in polygonal based application, like a 3ds max and blender

Brilliant tutorial. This has completely solved the mystery of internal structures for me. Also, how to get around the need for Surface Mode slicing to patch external wall gaps. Thanks very much.

Hi Mr Wolfgang! I would like to make your model! Would it be possible to send me the .stl files? I could donate for your Project as well. My email is Cduvivier@gmail.com and my whatsapp +55 21 995085012 Claudio

Hi, congratulations for this beautyfull project! I could not find it on 3dlab print. Could you send me it or sell the .stl to me? Loved the project. My email is cduvivier@gmail.com and whatsapp +55 21 99508-5012

Awesome, crazy... You are a prophet.

Hallo Wolfgang, ich habe die Piranha von 3DLabprint gekauft und nun habe gesehen Du hast aktualisierte Modelldatei. Ich habe Dir eine Mail geschrieben, kriege ich aber keine Antwort.....

Opener black fly, very cool. Would like to see forwars flight though.

you have very few views on your videos but they are soo good

awesome video, explains so much! What about showing how to insert all the electronics mounts like servos, landing gears motors etc?

Running into a problem using this approach on a wing. My airfoil is very thin & when I create the inner offset by -.65mm for the rib structure - the resulting surface crosses itself near the trailing edge of the wing. As a result I can not patch the rib surface at the wing root - operation fails because the surface is crossing itself. Any advice?

Thanks for the very useful info. Still, I'm facing significant issues trying to apply these principles to my design: the main problem is that Fusion360 cannot apply the offset tool with a negative thickness on an airfoil section. The reason for this is because an airfoil forms a very sharp angle at the trailing edge which causes the resulting surface to self-intersect (your example model does not have any sharp edges so the tool works fine). Is there any way around this problem? Thanks in advance!

könntest du ein video mache wo alles deteilierter gezeigt wird

HMM BLACKFLY DRONE WHERE IS IT?? THEY DONT LET ANYONE KNOW WHATS GOING ON???

9:26 do NOT turn on weld center vertices. this causes bad geometry once applied. you can even see how inconsistent and warped the nose cone becomes after applying this option.

this is the same method I came up with to design aircraft

Thank you for the tutorial. I think with the current update of fusion, you can apply curvature comb analysis to edges in sculpt mode. If the analysis was created in sculpt mode, it should only show up in sculpt mode, as far as I am aware, which is a cool little feature. Quick question, when looking at a curvature map analysis, are we looking for smooth changes between colors or everything being a similar color ( i know this question is 2 years late lol)

You are an excellent Fusion teacher. Please do more videos!

This technique works great for printing the fuselage wall with supporting ribs. But how do you then add extra internal structure for things like servo mounts, battery support and so on? You can create the shapes as holes inside the solid body (same as the ribs) but then they're only printed with a single layer perimeter. For example, how could you design/slice/print the same-shaped thing, but with an added internal servo-mount plate that is, let's say, 2 mm thick?

I learn more watching a minute of your videos than by watching an hour of some other Fusion 360 channels.

Very well explained introduction to sculpting. Thank you very much for making this video.

Why didnt you use the combine feauture instead of splitting all the parts manually?

Wow this has to be the coolest design I've seen yet! I will be purchasing this when I get access to a 3D printer at college in the Fall (hopefully the pandemic will be over by then).

I think you could have used the combine body tools intersect the option to create the ribs?? Am I wrong?

Thank you so much for this first class video. Much simpler than the ridiculous way I was doing this. Subscribed!

Nice tutorial. I struggle with free form modelling so I will have a go at this. Ive already learnt things I didnt know. I would have thought however, that lofting would be the best way to recreate the fuselage.

Is it possible to do this in Blender?

it seems that part of the lift in the hover is produced by the forced flow over the wings. Was that your intention?

Great share. Please make more. 🧡

Good luck , I'd love to the the transition to forward flight and back to hover again .... well done !!

it would be great if I made a dedicated video to draw the wing with the ribs pleaaaaaaseeeeeeeee :)

There are no files in 3dlabprint for this

I really liked the manual creation of the in-fill for 3d printing. Wouldn't it be quicker to use the intersect boolean operation instead of multi split body operations? Am I missing something?

This is a great inspiration video for building wings and fuselarge. Many thanks as it solves all my doubts for the 3D LAB PRINTING STL FILES.