Thanks, I have already filled the shock absorbers with 1000 cst oil, but I would also like to try 2000 cst oil, but that will probably be too much :)

thank you very much

Thanks

Thanks a lot :) With all these improvements it would be insane :D I also bought some proper rubber wheels, so I'm definitely going to try it out on the 3S and I'll hope that the big stones stay out of my way. I also thought about making some 7075 aluminum parts in the future :D These diffs don't have seals so I have to use seals and try that (some differential oils are already on their way to me, so I'm curious)

Thanks a lot ❤

Thanks

Thank you very much, if you decide to build it, it will be quite an experience and fun :D

@@PatrikJKS I'm pretty new to the world of 3d printing, is it possible to scale down parts? I'm thinking about building a 1/18 trophy truck and I'm looking for a body.

@@makestuffbetter19 Well, the answer is yes and no, I'll explain it to you - Imagine an ordinary cube, when you scale it up or down, the size changes in all three axes, which is fine for an ordinary cube, you only change the size of the cube, nothing more, but if the cube has some holes in the given dimensions and between the holes there will be some given dimensions and you would start scaling the cube downwards so the holes would be smaller and also the dimensions between the holes would be shorter because the scale is applied in all three XYZ axes so nothing would fit together and if the cube was hollow and had a wall thickness of, say, 2 mm, so the same problem would end up with a very narrow wall, which would be very fragile if you 3D printed it. So these are problems with the scaling of something like this. By the way, the body has a wall thickness of 3 mm in 1/9 scale and in 1/18 scale it would be something around 1.6 mm, which is not so bad, but then the holes would also be smaller and so on.

I see. Thank you!

Thank you, Well, those are the limitations of 3D printing. The parts that need to withstand impact would have to be made of metal to withstand some really hard hits.

@@PatrikJKS Are you able to print in abs? I changed up my hot end and started using some abs with a larger nozzle and as long as you have your printer dialed in you should be able to make some really strong stuff. You can try carbon fiber nylon as well. That carbon stuff is corrosive to nzzles so make sure you buy a few extras to have on hand.!

Thank you very much, hmm, maybe in the future I will start making some kits.🤙

Thanks a lot

Thanks, I'll pick something from my list, but probably buggy.

Can be, there should be enough space for threaded inserts.

I too plan on threaded inserts. I find that I have to tighten the screws on my 3Dsets cars fairly often due to PLA creep.

@@lasermike2147 Interesting, I didn't have to tighten the screws even once on the models I have.

@@PatrikJKS I have to tighten the swing arm ball joint screws almost every time I take the buggy out and there's a couple or three screws I find loose on the Landy every now and then.

@@lasermike2147 Hmm, just a thought, try using blue glue for the threads or glue with an acetone base, such as Pattex special repair plastic, so that it is possible to unscrew it in the future.

Yeah, when you're a little hard on the throttle, then you need a metal drivetrain. :)

@@PatrikJKS I was reprinting the engine cover and rear shock mount for the Buggy when I saw your video. Last month it was a front hub for the Landy and rear shaft for the Buggy. I've purchased your files and put together an Aliexpress cart. Can't say when I'll get it assembled but I will post a make on printables. Also looking forward to a buggy if you do create one.

@@lasermike2147 Wow, I'll definitely check it out when it's be done. I started some initial buggy process. :)

I have to say first that I wanted to use petg but my preferred brands were sold out. So the body and chassis are made of PLA from polymaker polyterra (strangely soft PLA material for these purposes, I just tried it). The front suspension and some other parts are TPU 98A from Formfutura python flex. The gold parts are PLA silk from Azurefilm. The silver parts are PLA aluminum silver from Spectrum. Bump stops are TPU 90A from Smartfil Tires are TPU 82A from Recreus. I used basically what I had.

It is there marked as a HSP rear shaft, but somehow assembly manual missing that one step with this 🙄 but I already fixed that bug so just redownload it.

It depends on the actual price of the components, but something around €300 including screws, lights and non-printed rubber wheels (without battery and controller). You can see the complete list of non-printed material in the description.

Yeah, tell me about it :D As I was concentrating on everything else, I didn't even notice that I put it upside down and when it came to mounting the front sway bar, I literally froze for a whole minute and looked at it and wondered what the F I done, at that moment it was just midnight so I decided to go ahead and finish it.

You don't have to be wonder for long because in the future I also want to make a rally car. :)

I am quite happy with the strength and also with the performance. Yes, 3d printed things are not the strongest, like for example molded nylon parts, but still I think that 3d printed things are not so bad, the specialy parts from TPU98A are quite strong.

No, I don't have Facebook, only Instagram at the moment.

Good for u... Facebook is bad.​@@PatrikJKS