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por qué?

Thank you! I’m glad you found it useful!

Check that the ball bearing lock into the groove and that the collar is able to move all the way forward to lock them in that position. It could be that the holes are too tight.

Thank you! No i don’t currently own a Fanatec wheel so haven’t really looked into designing parts for Fanatec but it’s something that I could probably do in the future!

@diyengineeringprojects8499 either way you're an asset to the sim racing hobby. Absolute genius mind mate

i got the spring from one of these containers (see link) www.amazon.co.uk/Airtight-Storage-Container-Containers-Organized/dp/B07SG95V3T its currently unavailable, but if you find something similar, you should be able to use the spring.

Hello! I'm glad you enjoyed the video. Unfortunately, I don't sell the product myself. However, you can take the STL files to a 3D printing shop, and they can print it for you. After that, you'll need to source the required balls and find a suitable spring to make it functional. This way, you can have the part made locally.

Not sure what you mean by “goes to right side”. Can you elaborate?

hi, i've fixed the link. drive.google.com/file/d/1Y0KHXy_jqjUHqaNm6fqUpxGllLo9GbYu/view?usp=sharing

Thank you so much for your positive feedback! All the best!

Thank you so much for your positive feedback, and I'm glad you liked the design!

That could be a good alternative!

hmm… $2 upgrade and maybe a day of printing or a new $300 dollar wheel and maybe a week of shipping….

hey, can you please send me the spring and metal ball amazon links or wherever you got them from? I've been doing some digging and can't seem to find them. I'm asking you because it seems like you have the quick release all printed out and ready for assembly. thanks!

Hey bud, my wife had a spare container that had the required conical spring, so I used that. For the balls, I used plain ol plastic bb pellets, they fitted nicely, and required no effort to make fit, but I'm still at a loss in terms of strength. I started redesigning it myself with strength in mind for a larger diammeter and heavier wheel, but stopped design work for now due to some DIY house renovation projects me and my wife want to complete.

i got the spring from one of these containers (see link) www.amazon.co.uk/Airtight-Storage-Container-Containers-Organized/dp/B07SG95V3T its currently unavailable, but if you find something similar, you should be able to use the spring. For the ball bearings, i dont remember which ones i bought but just do a quick search on amazon and you should be able to find something that'll work.

Thank you so much for your positive feedback, and I'm glad you liked the design! Unfortunately, I no longer have the original CAD models for the hub, but I have a suggestion for you. You could try importing the STL files into a CAD software and convert them into solid parts. It's worth a shot to make adjustments and see if it better suits your setup. I hope you can find a solution that works well for your specific wheel and driving style. Good luck with your modifications!

@@diyengineeringprojects8499 Thank you buddy, I really like this design and want to make it work for me 😁 So I tried importing the STL's into SolidWorks as solid bodies (as I usually do when I edit STL's) but I had all kinds of errors with the import and the geometry was way off. It might be because we use the Metric system where I live (cm and mm) and that might be where the issue came about. To give you an idea, if I import the STL's and try to make an assembly, the parts do not fit at all lmao. I even tried to open it and resave as step file with Fusion 360 to no avail. What I ended up doing was taking the printed part, measuring and redrawing the part in SolidWorks trying to make the parts beefy and more solid. So far the parts I've redrawn and printed have been holding up nicely in PETG at 80% infill. The only issues I have still are: I need to edit the ball holders as the BB pellets fall out when I press to release them to go over the splined shaft And I need to edit the ball placement as well as I'm off by a large margin and the balls do not seat at all, but I will get to that once I have some free time again. Thanks again for an epic design bud 💪

Hi, just look for containers that look similar. They are all just a generic design so you should be able to find one that'll work. Good luck.

Hi, there is no loss in FFB as the steering wheel diameter has not changed (so the moment arm has stayed the same, producing the same torque). Also the mechanism is quite tightly toleranced with very little backlash.

Здравствуйте! Извините, но файлы руля я не распространяю. Однако, вы можете найти ссылку на файлы быстроразъема в моем другом видео. Удачи в вашем проекте!

PLA but you can use PETG or anything else you want.

You have the option to decrease the video speed by selecting the small gear icon located at the bottom right of the video. Adjust the Playback Speed from Normal to 0.75, 0.5, or 0.25 as desired.

They’re probably M6 or M8. Not sure about the pitch though, from what I remember they had quite a course thread. Just search on eBay I’m sure you’ll find something similar

i got the spring from one of these containers (see link) www.amazon.co.uk/Airtight-Storage-Container-Containers-Organized/dp/B07SG95V3T its currently unavailable, but if you find something similar, you should be able to use the spring. For the ball bearings, just do a quick search on amazon.

I got mine on Amazon

@@diyengineeringprojects8499 ok ty

The logo was created using the Split Line tool under Curves. I basically created the Pirelli logo and separated its shape from the rest of the tyre using Split Line and then gave it a colour. The axle was created using Revolved Boss/Base. You can find plenty of videos on TH-cam about those tools! Hope this helps.

Print settings: 0.2mm layer height or less 20% or more infill. I used PLA, temperatures: 70C build plate, 205C Nozzle

Maybe you could flatten the steering wheel shape in a CAD software and have it laser cut from some material (like sheet metal) but this would be expensive and also require work to bend it into shape (which will be difficult for sheets thicker than 2mm). The handles would need to be 3D printed.

You could check if there’s any local 3d printing businesses that could print it for you.

@@diyengineeringprojects8499 ok thanks fpr tha info

The spring dimensions are as follows: Small end: ID 27mm, OD 30mm Large end: ID 36mm, OD 39mm Spring height: 28mm The link to the container I used is below but those containers are currently unavailable. If you find something similar you'll probably be able to use the spring. www.amazon.co.uk/Airtight-Storage-Container-Containers-Organized/dp/B07SG95V3T

@@diyengineeringprojects8499 Thanks for the link and numbers, ngl i didnt think i would actually get a reply on such a video that was posted more than a week ago, lol😅, my print worked out finnally but the bearing dont fit so ill need to reem out the holes a bit. to get the 2 halves of the release to fit together i needed to scale the whole print down and then print the female side much bigger than the male side but it works perfectly (other than the bearings of course). thx again for the numbers, much appreciated 😁

Ey... did you do it?

I built a quick release mechanism for it so that i can exchange steering wheels easily. Link to the video: m.th-cam.com/video/ZAL5H9aZzxw/w-d-xo.html

@@diyengineeringprojects8499 ohh nice ill watch that thanks