Hi! Great video. How is the wiring different if i have a sensor which need 5V? I want to read the analog singlas from a joystick sensor (X and Y-axis).

4:17, for some reason when I try to setup a motion link between the two joints, the animation is completely still and there is no motion. The indivudal joints work fine and the animations show them moving how they should, but the motion link is just static. Anyone know why this might be happening?

I thought 'Centrifugal Force' was a fictitious force?

Thank you. I've been searching for a good real world example of how a full assembly is created from start to finish, and the thought process behind it. Many great techniques I now have to practice with for my hobby projects!

Thank you - an excellent video.

Great work ...thanks for info

Great video.... Thanks

This is proving to be the best tutorial for me to date. 20 plus years of Solidworks before now. Painful until now. Thank you so much.

Well done! Quick one; i'm stuck at where you imported the NEMA 23 stepper. How can I get the part file or dimensions to model it?

Wow, learned so much in every step <333

Thanks for posting this, the way you explain makes it easier to understand. It's exactly what I need for an auto rewind system I'm planning to make for my filament dry box.

Way too difficult to software needs to be far easier

Nice work. certainly creep and stress relaxation are similar as you pointed out. would be nice to see total extension to achieve the stress. Also, thicker section at the bearing surface would be nice to see to ensure the strain is occuring in the section of interest.

how do you make a semi sphere or sphere with bevel gears

can you print the shaft?

28:17

Greate video man !

I have a small kitchen hand-mixer and the helix gear (I suppose it's nylon) wore out. I modelled a new version in F360 and used your video to work out the gear design. Busy printing the first prototype in PLA+ and hoping that it will stand up to the wear, giving me an extended life on the mixer. A big thanks for a very well presented methodology!

thank you so much. super video.

Another video on the subject of warping brought up that the layers are shrinking mainly in the direction of the filament. As in, if the material shrinks by 10% (extreme example) then a 100mm length filament would shrink 10mm, but a 50mm would just shrink 5mm. Of course, breaking up the long filaments is easier said than done, I don't know how well using something like Hilbert curve would help as you've still got a larger area. Because of the changing directions the forces should technically cancel out more, but I don't know how well that works in practice. What the video in question suggested was that removing cut-away parts, such as adding slots, would help. I've not had a need to test this in practice so far, but you can probably find the other video if you want to hear more about that theory.

Where is the file for the spur gear?

the was the best but one thing that i didnnot get that how he take the motor?

Reason I subscribed; you go on to explain the theory behind the design, and as a mechanical engineering student, this is gold.

thank you so much for the tutorials! its been 3 years but still informative and decent !! thanks a lot Antalz

An excellent video (and series). A slight correction at 12:28 where the equation should be ( ( 360 / ( 2 * NumberOfTeeth ) ) * 1 deg ) - ( twistAngle / ( 2 * NumberOfStarts ) ) * 1 deg where in the video the denominator of the subtracted twist angle does not include the number of starts.

thx

I did something like this, but made it to fit in the middle of the filament spool so it could work inside my AMS units. All I have to do is dry my spools, load them in the AMS, and the stay dry until I need to remove them and load different filaments. I now have a desiccant holding spool hub for every spool of filament.

if you didn't mount the nut pointy-side up, you wouldn't damage your screwdriver so much when hammering with it. Also, never hammer on a screw driver... Use a nail set, or an old cut nail if you have those kicking around, or a bolt, maybe even 3D print a tool. At least you didn't use a chisel ;)

Oh man, to select the new offset feature while fixing the ring gear you have to ctrl+click, without the control button it just ignores your click altogether. I'm used to programs selecting the new stuff and unselecting the old stuff which lets me know I need to ctrl/shift/etc click them to select both..Tricky! But this is some awesome material! I came for this planetary gear video but already started watching the whole gear series to learn everything I can. I love how you're nonchalantly teaching me some useful parametric tricks in Fusion alongside the actual gear material...and all without any filler content, its great!

thank you so much. keep up this good work!

You need to be consistent in how you write and define your variables. Use of subscript makes the difference between writing out D=DP/2 + DP/2 = DP as opposed to D=DP1/2 + DP2/2 <> DP. When making instructional content, the purpose is to remove confusion, not create more of it.

For anyone having trouble at the align part @ 15:15 You can also use the assemble joint tool for the same effect. Current fusion has some issues with sketch connecting to sketch sometimes when joined to an object like the gear in this case

very informative and detailed video thanks

Great video! Thx a lot, I've been looking for something like that for couple of days now and your video is just perfect for me to learn the topic :D

Amazing video series. Quick question, if anyone knows, I have/had being using the Helical Gear generator as shown near the end of this video. I also made a helical rack (at 45degree angle) as in the next video. For some reason I cannot get the gears to mesh if the gear is made using the generator, no matter if using 45 or 57.296 degrees, but it does line up using the manual method as per this video?

Great video. By engineers, for engineers.

You're a natural teacher. Very high quality videos, thanks

Thanks

fantastic vid gonna try doing it in solidworks and maybe adapt it to spiral bevel gear

Zabardast. Urdu for Amazing.

Very helpful video. Want to design my own CNC from scratch but before that I have to model it I really get a lot from this type from videos that really work on practical projects. Also following your gear design playlist. Thanks a lot.

Very enjoyful by your video, some part of it I need to review for many times to understand. and Thank you for spreading the knowledge and love to the world.

the best tutorial video so far. Thank you so much!

Fantastic video! Math + 3D illustration + Real Build objects, with detailed explanation on why stuff goes the way it goes...

excellent tips and explanation of why gears have the attributes they have. Great series

thank u soo much for the tutorial! may your life filled with happiness

Why can’t you plan out the video before hand instead of making a bunch of mistakes so that the viewer doesn’t have to go back every minute on their sketch to change what you told them to do💀 making it hard for no reason

Excellent videos!!!

I love this, I'm a long way from being able to do this but have saved it for when I feel ready. I've taken a lot from it already for the level I'm at. Can't wait to be able to create things as smoothly as you do in this.