วีดีโอ

Good explanation and good animation

Was it missing the actual part, though?

Good Stuff!

Nice job. Thanks for the tip

Help please. Can you drop a new link for the file in the comments?

I would like to see a Tumi carry-on diagram circa 2018; it is very different. I have 2 generations of Tumi carry-ons. the older is much sturdier and still intact (but VERY heavy- the shell weighs as much as the contents). The newer one, much much lighter, seems less thought-through. The handle system relies on plastic connections -that I guess have a shorter life span -and mine fell apart. I ended up with a full handle in my hands after retrieving from baggage claim!!

you broke down basically how the world works..it's not about suitcases.

Amazing. Thanks. I invented better and easier mechanism

I'm surprised for this kind of less views. Bro it's Hacksmith.

Please where can I buy something like this!?

I always used solidworks, worked with it since college. Then I started using inventor, it's been 9 months now, and geez, inventor is very clunky. The software creates 2 different files for the 3Dsketch and create many subfolders for what? Built 3D sketches are just pity, constraints don't fully define the sketch and at some point it will be purple and you will never know why. From my point of view. Inventor is capable of doing the same of solidworks, but a dodgy way. Solidworks is a way better.

Thank youu

how much time did it take to ideate this?

Thanks I needed this to know

Thank you. That detailed information was exactly what I was looking for.

Hi SW downloadable file It doesn't work for me, can you share it again please?

One of the good videos on telescopic mechanism .

Very interesting video, I've got a quick question: Do you happen to remember how the black piece (the one that contains the spring and the moving pieces) is attached to the aluminum pipes? Thanks in advance

How would you calculate the force needed to push the spring down?

My zip tie gun is identical to the one in the video, however there is one more flat metal part that looks like almost rectangular, with a slot in it. I'm not sure where that part goes.

How to buy the thing which shows at 2:49 minute of the video....I want that button mechanismed product

One very nice demonstration of using sqetch to solve static problem, easy and it is speed technic to use be using variables and goals in studies, thanks a lot for is free knowledge

Is there anything like this available anymore?

this is sick

I have bought a suitcase it was £10 instead of £50 due to broken handle gonna try and fix it..only one side is broken... hopefully i can get either parts or a totally new handle and try to fit...😊

Very helpful. Thank you!

I want to knowhow to make a variety of rotational governors like what is restricting the pinion gear here.

Really cool the way you used a CAD program to illustrate how things work. Now, I'm not afraid to open up my pool vacuum and work on it! Thank you!

Holy shit man you've just saved my Industrial Design thesis project!!! It's amusing sometimes how simple these mechanisms are on the inside, but they work like black magic from the outside! Lots of love and I owe you a beer or six of them

Good interview

My handle was just stuck, and because you explained, now it's unstuck! Thank you so much!

27:20 Hey! What's going on here?

any chance you could send your CAD model?

Thanks for the deepdive into how it actually works. My luggage handle became stuck, this video helped show how the mechanism works. Unfortunately on my suitcase the pin retraction works completely fine, it's just jammed stuck somehow even while the pin isn't obstructed. I have a feeling something must be bent

Great video! Was wondering how that mechanism worked, and this was super helpful as well as entertaining!

Whats the name of this this little plastic thing which is being pushed? This Plastic thing broke, but i dont know the terminology for it to order a new one? Thanks a lot for help.

Great one! Now I know how ChatGPT sounds like..😂 Love your podcasts! Thank you.

Excellent explanation!

These kinds of videos are what I have been looking to find for so long - fantastic content. Keep up the great work!

Episode 3 seems to have gotten lost. Jumps from 2 to 4.

Maybe this is explained in the next 13 episodes, but why did both jaws have to move? Why couldn't the bottom jaw be stationary? I'm sure there's a good explanation (request from customer, ergonomics, trails, etc.). Besides the reduction in complexity, cost, weight and potential failures, it would allow the wire/cable/tube to be placed on the bottom rollers and be undisturbed until the top rollers pressed on top of it.

What an incredible talk. The steps for integrate parts, mechanisms and motion to achieve the desired results were a good template for any other design in Wich one is involved. Thanks for this content

Love this concept for a video series! Please keep doing them!

Thank you for the great video. We don't understand why the pins at the bottom don't retract back in so that we can telescope the handle down into the suitcase. If we push the two pins, it will retract, but it is not doing it automatically with the button on the handle.

This channel is freaking excellent!

It seems like my pin is all the way back in but the telescopic handle still won't budge. Any suggestions? Does anything else besides the pin keep it from going back down? It's only the lower part that isn't working.

Nice talk. Keep doing the good work.

thank you so much for this lesson, it was very helpfull , and thank for the mate option in the assembly it was very important

Thank you! This helped me disassemble the locking-pin part to fix a broken one!