Dammit, you had me again! Never again. Thumb down.

What a let down...like watching a movie missing the last 10 minutes.😂

What B.S. 👎 why would you not show the results? First and last time watching any of this channel’s videos.

wtf man?!

If you pose a question, answer it.

Great explanation ! mutch obligate !

great explanation ! Thanks !!!

AND...?

Awesome work many thanks.

Creative video, thank you:)

He has such interesting ideas and then doesn't show off the results. Thanks for nothing then.

Video does not answer the question it poses at the beginning. 👎🏻

Crap

Travel could be longer also.

Go another 30 deg. My guess is same motion, reduced efficency as angle gets greater.

fantastic presentation. Congrats!

Hi, do you have a video showing how you designed springs? I try to create same springs for my design, but I either can't attach spring in assembly or spring won't stretch. It would be very helpful for me to see what parameters you use for helix and as variable. Thank you

"promo sm"

What you want to do is keep the upper half normal but cut the yoke on one side at the midpoint and bend the bottom half 45 degrees. And then connect the gap with a circular curve of twice the other radius (circle at ends). What you end up with then is a quick return version of the Scotch Yoke. It will spend 3/4 of the time pumping in one direction and only 1/4 on the return stroke rather than half and half. Could be a 33% efficiency improvement if the return stroke is using less force than required.

Please let this video be a long-winded "no" to the question in the title :')

Where are the motion animations for part 4,5, and 6? A velocity profile graph would be educational too!

sana naman sa susunod yung kukuhaning speaker eh mukhang engineer naman talaga at magaling haha

hanggang ngayon dugyot ka pa rin helarch 🤣

i am preaparing this model with the help of your vide sir please can i get dimensions and sizes all different parts . it will help very much to do this project sir.

hi sir

What does it do? At least do follow up videos to show the results.

Hi, why did you put a pin constraint between the 3 frame pieces and the base instead of using fixed constraints there as well?

great video explanation. why not supply the files to these videos so we can play ourselves? it's the best way to learn, hands on.

great video explanation. why not supply the files to these videos so we can play ourselves? it's the best way to learn, hands on.

did it affect anything?

kzfaq.info/get/bejne/gLp_q5yK0c_SY4E.html

kzfaq.info/get/bejne/fpORpqaQpt6pqX0.html

How can we contact you?

Yes it gets stuck, mor on

I need your help

I need your help

I need your help

I need your help

Is this a joke I'm to old to understand ?

What a moron. Unbelievably stupid video. Would thumbs down twice if I could.

"Left as an exercise for the reader" I guess 😆

What the hell was the point of that? We wanted to see the result of the change.

If nothing else, I think you may have discovered an effective mechanism to pick up dislikes on KZfaq.

I am a fan of this concepts .I hope some one can manege to prove that this is something amazing ,since car manufactures dont even pay attention to this concepts for obvious reasons ,but I belive that there is something that can be done to make this concept work .

I used my cad skills and replicated this mysterious design and no change in reciprocating motion is observed. Even for different - different angle it does not change.

WTF happened?

still a mystery...

Well?????

Well, f u too sir. Good day.