This is a great video. I appreciate the breakdown on how the dimensions are determined and explaining the assumptions required. Thank you.

Excellent video. The system for defining ball joint locations is very helpful.

Thanks for this amazing video. Looking forward for such insightful and informative videos.

Hello, the mounting of pushrod on UBJ or LBJ depends upon where the forces are maximum between the two. So can you please tell me that how do I get my maximum forces on UBJ intentionally so as to mount the pushrod on UBJ?? P.S- Very good content as usual.

Hey amazing video, it's exactly what I was looking for! Could you further explain how can we calculate the diameter of the control arms and also explain how to calculate the geometrical dimensions of the knuckle?

0.75x video speed for no brain xploding...

Very helpful video..for designing double wishbone suspension geometry

Hatsoff Vatsal...You are indian Gillespie👌👌

Nice! One for McPherson would be useful too. And which textbook did you use for reference?

Great video and explanation. can you please complete the hardpoints series.

There is a mistake on case 2. The outer tire will gain NEGATIVE camber when the body is rolled, not positive camber, and the opposite is true for the inner wheel. This makes alot of sense if you think about it, as when you're rolling, the LBJ connection on the body on the outside wheel is going out towards the wheel while the UBJ is going inwards, making the wheel have to rotate inwards towards the body (negative camber) in order to maintain the length of the suspension arms, the opposite is true of the inner wheel

There is a formula for calculating the correct upper A-arm length. I read it years ago in an engineering book, but haven't been able to find it again. You start with the lower arm, built to whatever length. The height of the lower arm above the ground, the length of the lower arm, and the height of the upper arm all go into the equation. I just can't remember what functions to use or if there is other data needed. The end result is a pair of arms that produce zero scuff while giving the necessary camber gain.

how about designing of upper and lower control arms?

can someone please explain how to get position of knucle mounting ??

Excellent video.....very helpful

Sir how can I find svsa length Sir please do you help us please sir

how to find SVSA length and angle

Hello, great video. I was wondering if this procedure applies to the rear suspension, I mean, is there any change if I use this method for the rear suspension? Thank you for your time :)

what is exactly fvsa length and how i do i find it?

how to implement this t in 3d software

If am not using a 3D software, how do I determine the center of gravity?

Probably I miss something, how to determine y2, y4, y5, and y6, or in other words how to find the length of upper and lower control arm?

How to design double wishbone suspension with single horizontal spring damper only connecting lower wishbones

How to draw the 3D geometry in solidworks?

Roll centre kaise calculate karenge?

How you decides the knuckle points

Could you please share reference u have considered for calculation that would be useful 😊

Thanks a lot

How to find wheel travel

Great video. Can you recommend a book please?

Can you make video on h arm geometry for rear suspension .. please

Hello, can you put the text you are saying in the video as a kind of subtitles? For non english people can be hard to understand. Thank you.

Please provide h arm geometry videos soon...as I am currently working on that..and I need some help

I this video I dint get this to the point , for the wheel travel during the bump of 8inches and during droop if its 4 inches than how come wheel travel will be 12 inches ? Plz explain

How to determine roll cente of trailing arm suspension?

Hey can you share the ppts it would be of great help

How to calculate wheel travel ?

bro nice content but stop talking like a robot, the continuous up and down pitch in your voice is really irritating. i know you're speaking like this so that easier for other's to understand but nah bro

Buddy, in English we don't pronounce letter R. Improve your awful pronunciation.