Camshafts (Part 5) - Camshaft lift is explained

[@510Exclusive]

I didn't know what any of the cam specs meant before but after watching these videos i know way more than i thought i ever would. Thank you so much.

[@jamesgrumbos4944]

I have been an auto mechanic for 35 years and I can't believe how much I really didn't know untill I started watching these Moss Motors videos. Wow, keep up the good work.

[@misunderestimator5283]

Terrific explanation! I’ve been reading articles and books for months and it’s all remained a mystery- your demonstrations were perfect 👌

[@65elcamino283]

I actually understand cams now thanks to these videos. Just watched parts 1 through 5. Its really simple when explained in this way. Good Stuff. I know that there is ALLOT more to understand about cam dynamics, but i didn't even know the basics until now. Thank you.

[@UNKLDAVE]

Finally!!!!! I've been building engines for over 35 years and have time and time again tried to explain camshafts and their relationship to engine performance and power to the people who work for me with little success. Until now, their view on camshafts was "!/4, 1/2, 3/4, and Full Race" Camshafts. What a bunch of boobs! (Actually a great bunch of people!) I am gonna sit them down and make em watch this video series. Several times if need be! Thanks for the fine "Layman" explanations and demonstrations. Absolutely Brilliant!!

[@davegregg1512]

This was a brilliant explanation, start to finish! I’m investigating cams as an upgrade to my 04 C5 Corvette. Thanks for your help.

[@streetoutlaws247]

I've seen 1000bhp cars but until now i didn't know 100% of the mechanism behind it. Your videos are so educating!!! Thank you so much!!!

[@Saki630]

I dont care about any of this stuff, but I saw it and clicked all the parts. I learned a lot and am happy I did watch them all.

[@klinesausage88]

This guy is a natural teacher. wow!

[@PDH042065]

Thank you guys. This was very clear. This man has teaching skills.

[@phector2004]

Great series! Started reading up about cams last night, your videos filled in a lot of the gaps!

[@Williamf30001]

A really great teacher. I felt like I was reading a good book.

[@klinesausage88]

You're an awesome teacher, man. Thank you so much for this series! Subbed.

[@georged.171]

hey man, if thats you in your profile picture, thanks for your service. I aprecieate it

[@miholju]

This video series is just the tip of the iceberg with respect to cam profile design (calculated 5th order, 10 boundary conditioned B-Spline curves to generate cam lift profiles that conform to specified open and closed timing events).

[@ghostranger96]

I cannot thank you enough for these video's, they have taught me so much. Keep up the good work!

[@shamnampatandy]

Excellent videos - thanks for taking the time to put them together.

[@JonnyFlash80]

Great series of videos. Keep em coming!

[@fehmiyarayan]

Excellent videos... Best I have seen so far... I will be buying my cam from you guys...

[@amaliavillanueva8185]

Hey call your san diego mom

[@boogieboxxxbboy]

Thank you guys for the videos. The information was priceless.

[@MitchellBennis]

Awesome series. Well done!

[@Supra2winTurbo98]

Man I love the videos! Please do make more!!

[@dsengineering7457]

awesome series man.....thanku for providing all that stuff..... can you also tell.. after how much degrees does sparkplug provide spark????

[@stevecappello]

Thanks guys! Always a class act.

[@thunderhead870]

very nice videos. easy to understand. thank you

[@jacob95g]

Great video, was very well made 👍

[@AzimNaqvi]

Understood all,very well explained,Sir.Thank u so much..Just one more thing,is this principle same for motorcycles engines?

[@raho24781]

Loved your Videos,,,,,,looking forward to hereing you again, Homework Homework Homework pays off 🏁at least for me it does Thank you

[@jucedcustoms2274]

Great job droppin knowledge!

[@Cornholio223]

great series, thanks.

[@naro2nite]

Thank you sir for your videos...very informative!

[@haaahaaai]

you irrigate my Thirst for learning about cars thanx alooot

[@miholju]

More importantly, The lift profile (h), from h=0" to h=h", and its associated velocity profiles & acceleration profiles. The better questing (but more involved question) is: How fast is the cam profile lifting throughout its cam lift "Rise Event"? Just listing lift amount & duration amount alone only indicates the boundary conditions.

[@danumurwanto5015]

great lessons!!..thank you.

[@jrh1704]

Great video thank you

[@davidwarland2680]

so well explained, thanks.

[@ROBERTCSST]

I wish i had u as a teacher back in h.s. I would of passed. Lol

[@texastomeh3077]

EXCELLENT!!!!!!

[@1klampit]

SUPERB!!!

[@scon2006]

Very good,

[@kristibutterflykirk1]

just think how much there is going on in the entire motor combined. Too much to comprehend all at the same time lol you have to do it one peace at a time because its too much to think about all at once, lol.

[@MiKa-fu2wi]

Is your name Bill?

[@delubyo5770]

You didn't explain how to calculate the lift 😇😇😇😇😢😢😢😢😢

[@TheBusutil]

Jesus Christ! I understand!!!

[@Wyrmnax]

Now Mr. Hands must explain woman to us. I bet that if he does, suddenly the world will come to understand them.

[@joeblo3295]

ewww theres a negative