Third Angle Projection Vs First Angle Projection 3D animation Part 1

[@realitynightmare]

you just explained what 40 pages reading and diagrams was trying to explain in under 2 minutes

[@michealhyperion3023]

exactly, the simplicity of it made me speechless

[@Trueself_for_me]

Indeed

[@itsbarney1581]

😂😂

[@davematthews54]

fantastic explanation, and an excellent revision tool. your animation explained the difference to me in under a minute, yet took over one hour in a tutorial to be explained. thanks again!

[@ChrisDac08]

Best explanation of 1st versus 3rd angle projection I've ever seen. Bravo.

[@stevehartley8716]

Who ever invented first angle..... thank goodness for third angle projection. It just makes sense.

[@Maker-Clan]

500 Views in just over a month from a channel that barely existed prior to this video. Glad it's helping and thanks for all the support! I've made a concious decision not to ask during the videos but do remember to subscribe if your looking for more!

[@nyakallomohomane2182]

You explained this clearly in 41 seconds actually... wow

[@SoZ-hr9gc]

This is so helpful, I really couldn't understand the concept and the difference and the cube example is gold! So thank you.

[@keithscott9774]

Fantastic explanation, thanks very much. All I have to remember now is "1st = roll, 3rd = unfold".

[@sudheersirimane5755]

This 1 min video is worth millions😮

[@SusiBiker]

Now, why couldn't other folk explain it so simply? THANK YOU!! (Subbed)

[@jamesparsons9068]

Simple and precise explanation of something so many find complicated.

[@CandyHam]

oh my fucking god. 1 minute of audio/video versus 30+ mins of staring at pages. You are a god among men

[@jaycornucopia]

Clearest explanation I've ever found!

[@simple_oversight]

Brilliant way to explain the difference. As someone else said; wont be forgetting it any time soon either!

[@abdulkadiryilmaz4085]

Man, this is clearly what I'm looking for. Thank you for explaining. I couldn't undersstand it in drawing lesson

[@RafiulHaq]

Best video on 1st vs 3rd angle projection on planet

[@Thinkfreeful]

This is a very simple and easy to understand video, short and clear explanation. I did also learn in another video that the symbol is often omitted on drawings from the USA where it is third angle by default. First angle is Europe and Asia.

[@Trueself_for_me]

The best explanation so far,THANK YOU SO MUCH

[@englishandmotivation7779]

awesome. this is the most unique way of explaining the difference and it's going to stick with me forever I reckon. 1st angle Roll the Box 2nd angle Unfold the box :D

[@reuv_jr]

Now that's an explanation and a half! Thanks!

[@censoredby_yt3925]

This explanation was quick and easy to understand! Thanks.

[@ragulmech7842]

Brilliant way of Illuminating!!!!!!!!!!!!!!

[@DieselD199]

Bravo, sir.

[@taimor5058]

thank you so much tomorrow is my exam and am happy now ...... alles klar !! sehr gut super!!

[@ShredCheese]

This was extremely helpful, thanks!

[@donaldwang6924]

thank you very much for looking at this in this nice and easy angle!

[@pratikshyadas7024]

Bhai sahab im speechless

[@vigneshwaran.s6533]

Wow... Just a minute u clear my mind tq so much...

[@nanibabukodavali1545]

excellent explanation

[@trueog8252]

Better than a 5 minutes theory ❤

[@JayDee98765]

As others have said, textbooks spend pages and pages trying to explain what you have in under 2 minutes, amazing.

[@RicardoFontesPortal]

I think this is the best video about Projection methods. As a Technical drawing/CAD teacher, I often used it in classes. I would like to translated to Portuguese. Clan MacCAD, do you find it useful?

[@tdrawsa]

Excellent and effective explanation!

[@rokadevishalkalyan1808]

Thank you so much man otherwise they were just confusing me

[@9043573438]

simply superb sir

[@talkingheadzzz2449]

Great animation! Thank you!!!

[@ushafofindi220]

I am very help full thank you for the information

[@OliverJoshuaJacob]

Great effort man.. Would like to see more of your videos in future..

[@Maker-Clan]

Thanks! No worries there, I have a fair few ideas noted down, thinking them through and going to be putting several out over the next few weeks! Coming back to drafting in the next video as well, will be looking at section views, one video on the basics, and a more in-depth advanced one to follow that.

[@OliverJoshuaJacob]

Focus more into how to make orthographic projection in your drafting video.. I am new to engineering drawing !

[@kunalporatkar3242]

thank you sir this is what i am looking for......

[@opsorryyt]

Please answer The projection originated from the 3d object itself to project on the plan in front of it, is called_________. a)1st angle projection b)2nd angle projection c)3rd angle projection d)4th angle projection

[@stephaniefaust642]

Well into engineering school and I wish someone would have explained it to me like this. Thanks!!

[@tri5431]

Best explanation. Thank you !

[@sapnarose408]

It is excellent. Thanks for the video.

[@surinderdhiman]

amazingly explained

[@utpalchristie1465]

omg so easy to understand. Thank you

[@itidraftsman3640]

This video is really very helpfull Thank you so much sir

[@YS-in1jk]

That has really helped. Thank you so much!

[@billyreid6948]

This solved it for me. Scotland birth place of modern industry.

[@designmasters492]

best video on Engineering Drawing Introduction must watch kzbin.info/www/bejne/fqW7q2hugdSqldk&feature=share

[@pancakeofdestiny]

Thank you, this is very helpful

[@arunpanchal7592]

Awesome buddy

[@radoyapanic1669]

I was about to punch my computer but then this explanation perfectly described it. Thank you.

[@designmasters492]

best video on Engineering Drawing Introduction must watch kzbin.info/www/bejne/fqW7q2hugdSqldk&feature=share

[@MegaMayank12]

Thanks... But need to leran more from you.. Keep posting on u tube.. Great

[@TheArtofEngineering]

kiss PRINCIPLE! I LOVE IT!

[@AmanKumar-xq4zp]

Your explanation help me to understand it in 1 minutes onlu

[@MarioOrtiz-hs7bg]

please do more third angle projection videos. I subbed btw.

[@Maker-Clan]

+Mario Ortiz Glad your looking for more. I think in terms of how the two methods work now I've done the symbols as well, I've covered everything I can think of relating to how views are arranged. However I do have plans for more engineering drawing standards and requirement videos discussing the other rules to follow beyond that. Any specific ideas on what you would like covered, do let me know though!

[@bruceread2805]

Really helpful thanks

[@amarissimus29]

Spot on.

[@mubafaw]

Brilliant!

[@martybadboy]

Easier way. Use a bowl. First angle: Turn bowl upside down, put item on top of bowl, slide item along bowl surface Third angle: Set bowl normal side up, put item inside bowl, slide item along bowl surface

[@Maker-Clan]

If it works for you great, I personally can't see how it makes it easier. The relationship is object & drawing. Adding a bowl back into the mix which has nothing to do with the source or result is just another abstraction like the folding viewer position planes of old used to explain this. Which is what these videos try to move away from. Again if it works for you that's awesome!

[@PLAYWITHPHYSICS-s9l]

Which app you use for making learning videos

[@Edumechanical]

Good video sir.. whats program to make this video?

[@ODOGWUCCTVWORLD-du2ix]

Nice 👍 one

[@ajcaravaca214]

cheers for your help

[@koushiksriram9853]

Can you tell me why first angle projection is called first angle? And why we are interested in First and third?

[@Maker-Clan]

+koushik sriram Good question, but it gets quite complicated. The first and third angle names come from the quadrants they are derived from using traditional Cartesian axis. First angle is said to be solved if the 3d object is within the first quadrant (+X,+Y) and third is if the object is within the third (-X,-Y). I don't personally see much value in working with the quadrants for solving third and first angle as I don't find it adds anything when creating or working with drawings. Teaching these on a regular basis I created these videos specifically to dump and leave behind the quadrant side of the two methods as I said before I don't feel they add any value, just confusion and they take something realistic and make it unnecessarily abstract.

[@koushiksriram9853]

+Clan MacCAD are we projecting 3D objects in xy, yz n zx plane? if it is so then we are only having three planes so we will only get three projections. but if we are projecting with planes which are parallel also, then concept of octants doesn't make sense. And sry for bugging you with silly questions i just wanna know why things are the way they are.

[@Maker-Clan]

+koushik sriram Essentially yes, if you go with octants then first is front top right, and third is lower left back. You can have as many views as you like if you box it in and keep the 'front' view or XY the same/centre when opening that box of planes back out into a drawing. There are probably better suited demos that focus on the Cartesian side of this than mine, and text makes it difficult to convey. No worries. It's perfectly valid to the math behind how the view relationships were established to abide euclidean logic. It just to me falls into unnecessary when working with a thing you need to draw, and a paper/screen/pdf you wish to have a drawing on. That relationship I find works just wholeheartedly better and more straightforward as an 'object to paper' relationship directly, as the video shows.

[@koushiksriram9853]

+Clan MacCAD thank you sir :)

[@rivsol]

okay i swear i was totally confused a minute ago before watching this video

[@sameersha9402]

good job

[@govindgovindan6190]

Superb

[@sabavathmahesh9246]

Why don't we use 2nd &4th angle projections while drawing???

[@kamrankhankami7793]

salute to yu man

[@eng.omareyadaljorani9954]

Why first angle and third angle projection method is used in machine design and why second and fourth angle method is not used?

[@Maker-Clan]

Unless your going on to use the views for math afterwards, considering the quadrants from a Cartesian system is overly abstracting. If your just making engineering drawings, a parallel relationship from object to plane and simple layout rules as shown above are more than enough. There is a long running discussion on a mechanical engineering site which covers this in more detail if you google your own questions where several people have contributed over a number of years. However I made these videos for the very reason that traditional explanation of this topic delves far too much into abstraction of an otherwise very basic requirement.

[@selvandus4944]

thanks man, use full

[@Pielie98]

Why do you start with the front on top and the bottom in front? That doesnt seem logical. Shouldnt you start with the projecting the top in the center

[@Maker-Clan]

In engineering drawings you will typically have the Elevation view (subjective front of object) as the 'master' view, with the others projected outwards from that. At the basic level a simple object would have around 3 views. Typically named the elevation, plan and end elevation. Translated this would be the (again subjective) front, top and left or right side of the object in question. So the video shows more views than typically needed, but shows how the method continues to apply beyond the norm. I get where the idea that we are looking top down at the paper so shouldn't the top view be first natural instinct comes from, but I think it is grounded that usually we recognise things better from what we would describe as the 'front'. Whether that be buildings, products we buy or an engine etc. So therefore having the 'main' view be the most recognisable and branch outward from there would be sensible when drawings are essentially communications above all else. However at this point I have to admit that is speculation.

[@megcampbell4698]

We Stan 😌✋💅

[@neerajanikivi9062]

thanks, this is awesome.......

[@zoranzdravkovic6420]

Thanks

[@chittaranjanbhoi6347]

hay thanks

[@gladsonjoseph8247]

Thanx

[@AtomSimbol]

Third Angle is better since it seems more intuitive, just sayin'

[@ipadize]

now do it with a cone