MacPherson strut suspension - basic structure / 3D animation
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- เผยแพร่เมื่อ 26 ก.ย. 2024
- The MacPherson suspension (or MacPherson strut suspension) is a type of independent car suspension that was developed by American engineer Earl MacPherson in the 1940s and has become popular in the automotive industry. It serves as the basic structure of suspension for many modern cars and offers a good balance between comfort and handling. A distinctive feature of this suspension is the strut, which serves as both a shock absorber and a control arm.
In our online video course "Car Anatomy" there are more informational videos in 3D animation. Details on our website: carinfo3d.com
Hello everyone! This time a short video about the MacPherson suspension. Enjoy watching:)
In our online video course "Car Anatomy" there are more informational videos in 3D animation. Details on our website: carinfo3d.com
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Plz make one about the other suspension set us and what would happen if you did a rear rear engine with this set up
Небольшая неточность - эта фамилия пишется McPherson.
I have been waiting for an animated video channel on the operation of these cars.
It is a wonderful channel.
I really really enjoy your content!! Thank you so much
Thank you for appreciating my work!:)
@@carinfo3d-EnThere was no work.
Love it just found your channel learning about coil overs for my wrx daily 😊
Excellent demonstration, thanks for sharing.
Excellent work keep it up.
Awesome content.
The robot narrator sounds... robotic. 🤖
When used at the rear, it’s properly called a Chapman strut, in honour of Colin Chapman.
Is it really that rear to have it at the rear? (pun unintended)
I prefer the lower and upper control arm systems. Bottom-line? Must be cheaper to produce.
thank you sir ❤
Designed by Earl Macpherson featured on Ford Consul and Zephyr mk1 1951. Widely used since........
Well done! Thanks
Really, you make a very beautiful and informative video, excellent, thank you very much.👍👍🙏🙏
Nice animation.
Great video
Superb info ℹ️
SHIT, THATS H0W YOU MAKE TGE SUSPENSION, THANKS FOR THE VIDOE BRO. ILL BE USING IN MY BUILDS.
I love your videos and I am subscribed. How about climate system or exhaust system for coming videos? :)
l love this video
aku sunka banget ini ... tipe whisbon satu lengan ..
this is very interesting but i want to know how car icu work
The shock rotates together with the wheel during cornering?
Super
Make an animation video about drum truck and lorry air brake system
Chrysler K-Car Design Team: Can't get much cheaper...
Ford Tempo Team: Hold my beer!
Approaching Curb: 🦂
❤nice🎉🇹🇭🤟❤️
Animation was blocked by the text
MacFearson??????😂😂😂😂😂😂😂😂😂😂😂
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Nice job! Where is the upper control arm?
Thank you for appreciating my work!:) In the MacPherson suspension, there is no upper control arm (its function is taken over by the strut). The upper control arm is used, for example, in multi-link suspension and double wishbone suspension.
Upper and lower control arms are specific for double wishbone suspension
@@carinfo3d-EnI’d rather like to say that McPherson is based on the bike fork. RockShocks single side.
Junk! Cheap n relatively easy to build, camber control is poor, just good enough that's all.
It is important that the lower A-arm extends outwards downwards. Then on compression the wheel moves outwards and the coil-over increases camber. For extreme compression, camber decreases again. Long short double wishbone increases camber until the tryre hits the wheel well@@429thunderjet2
i have never seen the design at 1:55
Such suspension is not found in new cars, but it can be found in outdated ones, for example in Audi 100 th-cam.com/video/aBfjOHELe6U/w-d-xo.html
I don't get how it works. It seems like an impossible movement
Why is macpherson suspention still used?
It is cheap to manufacture and very compact, which is especially important for front-wheel drive vehicles. Cons: poor camber control during suspension articulation.
Macpherson JUNK suspension. It's just good enough, that's all.
@@429thunderjet2 It's compact, cheap, effective and durable. Some of the best handling cars ever used MacPherson struts front and rear.
Mini Cooper convrtabel sof top plzzz😢😢
С таким кастером далеко не уедешь
Thank you!!!!!!! It’s useful
No information of how it actually works!
But the title says it’s about the structure
スタビライザーか、必ずいいとは、限らない😅
The cheapest POS that ever broke off a 1958 Ford,
Not McPherson, just strut. One strut. Not made by mcpherson.
"PromoSM"
Coil spring & all wheel parts are mounted in thin tin body, this so risky, that's why people prefer, SUV or more solid structured truck's.
Airplanes have hard points. I thought that car manufacturers can weld sheets of different thickness?
Many SUVs these days are unibody, just like cars. No “safer” and in fact, more likely to roll over during a swerve or accident due to the higher centre of gravity.
Full frame pickups & the like may appear stronger, but the frame itself flexes too, many of them even worse than a unibody which spreads the load though the entire passenger cell. The passenger cell of a typical sedan is also stronger than an SUV due to the truss like construction incorporating the rear seat bulkhead and firewall structures for additional strength. By comparison, SUVs are an open wobbly box at the back.
Look at late model sports cars and performance sedans - their unibody is extremely stiff, and will lift a wheel off the road on a tight uphill bend, where a full-frame pickup will flex and twist in the same circumstance. You only have to look at the gap between the cabin and bed, and where the rubber “gap filler” rubs due to frame flex.
Even a 2007 Subaru liberty (legacy) I had back then would lift a wheel off backing from my steep road into my steep driveway. I could almost balance it on the 2 diagonally opposite wheels, and it would teeter and bump the other 2 on the road like a seesaw. Can’t do that in a floppy pickup or SUV……
@@commodorenut I want diagonal anti-roll bars.
@@ArneChristianRosenfeldt Is that so you can tuck the inside rear wheel up under hard cornering? 😁😃 BMC (and Citroen) with fluid suspension systems connected the front and rear on the same side to reduce body roll, and it worked. Diagonally connecting them seems counter-intuitive? 🤷
@@commodorenut no I just want to allow the suspension to twist to keep all wheels on the ground to make life easier for the diff.
Trike would be better than a car in this regard.
😟👎Macpherson = flimsy, fake, constant service visits. durability and aesthetics of renault 12 suspension system,💪👍
It is one of the worst suspension designs ever created right behind the leaf spring design from horse and carriage days.. .
As opposed to what?
Depends on your criteria for judging it. It's cheap, simple and low-maintenance. It might not be the highest performance setup but for most people that doesn't matter, they just need a vehicle that gets them around cheaply and reliably.
@@jamesrindley6215 that was where I was going with it. It’s easy to change a spring or strut. Some other suspension system repairs can be complicated or expensive. For normal road use, they can provide a comfortable ride and generally long lasting/durable.
It's compact, cheap, effective and durable. Some of the best handling cars ever used MacPherson struts front and rear.
Get a human to voice your videos.
Junk
W
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