Rack and pinion Mechanism for Automatic Boating

Rack and pinion mechanisms are often used in the design of automatic boating systems due to their precision, durability, and ability to convert rotational motion into linear motion.
In an automatic boating system, the rack is typically attached to the steering mechanism of the boat, while the pinion is mounted on a servo motor. As the servo motor rotates the pinion, the teeth of the pinion engage with the teeth of the rack, causing the rack to move in a linear direction.
This linear motion is then used to control the direction of the boat's rudder, which determines the boat's heading. The system can be designed with various sensors and feedback mechanisms to ensure that the boat remains on course and responds accurately to steering inputs.
Rack and pinion mechanisms are commonly used in other applications as well, such as in automobiles for steering, as well as in robotics and machinery for precise linear motion control.
The Rack and Pinion Mechanism is a fundamental component of many machines and vehicles, used to convert rotational motion into linear motion. This mechanism consists of a rack (a linear gear) and a pinion (a circular gear) that mesh together, allowing for precise control and movement in a variety of applications.
The Rack and Pinion Mechanism is used in a wide range of machines, including automobiles, industrial machinery, and robotics. In the automotive industry, it is used to provide precise steering control, allowing drivers to easily and safely navigate their vehicles. In industrial machinery, it is used to convert rotary motion from motors and actuators into linear motion, allowing for precise control of the machine's movement.
One of the main advantages of the Rack and Pinion Mechanism is its simplicity. It consists of only two components, the rack and the pinion, and is relatively easy to manufacture and install. This simplicity also makes it highly reliable, as there are fewer components that can wear out or break over time.
Another advantage of the Rack and Pinion Mechanism is its high efficiency. Unlike other mechanisms that can suffer from slippage and power loss, the Rack and Pinion Mechanism provides a direct transfer of power from the pinion to the rack, ensuring efficient and effective movement.
Despite these advantages, the Rack and Pinion Mechanism does have some limitations. One of the main challenges associated with this mechanism is maintaining proper alignment between the rack and pinion. Any misalignment can result in increased wear and tear on the components, reducing their lifespan and effectiveness.
To overcome this challenge, engineers have developed various types of Rack and Pinion Mechanisms, including helical and double rack systems, which can provide increased precision and reduced wear and tear on the components.
Overall, the Rack and Pinion Mechanism is a highly effective and widely used mechanism in the world of mechanical engineering. Its simplicity, efficiency, and reliability make it an essential component of many machines and vehicles, and engineers continue to develop new and innovative ways to optimize its performance and versatility.
RACK AND PINION MECHANISM
MECHANICAL MECHANISM
MECHANICAL ENGINEERING
ROTARY TO LINEAR MOTION
LINEAR TO ROTARY MOTION
RACK & PINION MECHANISM
Rack and Pinion Mechanism
Automatic Boating
Boat Steering
Linear Motion Control
Servo Motor
Rudder Control
Precision Mechanisms
Marine Technology
Navigation Systems
Robotics in Boating.

[@jag5316]

This invention will put galley slaves out of work

[@MikeSmith-do5gu]

There you go lol good 👍 one

[@nikobellic9496]

No it won't. Now slaves have to rotate the drive unit 😂

[@jag5316]

@@nikobellic9496 Fair enough

[@user-zp2vm4xc7b]

😂разве рабы существуют сегодня на галерах?😂

[@Momo_Kawashima]

​@@nikobellic9496 wait until they invent the steam engine

[@3d_designing]

Nice explanation of mechanical mechanisms. Keep it up.

[@learnEngineerings]

Thanks, will do!

[@alexyap7323]

​@@learnEngineerings you are genius!

[@Love-ek1cb]

This can be used for a boat .

[@harishchandakushvaha]

हरिचंद कुशवाहा महाराजगंज

[@Первый_Хреновый_2000]

​@@learnEngineeringsРабы больше не нужный!👍

[@niravpatel3036]

Very Useful Rack and Pinion mechanism animation

[@learnEngineerings]

Thanks

[@panaiyanperiyasamy3204]

Worm and worm wheel

[@DmitriyChernosvitov]

Это не реечный механизм, это червячный привод

[@yusufxoliqov7620]

p

[@enriqueoliva6988]

Worm and wheel drive like a steering gear box.

[@michaelbesana6999]

This could be helpful idea to my plan to build a high speed paddle boat

[@learnEngineerings]

Exactly

[@praveenkumar-fk3km]

Instead pinion, you can directly use driver

[@farida7777777]

​@praveenkumar-fk3km it depends on the speed you want to run it at. Motors has certain speeds and in mechanical we usually use gears, belts, sprockets, etc to step down motion to the proper needed speed.
One can of course go direct with a motor controller.

[@praveen.m2591]

​@@praveenkumar-fk3km hi brother

[@sanket_narode]

It's not rack and pinion, it's worm and worm wheel mechanism 😅

[@learnEngineerings]

Yes correct

[@enriqueoliva6988]

It's worm and wheel drive like in a steering gear box.

[@TheMRSTEVEN]

​@@enriqueoliva6988 Steering boxes use rack and pinion. Idiot!

[@specter_8885]

So THAT'S how that vessel in Far: Changing Tides works!

[@zulkifliisa8274]

Sudut miring pendayung perlu lebih besar, untuk lebih tujahan ke depan.

[@-ShootTheGlass-]

It’s not meant to be perfect, it’s just showing the concept of rack and pinion.

[@user-iw4kl6xd2w]

أحب هذا النوع من الفيديوهات

[@DanishMir-nq7ny]

Your videos are always very good

[@commonman257]

Very rich content but why the music ? Why ?

[@learnEngineerings]

Thanks for content appreciation, will take care of Music.

[@arghyadutta9251]

Yea to rack pinion nahi worm and worm wheel hey

[@domylarsanlp3471]

It's not rack and pinion mechanism
It's worm gear mechanism

[@arjumandvillagecooking]

thank u for the useful video👍❤😊
❤&respect from GB

[@rmpatel2327]

Excellent concept

[@learnEngineerings]

Thanks

[@matslundqvist777]

Great video!

[@saulsandoval2313]

Yes, the worm drive is absolutely the best candidate for this application ❤ I like it 👌

[@vijkoushik]

Very nice explanation of mechanical mechanisam

[@learnEngineerings]

Thanks

[@johnblackbasel393]

This would have improved the galleys back in the day

[@RuralTowner]

If the Viking Long Ships were their own kind of Terminator

[@nickb5417]

Awesome thinking, although I feel there’s an abundance of friction. The design could technically use bevel gears instead of the worm gear. The central gear mechanism would need to be encased in an oil bath. The slides would need lubrication as well, lots of high stress bearings that would need engine-like machining and protection

[@RamasamyPonnaiah-vg9th]

I appreciate the designer of this mechanism.
see, how he is arranging the machine part to give to and fro movement along with up and down motion to the finger like part

[@learnEngineerings]

Thanks

[@RamasamyPonnaiah-vg9th]

Hello bro, I am a degree holder in textile technology, and worked as DGM., Maintenance for 45 years.
I am a mechanical minded man and i appreciate the inventor

[@3d_freelancing]

Very Powerful Mechanism

[@learnEngineerings]

Thanks 😊

[@robinramos2740]

very nice concept, it can be use to a boat or a ship , can put a regular engine... to stroke the paddle great concept.....

[@learnEngineerings]

nice idea

[@robinramos2740]

i really admire a very good concept it can be use bay every one... one of this day i am going to use this to my other invention after i finish my recent work......

[@esenciascaliplantasmedicin6278]

​@@robinramos2740que bueno nos puedes ilustrar Cordial saludo desde Cali Colombia

[@yuyunyuyinursih5077]

the discovery of science is very useful and meritorious

[@learnEngineerings]

True

[@user-gk9iq9ue4p]

Very Nice Work

[@learnEngineerings]

Thank you

[@franciscomillon3446]

La.mecanica es simplemente increíble nunca deja de sorprender

[@learnEngineerings]

Yes

[@yagyaveersingh3993]

One of sizzling mechanisms for making swimmer machine🙏🙏🙏🙏👌👌👌👌👌👌👌👌👌
Keep it up

[@walterretlaw4051]

¡¡¡ Ésto es genial...!!! Saludos desde Argentina.

[@learnEngineerings]

Thanks

[@user-mm5tx3dw35]

Блин, залип на пять минут 😂👍

[@MrStrocko]

Ты ещё sex * пушку * не видел ... вообще не оторвёшь

[@user-zf5vn2lw8b]

​@@MrStrockoа как вводить в поиске, что?

[@arunakanchanajayasinghe-xc3vi]

Good job man ❤❤❤❤

[@lurkblossom-lb9pp]

Great job 💯💯💯💯💯💯👌👌👌👌👌👌👌

[@nickybritain3661]

This is the same as the final drive on my motorcycle! 🏍️

[@manosomosfoda7813]

Eita!! Com isso já está garantido um veículo aracnídeo😱

[@edsantos6627]

Black Beard would love this😅😅

[@learnEngineerings]

True

[@sukumarbanu3754]

You are great next year will get award

[@kuldeepsaini8758]

Nice video

[@ghon2886]

The top mechanism can be put on the ships and they will sail on giant oars.
Oars can be made from the blades of old wind turbines

[@Lakeman3211]

In the end that why propellers became popular…extraordinary depiction but practicality takes president….

[@learnEngineerings]

Correct

[@davidrussell8795]

Old locomotives used this piston and ram to turn the drive wheels on the locomotive! I dought it was called rack and pinion!
The lower diagram,close,but rack and pinion was a flat geared bar on the 86 Ford car with a gear that pushed it back n forth to turn the steering system.

[@joaquimfonseca5712]

Transmissão envolvendo parafuso sem fim e engrenagem, a mais precisa.

[@whitemilk4.06]

You know we didn't have these videos when I was 10 and 11 and taking apart my mom's vacuum to see how it worked or the 5 different hair dryers either .ty creator for these!!! I still owe her a new vacuum though

[@Dogeawviwi274]

"Mechanical MEchanism"
*_G R A M M A R 🚬🗿_*

[@Hap_Shaughessy]

The Vikings would have loved this.

[@MaximilianoGhiso-gk5cz]

Que buen invento ya no se precisa la elize en los barcos

[@husseinsoobhany6375]

I am waiting for my technologies i am exciting i love it.

[@learnEngineerings]

Thanks

[@bilalahmed-qu5np]

Great conceptual animation
I am also mechanical engineering student

[@muhammadhashmi9203]

Make the lower shaft vertical and attach it to wind fan. To keep your own direction use fins.

[@alexyap7323]

Genius man!

[@learnEngineerings]

Thanks

[@TheLastCrow5150]

This would've greatly helped the vikings lol.
In all seriessness, it amazes me the crazy stuff people come up with. Anything suoer groundbreaking is never seen and the inventor is killed..

[@user-maimasov_MS]

In my opinion, rotating the lower part at the same speed is much more difficult than rowing with oars...

[@assistenciatecnicaequipame859]

Amazing to see this

[@learnEngineerings]

Thanks

[@huge4754]

Add a balance weight would be better. But still great idea. ❤

[@v65sabre1]

Still see a useful transfer of power that could have many applications with some variations. 👍

[@junayedkhandaker467]

wonderful ❤

[@Denis-turbabin]

Это просто гениально! Ничего лишнего! Все просто и лаконично!

[@michaelbesana6999]

This idea could be useful in converting wave energy to mechanical movement that propelled a boat without any fossil fuel

[@learnEngineerings]

Correct

[@MACNC555]

😂 أنا أشتغل في صناعة مثل هذه القطع 😂 CNC

[@user-dh1ho9wt2f]

Excellent

[@CadDesigning]

Excellent 👌

[@learnEngineerings]

Thanks 😊

[@dodgywanker6282]

WE GOING DOWN THE LITTLE STREAM WITH THIS ONE !!!🌀🌀🌀

[@NotJustCreative]

It almost looks like it's made out of LEGOs

[@paulotoni9215]

Very Nice

[@tankylifestyle5568]

Haha I was shocked when I first time saw this spring type spindel from my rc

[@sriyantra1939]

.
Useful for making flying birds...

[@learnEngineerings]

Yes

[@miguelramirezbarreto177]

EXCELENTE MECANISMO

[@samsulhidayat9943]

Wonderful meshin

[@learnEngineerings]

Thanks

[@ironheart3282]

Imagine if the Vikings had something like this 😂

[@samuela7982]

Very interesting

[@udayjoshi6283]

If you can make some for old person help to walking it is so useful

[@user-xr5tv8kv6q]

Or you can just use a shaft directly for the motor and attach a propeller 😐 that should be less complex and more efficient.
Thank me later

[@jmvneto51]

... or a V6 outboard... ;)))

[@hs_des]

But fan on that shift and you can drop these extra blue parts 😂

[@learnEngineerings]

Yes

[@3Dmechanism]

Very good 👍

[@learnEngineerings]

Thanks

[@user-ge8go9nn9m]

Эта штука заменяет рабов на галерах......

[@borges9009]

I love phisic

[@robertbrown576]

Nebuchadnezzar would like to place an order for 5000

[@45555885]

Надо ещё приспособу оду....чтоб скорость вала повысить...а так идея норм ...
Есть мнение об автономном питании..

[@user-gc3vj8yo5k]

Ага,и ещё дифференциал поставить,чтобы в сторону загребать...

[@jadvani71165]

Very good

[@learnEngineerings]

Thanks

[@ganeshbhojane6523]

Super 😊😊😊😊

[@learnEngineerings]

Thanks

[@madduke2250]

Вот бы в своё время этот механизм отправить

[@25.keerthivasanb99]

What are the component used for this mechanism.Can you please explain this.

[@pratikmevada1991]

This is not rack and pinion, this is worm and worm wheel gear.😊

[@learnEngineerings]

Yes correct.

[@sharpshooterx6334]

This isnt rack and pinion ... this is worm gear 👍

[@TheIceShatters]

哦 这个好 我要在明年的房东龙舟赛上看到这个 哈哈哈

[@user-tp1fv7zy2p]

Nice 👍

[@Kadir_Levrek_Pesinde]

This worm gear set is suitable for my pedal kayak,,
I'm wondering, does the small gear spin really fast?
In some social experiments I watched,
power was transmitted to the small worm gear,
The big gear was turning very slowly,
If we transmit the power directly to the large gear, does the small worm gear need to rotate faster?

[@sktechworks]

It’s warm shaft & warm wheel

[@learnEngineerings]

Yes

[@scrapdog2113]

Do you still have the CAD for this? I would love to have a starting place to make this into a large scale project!!

[@happierjourney]

It seems like we need to take measures against wear and tear on the part that moves the boat's oars back and forth so they don't fall off.

[@inside_you_3312]

Which software you use to make such innovations

[@gametrip4316]

Я придумал трансмиссию, но места на судне хватит только для нее)

[@vb2912]

Super

[@yuriyfedorov1]

if these are oars, then you need another vertical shaft

[@Me-zs7eq]

But ....is it 2 side movements possible?

[@0000simou]

رياضة التجديف بالقارب

[@Yasser-sq8ni]

Why wouldn't this be in giant ships..... Wouldn't this be faster than propellers?

[@learnEngineerings]

This is not good for turns.

[@SeaDadLife]

With a small modification this could work as a walking machine

[@AmazingLife1482]

Nice❤

[@hollowknightenjoyer]

This is insane

[@orlandomaciel6677]

Está muy bueno

[@learnEngineerings]

Yes

[@klausl.2212]

Gearing of an elevator.
All in oil.
Lower axis combined with electric motor.
Upper gear wheel combined with traction sheave