como fazer um TRICICLO com CARRINHO de CARGA

Summary

A man salvages materials to build a motorized cargo tricycle, welding a bicycle frame to a cart and adding a motor, footrests, and a seat. He tests it, impressed with its power and stability. The tricycle climbs steep hills, reaches 40km/h, and carries multiple people. He improvises reverse by spinning the front wheel backward. While it works well on streets, improvements could make it more versatile. He asks viewers which is better - posting project videos weekly unfinished or biweekly completed. He encourages sharing, liking, and subscribing to support their channel.

Takeaways

• 😊 They built a motorized cargo cart using an old bicycle frame and other scrap materials
• 🚲 The cart has a 500W front hub motor to power the front wheel
• 👷‍♂️ They added supports, a foot rest and a seat to make it into a tricycle
• ⚙️ The motor only drives the wheel forward, but they found a trick to make it go backwards
• 🛵 The tricycle has good stability and reached 40 km/h top speed during testing
• 😀 It was fun to ride and could also be used to carry cargo or as a play toy
• 🤔 They ask viewers if they should post project videos in parts or wait longer and post full builds
• 🔧 They note potential improvements like rear brakes and different wheels for off-road use
• 📈 The videos get good views but subscriber growth is slower, so they ask to like, share and subscribe
• 🤝 They invite viewers to connect on social media and promise more cool upcoming projects

Q & A

What was the motivation behind creating the motorized cargo cart?

The motivation was to take a regular cargo cart and motorize it to make transportation and delivery faster and easier.

Where did the parts come from to build the motorized cargo cart?

Many parts were salvaged from junkyards, like an old bicycle frame. Some parts were also donated by a channel subscriber.

What was the power source used to motorize the cargo cart?

A 500W front hub motor from an e-bike was used to motorize the front wheel of the cargo cart.

How did they test the motorized cargo cart?

They tested it by driving up a steep hill, measuring the top speed on a straight road, and having multiple people ride it to test stability.

What was the maximum speed achieved by the motorized cargo cart?

In testing, the cart reached a top speed of about 40 km/h (25 mph).

How does steering work on the motorized cargo cart?

Steering is accomplished by turning the front wheel, since the motor is attached to the front.

What improvements were suggested for the cargo cart?

Adding a rear brake, upgrading the rear wheels to bearings, adding lights and mirrors, and making it more suitable for off-road use.

What was the overall impression of the motorized cargo cart project?

The creator was very impressed with how well the cart performed and how fun it was to build and drive.

What uses were identified for the motorized cargo cart?

It can be used for work transportation, carrying cargo, fun rides, and general urban mobility.

How can the project be improved in future iterations?

By adding features like rear brakes, upgraded wheels, and off-road capabilities based on user feedback.

Outlines

00:00

😊 Beginning Construction of Motorized Cargo Cart

The video host describes starting the project to build a motorized cargo cart using an old bicycle frame and other scrap materials. He cuts and welds pieces together to create the basic cart structure with a place to sit and rest your feet.

05:06

😁 Testing Initial Prototype of Motorized Cart

The initial prototype of the motorized cargo cart is tested, showing it can go up a steep hill and reach speeds up to 40 km/h. The small 500W motor provides enough power and stability is good despite the tricycle design.

10:19

😂 Having Fun Riding New Cart Creation

The video host and others have fun test riding the new cargo cart creation, demonstrating it has capacity for heavy loads and can make tight maneuvers. They brainstorm further potential improvements to make it even better.

15:24

🤔 Asking Viewers for Feedback on Video Frequency

The host asks viewers for feedback on whether they should post project videos weekly with just parts completed or wait longer periods to post full project videos. He provides links to purchase a similar cargo cart and asks people to like, share, and subscribe.

Keywords

💡cargo cart

The core object that is motorized in this project. It refers to a cart used for transporting cargo. The process of motorizing this manual cart to create a motorized vehicle is the main activity described in the video.

💡motorize

To install a motor on something to make it self-propelled. The video shows the process of motorizing a regular cargo cart to create a motorized tricycle vehicle.

💡bicycle frame

A key component used from an old bicycle to provide structure and support to mount the motor on the cargo cart. This allows transforming the manual cart into a self-propelled motorized tricycle.

💡hub motor

The 500W electric hub motor installed on the front wheel to power and propel the cargo tricycle. Testing this motor's ability to move the tricycle is a central theme.

💡battery

The energy source powering the electric motor. While not shown, integrating a battery to supply electricity to the motor is mentioned as essential for functionally completing the cargo trike.

💡acceleration

Key performance criteria tested after creating the motorized trike. The video examines and demonstrates the vehicle's acceleration from a standstill.

💡top speed

Another key performance parameter tested - the maximum velocity achieved on straight stretches of road. The cargo trike reached about 40 km/hr at its top speed.

💡stability

An important handling characteristic evaluated while test driving the finished trike. Riding stability was found to be good during acceleration, braking and cornering.

💡improvements

Ideas presented for potential upgrades to enhance certain aspects of the motorized cargo trike, like adding rear brakes, lights, mirrors etc.

💡urban

Intended primary use environment. An assessment is made that motorized trike is more suited for urban settings rather than rough off-road terrain.

Highlights

Motorized a cargo cart using an old bicycle frame and parts

Cut and welded tubes to create a tricycle frame for the cart

Added foot rests and a seat to create a riding tricycle

Used a 500W front hub motor to power the tricycle

Achieved speeds up to 40 km/h with good stability

Climbed a steep hill successfully using the 500W motor

Can reverse by lifting the front wheel and spinning it backwards

Works well for transporting cargo and people

Fun for kids to ride too

Potential upgrades: rear brake, lighting, mirrors etc.

Best for urban use, less ideal for off-roading

Viewer feedback requested: post videos weekly incomplete or every 2 weeks complete?

Please subscribe and share to support the channel

Check subscriptions - YouTube removes some

More projects coming soon!

Transcripts

There I was with the cargo cart standing in the corner and I thought And if we motorized a

cargo cart, what would it look like? And since we have the cargo cart and we have the idea

Oh, let's do it, right? And for us to develop this project

Guys, I went to the junkyard once again to mine

another old bicycle frame because our intention is to do this.

I positioned our cart here with the bicycle frame here so you can have an idea of ​​what

we are wanting to do and coincidentally this piece of beam that I got from the

channel's subscriber, it was exactly the same height at the back so that we can level the cart

so that we can start making the cuts here, now guys, we're going to have to make

some support here, just give it some support and cut the painting to the size we [Música] need

[Música] and look at our project starting to come together,

man, it looks like a trailer right now, doesn't it? And now we're coming to our

private junkyard again we'll get some more pieces of tube here by bicycle and we

'll cut and weld it in the direction of this tube here [Music] reinforcement [Music] B

[Music] 0:01:59.840,1193:02:47.295 [Music]

w guys our project is starting to show its faces, folks, here it's just dotted with

solder, but it's still very resistant, guys, look at PR, you can see. Honestly,

I thought it was too soft, guys, but it's just dotted, and it's already very resistant, oh,

PR, you can see. Oh, it's firm, man, but now what we're going to do is develop a

support for us to place our feet on and also a stool for us

to sit on

[Music]

so the foot support is already in place, it looks more like a horn but that's the point.

In the simplest way possible, we also put in the bicycle stool, you see, it's very simple,

folks, just so we can actually sit down and I believe folks, it's becoming a kind

of tricycle, the easiest and simplest in the world to make, man, it's really easy to do this

thing . and another personal thing that I did here is to put this metalon here and here for reinforcement

Because I welded this seatpost here to the cylinder and it was just on top of this plate here, like

you saw, like here, So I just put this here below here to avoid

I was just going to put it here, but there was another piece left over, I put it here, but now we're going to reinforce

everything with soldering and carry out the procedure. The rest is there so we can finish this soon

[Applause] [Music] project [Music] bro, how's it going Now

this project, boy, is turning out to be a really cool, really cool tricycle, but as you

noticed here guys, we're going to use a hub motor on the front wheel here, 500

w and the only thing that's missing now is for us to do the electrical for it, put the

battery in and put a brake too so we can take a few rides on this tricycle, man,

it's looking really cool, it's going to be really cool to be able to ride this [Music]

tricycle [Music]

So guys, in theory, it's ready, right guys, let's do a little test here so we

can see If it is working cool for us to take on the street test is let's call here

O CALL THE BATTERY LET'S CALL HERE COOL ABOOKLY LETER TEST HERE

BOY GOOD LEVINHO WAS VERY

LEVINHA good little engine is very brave guy very brave this little engine

is enough to give us a kick, how cool, how cool, guy, now let us test it

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guys you know when you see something or do a project some kind of thing like that

you go and think like this why didn't I think about this before because it's personal I'm like

this man I'm thinking like this Why didn't I think about this before

this thing is working so well it's so cool so cool man you're falling in love

With a cart like this man, you're crazy, man, it was really good, I even approached some colleagues on the street

in PR, we were playing a joke, take a look at this video. Hey, what about carrying cargo like that?

there now man let's see now let's go come here p put it put it there a Keep looking so it

doesn't fall ISS said it slowly don't break it in these boxes put it neatly on you like that oh there

too much innovation to speed up see

F hugs but now guys What are we going to do, we're going to do the following, we

're going to do a test on it, going up the hill, but it's a very heavy hill, folks,

I don't know if it gives PR, you can see it properly, but that hill is very heavy, AIC,

let's see if you can do it go up with this 500 w motor here pulling at the front and

then anything we do a top speed then do some other games then guys die that's it,

let's go, oh 24 km/h I'm going to rock it, let's see if it

really goes up. boy, it's a heavy hill

,

this little engine here usually doesn't want to stop easily, not

for now, it's a little skating here, but it's going, oh, the hill there,

boy, give it a bang back and forth, here, it's overcoming the hill, oh, it's won,

Boy the little engine here is ignorant, okay, it's very ignorant, the little engine overcame the hill,

oh, it went up I think 9 per hour,

right? It's more

steep This one is higher than up here I think, right, it's all the same, I don't know,

but it went up to here, it's cool That's it, up here, that's it, that's it, it went up there, it went

up here too, straight, really cool Let's figure it out now guys, we're going to do a top

speed on this straight here so we can see how much maximum speed it's going to get here and if it

's going to be able to run, right, if there's going to be good stability with this tricycle like this, let's

go

37 boy stability is

really cool going over the banks there,

we passed them there anyway, man it reached 40 per hea straight there isn't much of a straight line

there, no man straight, small but even so we passed the banks there and the stability

is great man it was really cool man you're crazy Dude, that's cool, I thought that because

normally tricycles don't provide stability for running, right? I thought it would be

difficult to run, I don't know, it would be a little wobbling here, but it was cool to have

the brake just at the front here, man, it's holding it really well, holding it really well because the We weigh

more in the front, right, but every project can be improved with what You can put a

brake on the rear and it will be even better, but the strategy here, folks, is I don't know if

you noticed, but this engine is a 500 engine. w of reduction it has reduction so it

only rotates in one direction only one way it only goes forward it only goes forward forward see you see

there is a strategy that we can use here to make it go in reverse which is what it is

the trick is this here, oh, it spun, it accelerated, it went backwards, oh, it accelerated, it went PR backwards

again, oh, that's it, oh, the ball show the way it was here, folks, it's even used

as a fun toy, look, I found a trick there and I'm going to put it here for

the boy to sit here, you can see, it will even serve as a fun toy, now go there F,

sit there, Pezão, here you can go, Pezão, holding it so he can run, then wait for the walk, 1 per

hour

, oh, and then it's approved yes, you want to walk more, walk all day long, now you're going to walk even

more people now and so will that be the case, let's try everyone now [Music]

go

the cart for the mesos it's made for 200 kg, right?

100 of cool cricket dies too much, not everyone here is heavy like that, it

gives even more stability, right, it's stable, really cool, the maneuver can

do the maneuver properly if you want, oh, short maneuver,

oh, it's really cool, you can travel like this, it's an act to travel So guys, tell us

in the comments What did you think of the project this time, eh, I believe that every project

we do has the potential to be improved. Definitely a guy like me here, this wheel

here at the back, isn't it? bearing, putting a rolling wheel here will improve, putting a brake

on the rear here will also improve, although if you don't have weight at the back, you

only have weight at the front, the back brake won't hold anything, man, only if you have weight at the back, because otherwise it's just the

front brake even if it holds because when you brake it will slip and it won't

hold but I liked its stability and here's the thing, man, that's it, man, it's used

for working, carrying, it's something on the street. to play with to do shipping

you can do a lot of things man what a show man I thought it was really cool and

another personal improvement is Putting it like this is a little headlight brake signal lighting right

rear view mirror to make it cooler so you can drive, right? face driving on a daily basis there and I think it

's a more Urban thing too because the way it's here pulling on the front wheel, it

's definitely not going to be very nice on the dirt road, but we can try to solve

this problem there. Also, if you want us to make some updates, tell us

in the comment, but I personally liked this model of cargo cart that I used here

because it even comes with a mudguard, man, it even comes with the mudguards, here you can't throw it in the mud We

really liked the ball show, but this personal video is not being sponsored by anyone

who sells a cargo cart, but if you are interested in doing a project like this, I will leave

a link in the comments to a cart like this or not in the description of the video just to help

you buy this stroller so you can do a little project there man but it was really cute

man really cool to ride in this knit it was really good man but I have something to talk to you

guys in fact a question to ask you which is Here's the thing, we're posting videos every

week, but due to the projects, it's always going up, leveling up, we're like, I can't

finish the project every week, man, so here's the thing, I want you to

tell us So what do you think, it's better for us to post the step by step of the

projects like this and chop up the videos, you know, put part one, part two like this and post it every week or

miss a week like posting every 15 days, once a week or not every 15 days

if you can't finish it within the week but post the full video which one do you think is best,

put it in the comments so we know, then I put it on the cycling track so we can do a

test and I thought it stayed until cool man, it was very narrow, it didn't take up much space but I

hope you liked the video this time, guys, if you liked it, like, comment,

share a lot, man, give us a huge boost and subscribe to the channel if

you're not already subscribed and active the Notification Bell to receive new projects, guys, there's

a lot of cool stuff ahead, but it's and check it out too Guys, you who are already subscribed, check

if you're really subscribed because YouTube is taking away people's subscriptions, man, it's a mess,

but what? another thing also personal which is the following is that I notice that it gives a lot of

views man it gives a lot of views yes the videos there are videos of millions and man and number of subscribers

man it takes time to rise so give us that strength there man and pull your ear of the family, subscribe to the

channel and if you're watching too man give us that strength and pull the ear of your

friends too who like the content But then guys, follow us on the social network, everything

gets messed up, this stuff makes everything messy for us, then and see you in the next video, God willing, guys, I

recorded

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