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.