Long Project: Hand Motion Controlled Car

TL;DR

The team successfully built a remote control car but struggled to integrate all the components. They showcased individual parts like motion control and signal recognition.

Transcript

SPEAKER 1: --project what we decided to do was make a remote control car. And in theory, what this is supposed to be able to do was use this accelerometer, and you controlled it forward, backwards, left and right. And it'll tell the car which way to move. So there's a lot of different working parts. We're able to make the car move forward, backward... Read More

Key Insights

• 🥳 The team successfully built a remote control car with various working parts.
• 👍 The integration of all the components proved challenging within the given time frame.
• 🎮 Motion control, signal recognition, and ultrasound sensing were demonstrated individually.
• ↔️ The car was able to move forward, backward, left, and right.
• 📞 The transmitter and receiver components were not functional during the demonstration.
• 😨 There was a preset program in place to showcase the car's motion capabilities.
• 😤 The team plans to include ultrasound sensing in future iterations.

Questions & Answers

Q: What was the main goal of the project?

The main goal was to build a remote control car that could be controlled using an accelerometer for forward, backward, left, and right movements.

Q: Were they able to make the car move in different directions?

Yes, they were able to make the car move forward, backward, left, and right using the individual working parts.

Q: What component was not working during the demonstration?

The transmitter and receiver were not working during the demonstration, but all other components, including motion control and ultrasound sensors, were functional.

Q: How did they showcase the functionality of the car?

They had a preset program on the car, which allowed it to move as soon as it was plugged in. This showcased the motion control capabilities of the car.

Summary & Key Takeaways

• The team attempted to create a remote control car using an accelerometer to control its movement.

• They were able to make the car move and send signals, but were unable to fully integrate all the components.

• Individual parts, such as motion control and signal recognition, were demonstrated successfully.