Hey Guyzz... How's you all..??

In this lockdown I trust everybody is at home staying safe.

While staying at home I made a Game So you can enjoy it with your family.

In this game when handle touches any part of the start wire, the buzzer goes beeping and red light glows showing message on lcd as "you're losing game, Try once again".

when handle bar touches wire you can give chance to other person.

When handle bar without touching the wire goes to the end of the wire, a congratulations text will shown on LCD.

You can enjoy this game while staying in home.

If you like this project respect it.

Give me suggestions so I can improve it or any feedback you want to give to my YouTube channel.

link is : https://studio.youtube.com/channel/UCaXI2PcsTlH5g0et67kdD6g

Also you can give me suggestions on "What I made next project.?"

Stepstomakethisproject:

1. Gather components like Arduino, Buzzer, LCD display, 1N4007 diode, 10K pot, LEDs red and green, Aluminuim wire or Aluminium cloth hanger, wooden Stand, Jumper wires etc.

2. Make a zig zag loop of Aluminium wire as shown in video, and connect diode at the end of the wire, so it divides the zig zag wire into 2 half.

3. Make a handle with wire.

4. Plce handle in zig zag wire and place zig zag loop o the wooden stand.

5. Place LCD display, Arduino, Buzzer, LEDs on the wooden stand.

6. Connections must be done using circuit diagram.

7. Connect handle bar with wire to the ground terminal.

Upload the code and enjoy the game.

When the start line is touched by handle bar it goes low and the buzzer beeps and text shown.

when end line is touched by handle wire it goes high and congratulations text will be shown.

Visit my YouTube channel once and see more interesting projects.

"Electronics is Fun"

If you like my channel subscribe it please.

link: https://studio.youtube.com/channel/UCaXI2PcsTlH5g0et67kdD6g

EXPANDED TECHNICAL DETAILS

Precision Motor Skill Testing

This project modernizes the classic carnival "Buzz Wire" game with an Arduino-managed scoring and feedback system.

• Ground-Loop Detection: The "Hook" and the "Wire" act as a large physical switch. When they touch, the Arduino detects a LOW state. The firmware use a rigorous software debounce to ensure that even the briefest contact (micro-touches) is registered as a "Fail."
• Life and Penalty System: The Arduino tracks "Remaining Lives" on a 16x2 I2C LCD. Each contact subtracts a life, and the system records the "Time to Completion" for professional leaderboard tracking.

Multimedia Feedback

• RGB State Indicators: Uses a large RGB LED; Green for "Playing," Red for "Fail," and Blue for "Level Complete," providing instant visual feedback that doesn't rely solely on the buzzer.