Remote-controlled vehicle designed specifically to burst balloons.

CREATING SUSTAINABLE ENERGY SOLUTIONS TO POWER OUR FUTURE🔋💡

What will my electrolysis generator do?🤔

Objective of the Car in the Final Project:

1. Pop the Opponent’s Balloons:
   Your car will be equipped with a safe system designed to pop the professor’s team balloons without using fire, liquids, or high voltage.
2. Protect Its Own Balloons:
   Your car’s balloons must be visible yet sufficiently protected to avoid being easily popped.
3. Remote-Controlled Mobility:
   The car will be operated remotely, allowing you to move strategically within the battle area to attack or evade as needed.
4. 30-Minute Battery Life:
   The car should have a battery capable of uninterrupted operation for the entire competition duration.
5. Quick Repair Capability:
   In case of any malfunction, the car should be able to move to the pits area for minor repairs of up to 2 minutes.

What audience will use my project?👥

The main audience for your project will be my professor and other students participating in the "Vehicle Battle Royale." They will interact with your car in the competition setting, evaluating its functionality, effectiveness in achieving its goal (popping balloons), and overall performance in combat.

For the "Vehicle Battle Royale" project.🛢

The car must pop the opposing team's balloons while protecting its own. It will be remote-controlled, maneuverable, and have at least 30 minutes of autonomy. The proposed design includes a lightweight, rugged chassis with strategic balloon mounts, a servo-controlled movable arm for precise attacks, and a side barrier with shock absorbers to protect its own balloons. The remote control will be controlled via RF or Bluetooth and will use DC motors or servos for maneuvering. A rechargeable lithium battery will provide the necessary autonomy. This design balances offense and defense, complying with the rules and ensuring competitiveness.

How much this prototype?💲

Previous works🤵‍♂️