Building an Impressive Plasma Popper: Bigger, Louder, and More Fun!

🔥By using a Venturi device, we create suction that draws the combustible mixture down the tube and into the combustion chamber, resulting in a great flame effect.

💥The addition of a larger combustion chamber and a steel frame enhances the power and explosive effect of the plasma popper, creating bigger fireballs and louder booms.

🔩We replace the PETG plastic sheets with polycarbonate sheets for increased durability and safety.

🎯We test the effectiveness of the plasma popper by knocking over towers of Red Bull cans and observe its ability to cause destruction.

🌋In a final demonstration, we perform a human trial with proper safety precautions, and the plasma popper proves to be a powerful and thrilling device.

How does the Venturi device work in the plasma popper?

—The Venturi device creates suction, drawing the combustible mixture down the tube and into the combustion chamber, resulting in a strong flame effect.

What improvements were made to the original plasma popper design?

—We added a larger combustion chamber, a steel frame, and used polycarbonate sheets for increased durability. These enhancements resulted in bigger fireballs and louder booms.

How powerful is the plasma popper?

—The plasma popper is capable of knocking over towers of Red Bull cans and causing significant destruction. It is a highly powerful and thrilling device.

Is the plasma popper safe?

—Proper safety precautions were taken during the construction and testing of the plasma popper. Human trials were conducted with protective gear to ensure safety.

Where can I get more information about the plasma popper?

—For more information about the plasma popper and to see the full build process, visit our website and check out our YouTube channel for videos and updates.

00:00Introduction and the desire to build a bigger and more impressive plasma popper.

02:19Planning and initial testing of the plasma popper design.

06:02Implementing the Venturi device for improved flame effect.

07:53Troubleshooting and optimizing the propane and air mixture.

09:22Building a stronger and more durable combustion chamber.

12:19Testing the plasma popper with successful results.

15:55Replacing damaged parts and preparing for human trials.

16:31Human trials and the powerful effect of the plasma popper.