Explore Bernoulli’s Principle with the Air-Suspension Ball!

Discover the science behind flight with this hands-on project. The air blower reduces the air pressure around the ball, while the static air above maintains higher pressure. This difference in pressure causes the atmospheric pressure below to suspend the table tennis ball in mid-air. Bernoulli's principle explains how even a heavy steel airplane can fly—air moving over the wings creates lower pressure than the air beneath, providing the lift needed for flight.

Includes a Learning Activity Guide.

• Explore fundamental physics principles, including Bernoulli’s principle.
• Use design thinking to build their own Air-Suspension Ball.
• Understand the basics of circuitry and how it powers the air blower.
• Learn about conductivity and its role in creating an operational system.

Strengthen key 21st-century skills:

• Collaboration: Work together to design and test the air-suspension device.
• Communication: Share ideas and refine concepts in a group setting.
• Creativity and Innovation: Innovate and apply physics principles to real-world problems.
• Critical Thinking and Problem-Solving: Tackle design challenges and improve the device’s performance.

Box Size: 130mm x 200mm x 50mm

Batteries: (Not included) 2x AA Required 

Use only Zinc Chloride Cell Batteries

Estimated Delivery:

• Processing time: 1-2 business days
• Shipping time:
  • Ireland: 5 - 7 business days

Please note: Delivery times may vary during peak seasons or due to unforeseen circumstances.