Pludo Hover Ball Science Kit – Learn Bernoulli’s Principle | Ages 11–14 | Grade 6 to 8

Take science off the page and into the air with the Pludo Hover Ball Science Kit, a fun and interactive way for kids to explore the Bernoulli’s Principle through hands-on experimentation.

Perfect for ages 11–14 (Grades 6–8), this engaging science toy lets children discover how air pressure and motion work together to make the ball hover in mid-air.

Designed as an exciting STEM kit, it encourages curiosity, logical thinking, and a love for physics through play. By experimenting with airflow and balance, kids gain a real-world understanding of key scientific concepts while having fun.

The Pludo Hover Ball Science Kit is ideal for classrooms, science fairs, or at-home discovery, making it one of the best science toys for kids who love to learn by doing.Whether used as a science kit for school projects or a creative gift for young explorers, this hover ball experiment brings science to life in the most entertaining way!

What Your Child Will Learn

• Discover how airflow and pressure create lift, making the ball float in midair.
• Understand Bernoulli’s Principle – the science behind how planes fly and hovercrafts move.
• Strengthen observation and analytical skills by testing different airflow speeds and directions.
• Build curiosity and connect physics concepts to real-life applications in flight and engineering.
• Enhance fine motor skills, focus, and problem-solving while assembling and experimenting.
• Experience the joy of discovery – perfect for classroom learning, home experiments, or STEM fairs.

Educational Outcomes

• Physics in Action: Learn how differences in air pressure can create lift and movement.
• Bernoulli’s Principle: Explore how airflow speed affects pressure to make objects hover.
• Critical Thinking: Predict, observe, and test – understanding cause and effect through experiments.
• STEM Skills: Build a foundation in physics, aerodynamics, and engineering through playful exploration.

💡 Did you know?
Airplanes stay in the sky because faster airflow over their wings creates lower pressure – the same principle that makes your hover ball float!

Features:

• Demonstrates Bernoulli’s Principle through an engaging hover ball experiment.
• Encourages curiosity in physics, motion, and air pressure through real-world application.
• Lets kids build, test, and observe airflow effects for practical STEM understanding.
• Combines play with education to boost problem-solving and critical thinking.
• Made from safe, durable, and eco-friendly materials, ideal for ages 11–14.
• Perfect for classroom demonstrations, science fairs, or home learning projects.
• A fun science toy that inspires a lifelong love for learning and discovery.