Magnet Levitation Set - Magnetic Levitating Train
The Magnet Levitation Science Set contains all the materials you need to perform many different experiments related to magnets and magnetic fields. Learn about equilibrium and magnetic fields while building gravity-defying trains and suspension apparatus.
These materials can also be used in your presentations or as part of your science fair display. The kit includes comprehensive online instructions that are always kept up-to-date with the latest experimental procedures.
Magnetic Levitating Train Kit
Build an amazing magnetic levitating train that floats above its track using the power of magnetic repulsion. This hands-on kit demonstrates the same principles used in real-world maglev transportation systems.
Perfect for students aged 10 and up who want to explore the fascinating world of magnetic forces, equilibrium, and engineering principles.
The kit includes everything needed to complete multiple experiments, from basic magnetic field visualization to advanced levitation projects.
Experiments Included
- Magnetic Levitating Train - Build a train that floats above its track
- Floating Rings - Demonstrate magnetic repulsion with ring magnets
- Print the Magnetic Field - Visualize invisible magnetic fields using iron filings
- Magnet Suspension Apparatus - Create stable magnetic suspension systems
- Equilibrium Studies - Investigate balance and stability in magnetic systems
Complete Kit Contents
- 20 Ceramic Magnets - Various sizes for different experiments
- Super-strong NEODYMIUM Magnet - For advanced demonstrations
- Hi-force Magnetic Strips - Flexible magnetic materials
- Plastic Guide Rails - Track system for the levitating train
- Compass - For magnetic field direction studies
- Iron Filings - Visualize magnetic field patterns
- Wood Block - Base for building experiments
- Wooden Dowel - Construction material
- Online Instructions - Always up-to-date procedures
Build Your Levitating Train
The magnetic levitating train is the centerpiece experiment that demonstrates how magnetic forces can overcome gravity to create stable, floating motion.
Students learn about:
- Magnetic repulsion and attraction forces
- Equilibrium and balance in physical systems
- Engineering design and problem-solving
- Real-world applications of magnetic levitation
The initial train you build provides a foundation for more advanced decorative and functional modifications.
Additional Materials Required
Common household items needed for complete experiments:
- Clear adhesive tape
- String/thread
- 1 book
- 1 Nickel (US five cent piece)
- 1 US dollar bill
- 5 US pennies
- 6 Small paper clips
- Several magazines
- 1 piece of paper (8.5 x 11")
- Lightweight tape
- 2 US quarters
- Sheet of sandpaper
Initial levitating train construction. You can build and paint a decorative train to mount above your plain train block.
Science Fair Project Opportunities
Many questions explored in the Magnet Levitation Projects can serve as the "Problem to be solved" in a science project. Structure your project with:
- Problem Statement - What magnetic phenomenon do you want to investigate?
- Hypothesis - Your educated guess about the answer
- Procedure - Step-by-step method to test your hypothesis
- Conclusion - Results based on actual observations
- Further Research - Propose additional investigations
Since magnets are visually captivating as they interact with each other, it's strongly suggested that your presentation include the actual apparatus used in your research for maximum impact.
Frequently Asked Questions
How does magnetic levitation work?
Magnetic levitation works by using magnetic repulsion forces to counteract gravity. When magnets with the same poles face each other, they push apart with enough force to lift and suspend objects in mid-air, creating the levitation effect.
What age group is this kit suitable for?
This kit is recommended for students aged 10 and up, with adult supervision for younger children. The experiments range from basic magnetic demonstrations to more complex engineering challenges suitable for middle and high school students.
Are the magnets safe to use?
Yes, the kit includes both ceramic magnets (which are safer) and one neodymium magnet for advanced experiments. Always follow safety guidelines: keep magnets away from electronic devices, pacemakers, and credit cards. Adult supervision is recommended.
Can this be used for science fair projects?
Absolutely! The kit provides excellent opportunities for science fair projects. You can investigate magnetic field strength, levitation height vs. weight, magnetic shielding, or compare different magnet types. The visual nature makes for compelling presentations.
What makes this different from simple floating ring toys?
This is a complete educational kit with multiple experiments, comprehensive instructions, and scientific explanations. It includes materials for train construction, field visualization, and quantitative measurements - not just simple demonstrations.
Do I need additional tools or materials?
The kit includes all specialized materials. You'll need common household items like tape, string, paper clips, and coins - all listed in the materials section. No special tools or expensive equipment required.
How long do the experiments take to complete?
Individual experiments can be completed in 30-60 minutes each. The full levitating train project may take 2-3 hours to build and perfect. The kit provides weeks of educational exploration and experimentation.
Are instructions provided online?
Yes, comprehensive instructions are provided online and are regularly updated. Your kit includes the specific web address to access the latest procedures, ensuring you always have the most current experimental methods.