Sale!

The Toy Network | Science & Nature 4M Anti Gravity Magnetic Levitation

$ 37.00 $ 17.00

4M Anti Gravity Magnetic Levitation…

Browse wishlist

Description

Harness the power of magnets and get a big dose of scientific learning!With seven ring magnets and a variety of high-quality supplies, work your way through seven fascinating experiments that completely defy gravity.Make a pencil spin while floating in mid air. Create a model UFO that flies randomly over an Earth-disk of magnets.Build an anti-gravity sculpture that holds a metal bolt in mid-air, or try your hand at a magnetic weight scale, compass, and sprint.You can even build a model of a Maglev personal transporter, based on the principals of the famous Maglev Train.With easy-to-understand instructions and packed with real scientific lessons, the 4M Anti Gravity Magnetic Levitation kit attracts kids like magnets to the excitement of science!4M Anti Gravity Magnetic Levitation Experiment kit for building magnetic devices Encourages fine motor skills, logic, an interest in science Powerful magnets provide real, amazing results Kit builds into 7 amazing models Models include Random Propelling Machine, Anti Gravity Sculpture, Magnetic Weight Scale, Magnetic Compass, The Floating Spinner, Magnetic Spring, Maglev Personal Transporter Kids learn exactly how the Maglev Train works, hands-on Includes graphic template (compass, earth, spaceman), thin rod with ring, hexagonal rod, round rod, sticker, UFO body, string, pointer, copper washer, 10 nuts, 7 ring magnets, enclosure, divider, weighing pan, string attachment, axle, support arm, baseplate Detailed, easy-to-follow instructions included Requires adhesive tape – not included High quality materials build into high quality science experiments

Reviews

There are no reviews yet.

Be the first to review “The Toy Network | Science & Nature 4M Anti Gravity Magnetic Levitation”

  1. 100% Secure Shopping
  2. Free Shipping From $ 60
  3. Secure Shopping SSL Encryption
  4. 20-30 Days Return Guarantee
  5. Payment Methods: