Alasum Sun-Earth-Moon Orbital Model, Astronomical Teaching Apparatus for Simulating Celestial Movements, Planetary Orbits for Science Educationducational Apparatus Planetarium Toy
Prices and availability subject to change. As an Amazon Associate we earn from qualifying purchases.
Similar or Frequently Bought Together
IMIKEYA Sun Earth Moon Model: Astronomical Science Instruments Three-Sphere Eclipse Simulator Educational Enhances Understanding of Celestial Movements 8. 26inch DIY Orbital
$16.99
$22.19
HLLEDUO Crib Mobile for Boys or Girls - Baby Crib Mobile with 35 Lullaby Music Rotating Auto-Shutoff, Clouds/Stars/Moon&Bear Starry Sky Theme Nursery Decor, Cotton Baby Mobiles for Cribs & Pack N Play
$39.99
Healifty 3 Sets Human Organs Model DIY Educational Creative Anatomy Craft Kit for Learning Internal Body Organs Puzzle Stem Activity
$12.89
STOBOK 12 Inch Inflatable Globe Earth Map, Blow Up Beach Ball for Kids Learning Education, Classroom Geography Teaching Toys, Pool Party Favors Supplies (PVC)
$14.89
About this product
Overview
The Alasum Sun-Earth-Moon Orbital Model is a motorized planetarium toy that demonstrates celestial mechanics through rotating planetary orbits. It's an engaging educational tool that brings astronomy concepts to life with visible Earth and Moon movements around the Sun.
Key Specifications
This mechanical model features three rotating orbital rings that simulate the Earth's revolution around the Sun and the Moon's orbit around Earth, powered by a battery-operated motor. The apparatus stands approximately 10-12 inches tall and includes labeled celestial bodies with realistic color differentiation.
Who It's For
Science teachers and homeschooling parents will find this ideal for teaching orbital mechanics and lunar phases to elementary and middle school students. Astronomy enthusiasts and gift-givers seeking hands-on learning tools for curious kids aged 8-14 will appreciate its interactive demonstration of planetary motion.
Worth Buying?
The model effectively visualizes abstract concepts that are difficult to explain through textbooks alone, making it valuable for visual learners. The motorized operation keeps students engaged, though durability and motor longevity may vary depending on usage frequency.