Sun, Earth & Moon Orbiter Model – 3D Planetary Motion Demonstrator with LED Sunlight, Seasons & Moon Phases – Includes Experiment Guide – 12.25” – Eisco Labs
Sun, Earth & Moon Orbiter Model – 3D Planetary Motion Demonstrator with LED Sunlight, Seasons & Moon Phases – Includes Experiment Guide – 12.25” – Eisco Labs
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3D Orbiter Model for Astronomy Education – Demonstrates Earth, Moon, and Sun motion to teach seasons, eclipses, tides, and moon phases.
Illuminated Sun with LED Light – Built-in LED bulb shows the effect of sunlight on Earth and Moon (requires 2 AA batteries, not included).
Durable & Classroom-Ready Design – Sturdy base labeled with months and seasons for both Northern & Southern hemispheres.
Hands-On STEM Learning – Move Earth and Moon manually on metal rods to visualize orbital paths and rotation.
Experiment Guide Included – Comprehensive activity guide with worksheets, charts, solstice/equinox diagrams, and 3 structured experiments.
Bring astronomy to life with the Sun, Earth & Moon Orbiter Model by Eisco Labs, a hands-on 3D teaching tool designed for classrooms, science labs, and homeschool learning. This durable planetary model vividly demonstrates the motion of the Earth and Moon around the Sun and helps students explore key astronomical concepts including seasons, eclipses, tides, and phases of the moon.
The model features a 5.9” illuminated Sun with LED lights, a 4” Earth, and a 1” Moon, mounted on sturdy metal rods for accurate movement. By manually rotating the Earth and Moon, learners can observe how their positions change relative to the Sun. The illuminated Sun realistically demonstrates how sunlight affects Earth’s tilt, shadows, and seasonal changes.
A labeled base with months and seasonal divisions for both hemispheres provides a clear visual reference, while the included experiment guide offers structured activities, worksheets, and detailed explanations of solstices, equinoxes, and orbital mechanics.
Perfect for K–12 classrooms, college labs, and STEM education, this model makes complex astronomical concepts easy to understand through visual, interactive learning.
