Explore the science behind movement, force, and mechanical energy with the Forces, Motion & Energy STEM kit from Thames & Kosmos. Through hands-on experiments and interactive building activities, this educational kit introduces core physics concepts related to motion, gravity, energy transfer, acceleration, friction, and mechanical systems. Build and test working models while learning how forces affect movement and how energy is created, transferred, and transformed in real-world mechanical systems. The kit demonstrates foundational STEM principles through practical experimentation designed to make physics concepts more engaging and accessible. Designed for STEM learning and scientific exploration, this kit encourages critical thinking, observation, and problem-solving through guided experiments and engineering challenges. The illustrated instruction manual explains the science behind motion and energy while helping users apply physics concepts through hands-on activities. Key Features Perform hands-on physics and motion experiments Explore concepts related to force, gravity, friction, and energy transfer Build interactive mechanical models and systems Learn how motion and energy affect real-world machines Hands-on STEM learning through guided experimentation Encourages scientific observation and problem-solving Includes detailed illustrated educational instructions What’s Included Mechanical experiment building components Physics and motion system parts Experiment accessories Illustrated instruction manual Specifications Brand: Thames & Kosmos Model: Forces, Motion & Energy SKU: 550076 UPC: 810172680890 Recommended Age: 8+ STEM Focus: Physics, mechanics, energy Assembly Required: Yes Applications Physics and engineering education STEM classrooms and enrichment programs Hands-on mechanical science learning Educational motion and energy experiments Interactive STEM projects and demonstrations Important Notes Assembly required Adult supervision may be helpful for younger users Follow included instructions for safe experimentation
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