Description
Engino Discovering STEM: Newton's Laws Laws of Inertia, Kinetic & Potential Energy Set for Kids Ages 9+ (8 Models to Build)
Transform physics into hands-on discovery with the Engino Discovering STEM: Newton's Laws of Inertia, Kinetic & Potential Energy set. Through eight interactive models, young scientists explore the forces, motion, momentum, and energy transformations that govern the world around us.
From launching projectiles with a ballistic catapult to investigating inertia through collision tests and studying energy conversion with gravity-powered mechanisms, each model demonstrates key principles of Newtonian physics in a way that is easy to observe, test, and understand. The included STEM curriculum combines theory, experiments, quizzes, and guided activities to reinforce learning through practical application.
With printed instructions, interactive 3D building guides, and hands-on experimentation, this educational kit encourages curiosity, critical thinking, and scientific reasoning while making physics both engaging and accessible.
Key Features
- Build 8 working physics models that demonstrate Newton's Laws and energy concepts
- Explore inertia, acceleration, momentum, force, and energy transformations
- Learn through hands-on experiments, theory lessons, and quizzes
- Investigate kinetic, potential, gravitational, and elastic energy
- Interactive online 3D instructions through the kidCAD® Viewer app
- Encourages scientific observation, testing, and analysis
- Ideal for STEM education, homeschool programs, classrooms, and science fairs
What's Included
- 121 ENGINO building components
- Learning booklet with theory, experiments, quizzes, and instructions
- Printed instructions for 1 model
- Online kidCAD® 3D instructions for 8 models
- Double-action extraction tool for easy disassembly and rebuilding
Models Kids Can Build
- Ballistic Catapult: Explore projectile motion, launch angles, and the conversion of elastic potential energy into kinetic energy.
- Balloon-Powered Plane: Investigate thrust, friction, circular motion, and energy stored in compressed air.
- Collision Car: Demonstrate inertia and momentum while exploring real-world safety concepts.
- Dragster: Study acceleration, friction, speed, and energy transfer through racing experiments.
- Galileo's Inclined Plane: Observe how gravity, friction, and slope angle affect acceleration and motion.
- Gravity Fan: Convert gravitational potential energy into rotational kinetic energy.
- Moving Cabin: Investigate inertia and the effects of acceleration and sudden stops.
- Pendulum: Explore periodic motion, energy exchange, and the relationship between length and movement.
Specifications
- Brand: ENGINO
- Series: Discovering STEM
- Model: Newton's Laws of Inertia, Kinetic & Potential Energy
- SKU: STEM07
- Recommended Age: 9+
- Pieces: 121
- Models to Build: 8
- Printed Instructions: 1
- Online 3D Instructions: 8
Learning Benefits
- Newton's Laws: Observe inertia, acceleration, and action-reaction through real experiments.
- Momentum & Safety: Use the collision car to understand momentum and seat-belt safety concepts.
- Energy Conversion: Explore how potential, elastic, gravitational, and kinetic energy transform.
- Circular Motion: Investigate rotational motion and forces using the balloon-powered plane and pendulum.
- Scientific Analysis: Measure distances, times, and performance variables while comparing results.
- Critical Thinking: Connect observations with scientific theory through guided experimentation.
Who It's For
- Kids ages 9+ interested in physics and engineering
- Parents looking for educational STEM learning experiences
- Teachers and homeschool educators teaching Newtonian physics
- STEM clubs and after-school enrichment programs
- Science fairs and classroom demonstrations
Important Notes
- Assembly required
- Only one model can be built at a time
- Some experiments require a balloon (not included)
- Includes theory lessons, experiments, quizzes, and guided activities
- Adult assistance may be helpful for younger builders
- Follow included instructions for proper assembly and experimentation