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Year 2,3,4

Simple Machines

Simple Machines

Regular price $10.00 AUD
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⚙️ Learning Concepts: Forces, Construction, Simple Machines

Bring simple machines to life in your classroom through three buildable, laser-cut models: the Race Car, Drone, and Catamaran.

Each kit is made from natural, high-quality plywood and assembles without glue or chemicals—safe, durable, and designed for repeated classroom use.

📚Built for Teachers. Aligned to the Curriculum.

Every kit includes an Instruction Booklet and a comprehensive Lesson Plan featuring:

  • Curriculum-aligned learning outcomes
  • Scaffolded activities and challenges
  • Assessment ideas and extension pathways

🧩Curriculum Connections.

  • VC2SU10: Explore how forces affect the motion of objects
  • VC2TDE2C01: Investigate how materials can be used to create designed solutions
  • VC2TDE2D02: Explore different materials and how their properties influence design
  • VC2TDE2D03: Develop simple design solutions that meet a purpose or need
  • VC2TDE2C01: Build and adapt basic models using safe construction techniques
  • VC2TDE2C04: Apply problem-solving skills when selecting materials and building solutions
  • VC2M2SP01: Use one-to-one correspondence to sort, match, and compare objects
  • VC2M3SP01: Describe how objects can be moved, flipped, or rotated to show transformation

Aligned across:

  • Physical Sciences (forces, motion, resistance, buoyancy)
  • Science Inquiry Skills (predicting, testing, observing, evaluating)
  • Design & Technologies (materials, systems, problem-solving)
  • Critical & Creative Thinking (reasoning, iteration, evaluation)
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  • Instruction Booklet

  • Individual Pieces

  • Lesson Plan

  • Understanding of Forces

    Teaches children the physics of push and pull, helping them grasp basic principles of motion, force, and energy

  • STEM Engagement

    Enhances problem-solving, critical thinking, and experimentation as kids test different ways to apply force to their race car.

  • Practical Engineering

    Links physics concepts to everyday experiences, such as how cars move and stop, making abstract ideas more relatable.

  • Fun and Educational

    Makes learning about physics enjoyable through a dynamic and interactive race car project, keeping kids entertained while they learn.