fischertechnik - Class Set Simple Machines
A comprehensive classroom STEM solution designed to introduce primary students to the fundamentals of mechanics through hands-on exploration. Using engaging construction models and practical experiments, students discover how simple machines make everyday work easier while developing engineering thinking and problem-solving skills.
Contact Us
fischertechnik - Class Set Simple Machines
A comprehensive classroom STEM solution designed to introduce primary students to the fundamentals of mechanics through hands-on exploration. Using engaging construction models and practical experiments, students discover how simple machines make everyday work easier while developing engineering thinking and problem-solving skills.
Contact us
Features
- Designed for primary school STEM education
- Complete classroom set for up to 30 students and one teacher
- Includes 16 individual student kits for collaborative learning
- Build 10 different mechanical models
- Covers levers, pulleys, gears, inclined planes, linkages, and force transmission
- Includes 61 curriculum-aligned experiments and activities
- Quick-to-build classroom models for hands-on learning
- Supports individual, pair, and group-based investigations
- Comprehensive digital teaching materials, lesson plans, and worksheets included
- Ideal for STEM, Science, Physics, Engineering, and Technology lessons
Unlock the Possibilities
What is in the Box
- 16 × Individual Student Construction Sets
- 2,336 Construction Components (146 parts × 16 sets)
- Components for building 10 mechanical models
- Gears, pulleys, cable winches, axles, wheels, connectors, and structural elements
- Building Instructions
- Digital Teaching Materials & Lesson Plans
- Student Task Sheets and Experiment Guides
Learning Outcomes
Understand Simple Machines
Explore how levers, pulleys, gears, inclined planes, and linkages reduce effort and transfer force.
Discover Mechanical Principles
Learn how motion, force, balance, and mechanical advantage influence engineering systems.
Develop Engineering Thinking
Design, build, test, and improve mechanical models using the engineering design process.
Relate Engineering to Everyday Life
Recognize how simple machines are used in everyday tools, equipment, and modern technologies.