How does a cardan drive or planetary gear work? WAS makes a triangle the most stable form in statics? And how can a pulley train or a shear lift gear be designed? The training kit STEM Mechanics provides answers to these and many other fundamental questions of mechanics and statics - clearly, practically and with strong reference to the life world of the learners.Based on the four successful fischertechnik sets STEM SIMPMACHES, STEM GEAR TECH, STEM Statistics and Mechanics 2.0 brings together the content of STEM Mechanics in an extensive education concept with over 30 exciting model examples. To build, research and understand, among other things: Mechanical basics such as levers, rollers, slanted levels or cables Various gear types, e.g. Planetary gear, differential gear, manual gearbox Static systems: Tensile and compressive forces, force balance, bridge constructions Technology close to everyday such as windscreen wipers, cardan drive or shear stroke gear Practical measurement methods with the help of self-built spring scales
The learners gain a deep understanding of mechanical and technical relationships through practical work. The set not only provides specialist knowledge but also strengthens the ability to solve problems, creativity and teamwork. Online materials provide additional information, tasks and didactic tips for teaching.STEM Mechanics is suitable for guided and free classes – Ideal for the STEM range from middle to upper secondary level II. It particularly appeals to pupils with an interest in mechanical engineering and engineering.
The most important learning objectives Understand basic mechanical principles Analyze and apply transmission types Understand static and balance of power Develop technical applications from everyday life Develop measuring methods and problem-solving skills
This text is machine translated.
Scope of delivery
With 6 bits. Lever, rope winch, crank, cardan joint, toothed wheels, Static elements, spring balance
How does a cardan drive or planetary gear work? WAS makes a triangle the most stable form in statics? And how can a pulley train or a shear lift gear be designed? The training kit STEM Mechanics provides answers to these and many other fundamental questions of mechanics and statics - clearly, practically and with strong reference to the life world of the learners.Based on the four successful fischertechnik sets STEM SIMPMACHES, STEM GEAR TECH, STEM Statistics and Mechanics 2.0 brings together the content of STEM Mechanics in an extensive education concept with over 30 exciting model examples. To build, research and understand, among other things: Mechanical basics such as levers, rollers, slanted levels or cables Various gear types, e.g. Planetary gear, differential gear, manual gearbox Static systems: Tensile and compressive forces, force balance, bridge constructions Technology close to everyday such as windscreen wipers, cardan drive or shear stroke gear Practical measurement methods with the help of self-built spring scales
The learners gain a deep understanding of mechanical and technical relationships through practical work. The set not only provides specialist knowledge but also strengthens the ability to solve problems, creativity and teamwork. Online materials provide additional information, tasks and didactic tips for teaching.STEM Mechanics is suitable for guided and free classes – Ideal for the STEM range from middle to upper secondary level II. It particularly appeals to pupils with an interest in mechanical engineering and engineering.
The most important learning objectives Understand basic mechanical principles Analyze and apply transmission types Understand static and balance of power Develop technical applications from everyday life Develop measuring methods and problem-solving skills
This text is machine translated.
Scope of delivery
With 6 bits. Lever, rope winch, crank, cardan joint, toothed wheels, Static elements, spring balance