fischertechnik - STEM Coding Max
A hands-on robotics, coding, and engineering solution designed for secondary school learners to explore real-world information technology and robotics applications. Through block-based and text-based programming, sensors, actuators, and guided projects, students progress from simple coding tasks to more complex technical challenges.
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fischertechnik - STEM Coding Max
A hands-on robotics, coding, and engineering solution designed for secondary school learners to explore real-world information technology and robotics applications. Through block-based and text-based programming, sensors, actuators, and guided projects, students progress from simple coding tasks to more complex technical challenges.
Contact us
Features
- Includes 11 models + 4 extension models
- Provides 42+ hours of teaching material
- Uses the STEM Suite App for guided building and programming
- Supports block-based and text-based programming
- Includes RX Controller for easy model control
- Covers sensors, actuators, circuits, motors, and automation
- Encourages problem-oriented construction and programming
- Supports hands-on learning in robotics, coding, technology, and STEM
Unlock the Possibilities
What is in the Box
- 243 fischertechnik components
- RX Controller
- Gesture Sensor
- Colour Sensor
- Proximity Sensor
- Brightness Sensor
- 2 × XS Motors
- 3 × LEDs
- 4 × Mini Push Buttons
- 1 × Magnetic Switch
- USB-C 9V Rechargeable Battery
- Wheels, gears, threaded spindles, joints, and building blocks
- Spare parts bag
- Access to STEM Suite App and teaching resources
Learning Outcomes
Learn Programming Fundamentals
Understand program sequences, loops, conditions, and basic information technology structures.
Explore Robotics & Automation
Build and control robotic models that solve real-world technology challenges.
Understand Sensors & Actuators
Learn how sensors collect data and how actuators respond to programmed instructions.
Apply Engineering Design
Construct, test, improve, and optimize technical models through hands-on experimentation.
Connect Theory to Real-World Applications
Transfer technical concepts into everyday applications in robotics, automation, and IT.