Fischertechnik Projects |top| (2024)

The bottom-facing IR sensors detect a black track printed on the floor, keeping the vehicle centered. Simultaneously, the forward-facing ultrasonic sensor sweeps for obstacles. If an object is detected within a set threshold, the program commands the vehicle to halt or navigate around it. 5. Industrial Simulation: Industry 4.0 Models

: An extension project where water is split into hydrogen and oxygen to power a vehicle. Hydro Power : Construct a water turbine

Cars powered entirely by hydrogen generation through water electrolysis. 2. Advanced Robotics and AI

Manual hand valves, pneumatic cylinders, air compressors, and flexible tubing. fischertechnik projects

Whether you are just starting out or looking to tackle an advanced technical challenge, these project categories showcase the true capability of the system. 1. Beginner & Intermediate STEM Projects

fischertechnik projects are educational construction sets that allow users to build and create a wide range of models, from simple machines to complex systems. These sets typically consist of interlocking components, such as motors, gears, and sensors, that can be combined to create functional and interactive projects.

Understand torque distribution. Parts needed: fischertechnik differential housing (included in many Profi sets), three bevel gears. The Build: Most beginners lock both wheels to the same axle, causing skidding during turns. A differential allows the outer wheel to spin faster than the inner wheel. The Challenge: Build a rear axle with a differential, then push the car around a corner. Notice how the wheels naturally adjust speed without grinding gears. Pro tip: fischertechnik differentials are notoriously tight out of the box. Run them unloaded for ten minutes with 9V to break them in. The bottom-facing IR sensors detect a black track

Automated sorting conveyor

A simple motor rotates a crank, which pushes and pulls a series of connected beams to sweep an arm back and forth.

fischertechnik has made artificial intelligence tangible with its model. This project demonstrates the principles of supervised learning in a hands-on way. By training a model to recognize and sort components, users can directly see how AI algorithms learn from data to perform classification tasks. This approach is crucial for preparing for the future, as fischertechnik’s Managing Director Thomas Bußhart explains: "We want to fundamentally encourage problem-solving and problem-oriented learning with this product". Furthermore, the STEM Coding Ultimate AI construction kit is aimed at secondary schools, teaching the fundamentals of machine learning and AI-supported robotics without needing a cloud connection, ensuring data privacy while providing cutting-edge education. Internet of Things (IoT)

The iconic fischertechnik project featured on countless kit boxes. Crank mechanisms, gear ratios, and timing. Build notes: Use a 10:1 gear reduction to slow the motor, then a connecting rod to convert rotation into linear punching motion. Add a microswitch to auto-cycle.

Automation, Internet of Things (IoT), PLC (Programmable Logic Controller) programming, and smart factory logistics.