For safe storage and transport of fischertechnik Factory Simulation and Training Factory Industry 4.0 models

Advantages:

• A practical custom case for safe storage and transport of fischertechnik factory models
• Insert once - done! The lower part of the factory is fully functional, only the hood has to be moved.
• Inside lined with soft foam padding
• 3 inside zipper pockets for stowing accessories
• 4 tiltable carrying handles

The world of construction and data analysis combined

Explore the basic principles of optics in a playful and interactive way

Learn programming hands-on in primary school

Explore the future technology!

Combined with the ROBOTICS TXT 4.0 Base Set (required), this set allows  you to build 3 AI focused models.

Components: 314

Experiments: 6

Foster creativity with the class set for elementary school

• Included building ideas allow an easy introduction to first constructions
• Building ideas for inspiration
• Creative building
• Colourful building blocks and figure for role play
• Encourage creativity and hand-to-eye coordination

The all-in-one set for successful competition participation

• Specially developed for competitions
• TXT 4.0 Controller included
• Recharegable battery pack and charging unit
• Kit for individual chassis

The storage and transport case for fischertechnik Agile Production Simulation set.

Create your own walking robot with our flexible base!

Top Features

• The Maker Kit Bionic enables you to create your own walking robot with a flexible basis.
• The supplied 3D data for common developer boards makes it easy to integrate additional components.
• Simple expansion options.
• Included are 8 servo motors with fischertechnik mounts and a walking robot chassis with a flat platform for your own superstructures.
• Includes 161 parts for building one model.
• Recommended for age 14 and above.

• Coding of a multi-axis robot
• Can be equipped with both a vacuum suction cup and a gripper
• Position determination via 6 axes
• Three of the six axes are controlled with encoder motors, three others with digital servos
• Programming can be done either via Python or ROBO Pro Coding

The Pi-F5-HAT is a fischertechnik adapter for the Raspberry PI. The Pi-F5-HAT can be used to control DC and SERVO motors as well as digital and analogue sensors. With the programming language of your choice (Python, C, Scratch, ...), the Hat can be managed in such a way that no special libraries are required. It is possible to work simultaneously with 4 DC motors bidirectionally and 2 SERVO motors (microservo 4.8V / 6V). The number of motors that can work simultaneously depends on the power supply connected to the Pi-F5-HAT (e.g. fischertechnik power supply 9V / 2.5A). The Pi-F5-HAT and the Raspberry PI together can also be supplied with power by a 9V power supply unit or a fischertechnik battery (1800 mAh). The output voltage which supplies the DC motors corresponds approximately to the input supply voltage of the Pi-F5-HAT (9 V). the HAT also supports the operation of all fischertechnik DC motors (S motor, XS, XM, encoder motor).

Specially designed adapter to bridge the gap between the micro:bit controller and the versatile fischeretchnik modular system. The adapter board has 8 outputs and 6 inputs.

Hands-on and problem-based construction and programming in secondary school

• COMING SOON-- PRE ORDER NOW
• Explore and perform everyday tasks in Information Technology and Robotics
• Learning block-and text-based programming for an easy-to-use controller
• 11+4 models
• 42+ Hours of Learning
• 2-4 students

Learn hands-on programming, computer science, and robotics fundamentals in primary school with Robotics STEM Coding Pro.

A system for detecting workpieces of different colors and sorting them via a conveyor belt into three different storage bins. Fully assembled training model for use with PLC (Programable Logic Controllers) and PLC programming software.

Furnace with pneumatic sliding door. Downstream processing station with pneumatic transfer unit including vacuum gripper, cutter with rotary table, and conveyor belt. Fully assembled training model for use with PLC (Programable Logic Controllers) and PLC programming software.