fischertechnik
fischertechnik is a flexible and innovative construction system built around the unique fischertechnik building block, which allows attachment at all six sides. fischertechnik's system of interlocking building blocks, motors, sensors, lights, computer controllers, and software allow you to build countless fun and functional models from Ferris Wheels and Construction Cranes to robots you can program and control. Designed with an engineering mindset, the creative possibilities with fischertechnik are limitless!
fischertechnik for schools - A hands-on STEM and robotics learning continuum that makes important future skills tangible for learners in primary and secondary schools as well as in training and universities.
fischertechnik for industry - Tomorrow's production requires agility, AI and Industry 4.0. Companies need to invest in innovation and training. With fischertechnik simulation models, you can create sustainable learning experiences for the future.
STEM Smart Physics
STEM Smart Physics contains ten exciting models, which make numerous physics experiments possible.
STEM Optics
This set offers a comprehensive collection of 18 models, which help you to explore the basic principles of optics in a playful and interactive way. Explore optical phenomena with 18 exciting models, lenses included.
ROBOTICS STEM Coding Pro
Learn hands-on programming, computer science, and robotics fundamentals in primary school with Robotics STEM Coding Pro.
ROBOTICS Add-On: AI
Explore the future technology!
Combined with the STEM Coding Ultimate AI Set (required), this set allows you to build 3 AI focused models.
- Understand fundamentals of working with AI and machine learning
- Perform basic object detection
- Learn how to measure and evaluate model and classifier accuracy
- Experience the importance of high-quality training data for machine learning
- Discover how AI is used in real-life contexts
Components: 314
Experiments: 6
ROBOTICS Add-On: Industrial Robots
Two realistic six-axis robot models that you can assemble and program yourself
- The set enables learners to deal intensively with industrial robotics and to prepare practically for the requirements of the modern professional world
- Two realistic six-axis robot models
- The hands-on experience allows you to not only gain theoretical knowledge, but also develop practical skills
- Important: Requires STEM Coding Ultimate AI set to build all models and perform all functions.
STEM Coding Competition
The all-in-one set for successful robotic competition participation
- Specially developed for competitions
- TXT 4.0 Controller included
- Recharegable battery pack and charging unit
- Kit for individual chassis
Maker Kit Car
The perfect car chassis as a basic model
Top Features
- Robust car chassis
- The supplied 3D data for common developer boards makes it easy to integrate additional components.
- Simple expansion options
- Includes an encoder motor, a differential gear and a steering knuckle with servo motor for unrivalled possibilities.
- Includes 119 parts for building one model.
- Recommended for age 14 and above.
Maker Kit Omniwheels
Discover the fascination of movement in every direction with our basic model of a driving robot!
Top Features
- The Omniwheels enable unique locomotion.
- Simple expansion options.
- The 3D data supplied for common developer boards makes it easy to integrate additional components.
- Includes 4 encoder motors, 4 Omniwheels, steel axles and gears in front of each Omniwheel for maximum flexibility.
- Includes 201 parts for building one model.
- Recommended for age 14 and above.
Maker Kit Bionic
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.
STEM Coding Pro (No Battery)
Learn hands-on programming, computer science, and robotics fundamentals in primary school with Robotics STEM Coding Pro.
STEM Coding Max
Hands-on and problem-based construction and programming in secondary school
- 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
- Requires 9v battery—not included