Best selling Science kits from Fischertechnik
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1. Fischertechnik Green Energy kit
Exciting models are built around the topics of generating, storing and using electricity from natural energy sources, which move through wind, water or sun and convey the applied technology in a playful way. In this way, an understanding of the forms of energy that will be so important in the future is awakened. The H2 Fuel Cell Car construction kit (art. no. 559880) is an ideal addition. With this extension kit, further models can be built and operated with a fuel cell.
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- It works
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2. Fischertechnik E-Tronic
With the E-Tronic, the world of electronics can be discovered in a playful way. Simple circuits, series and parallel connection, electronic circuits with transistors, capacitors, resistors and LEDs. Step by step, this construction kit teaches the basics of electronics. The Electronics module, a controller with 16 fixed programs, has two motor outputs, three analog inputs for sensors and a potentiometer for controlling the speed of a motor. From simple to complex models such as an interchangeable turn signal, many exciting models can be constructed with this kit. For example, a garage door or a marble run can be constructed with exciting electronic components. The eLearning portal contains didactic information on the subject of electronics.
3. Fischertechnik H2 fuel cell kit
And above all, how can hydrogen be used as a drive? The fischertechnik H2 Fuel Cell Car construction kit brings this future technology directly into the children's room and provides the answers to these and other questions. The young explorers can use the self-generated hydrogen to bring the car to life and explore the world. In conjunction with the "Green Energy" construction kit, interesting additional models can be built.
4. Fischertechnik Profi E-Tec
Dive into the fascinating world of electricity with the E-Tec for children aged 8 and up. From simple circuits with polarity switches to series and parallel connections, as well as a continuity tester and either-or circuits, this construction kit teaches the essential concepts of electricity in an entertaining way. Additionally, technical aspects are illustrated through skill games to foster children's curiosity and creativity. It is an educational toy that not only sparks the joy of building but also provides a solid insight into the world of electricity.
5. Fischertechnik Starter Set for microbit
Easy to understand, the new "Starter Set for micro:bit" from fischertechnik teaches pupils from the third grade upwards the principles of programming with the micro:bit single-board computer. Included in this complete set is a fischertechnik parts set for building three stationary models, as well as the new fischertechnik "micro:bit IO F5 Adapter." This adapter board has 8 outputs and 6 inputs. With it, simple, understandable demonstration models (pedestrian traffic lights, hand dryer, barrier), equipped with actuators and sensors, can be controlled via the micro:bit board. The didactic accompanying booklet as teaching and instruction material offers help with the commissioning of the models, convinces with various tasks and is freely available as a free download in the eLearning portal.
Additional teaching material can be downloaded free of charge from the fischertechnik eLearning portal: didactic accompanying material, programming examples, information on the micro:bit board, information on the fischertechnik IO adapter and information on the Make Code software.
Product composition includes 90 individual parts in total, including 1 XS motor, 2 pushbuttons, 1 phototransistor, 2 LED lights, 1 fischertechnik IO adapter, as well as 1 construction manual as a printed supplement, 1 didactic accompanying material available online and 1 sturdy storage box with cover sheet and individual parts listing.
Teaching focus:
- Early programming
- Use and application of sensors and actuators
- Control, measurement and regulation
- Cooperation and interaction of hardware and software
- Group work in different roles
The main learning objectives are:
- Implement first steps in programming robots independently
- Create, modify and apply small programs
- Learn and apply basic concepts of robotics
- Understand the importance of sensors and actuators and their functions
- Learn about topics such as control, measurement and regulation
- Work in groups and in different roles.
6. Fischertechnik Make the basics of mechanics, statics and physics understandable and sustainable!
How does a cardan drive or a planetary gear work? What makes a triangle the most stable shape in statics? And how can a pulley or a scissor lift mechanism be constructed? The STEM Mechanics learning kit answers these and many other fundamental questions of mechanics and statics – clearly, practically, and with a strong connection to the learners' everyday lives. Based on the four successful fischertechnik sets STEM Simple Machines, STEM Gear Tech, STEM Statics, and Mechanics 2.0, STEM Mechanics combines the content into a comprehensive educational concept with over 30 exciting model examples. Students build, explore, and understand, among other things: mechanical fundamentals such as levers, pulleys, inclined planes, or rope systems, various types of gears, e.g., planetary gears, differential gears, transmission gears, static systems: tensile and compressive forces, force equilibrium, bridge constructions, everyday technology like windshield wipers, cardan drives, or scissor lift mechanisms, practical measurement methods using a self-built spring scale. Through hands-on work, learners gain a deep understanding of mechanical and technical relationships. The set not only imparts subject knowledge but also enhances problem-solving skills, creativity, and teamwork. Online materials provide additional information, tasks, and didactic tips for teaching. STEM Mechanics is suitable for guided and free teaching – ideal for the STEM field from middle school to upper secondary level. It particularly appeals to tech-savvy students interested in mechanical engineering and engineering sciences. The key learning objectives include understanding mechanical principles, analyzing and applying types of gears, grasping statics and force equilibrium, uncovering technical applications from everyday life, and developing measurement methods and problem-solving competencies.
Science kits
EUR189,–
Fischertechnik Make the basics of mechanics, statics and physics understandable and sustainable!
7. Fischertechnik Accu Set
Microcontroller controlled charger that reliably protects against overcharging. Very short charging time, maximum 2 hours. Powerful NiMH accumulator pack with short-circuit fuse, 8.4V/1500 mAh.
8. Fischertechnik STEM Electronics MINT Kits Kit da costruire 2-4 studenti
The fischertechnik Stem Electronics Robot in black allows for the construction of 10 different models. With tutorials for 20 projects, this experiment kit playfully challenges science, technology, and mathematics. It includes extensive learning materials for a creative and educational play experience.
9. Fischertechnik Advanced - Solar Set
Children playfully gather their first experiences with renewable energy using this construction set. The solar rotor, a combination of a solar cell and a motor, is the centerpiece of the three models and makes the propeller spin using the power of the sun. The models helicopter, airboat, and fan are set in motion with the help of solar energy. The included play figure adds extra fun to the children's room.
10. Fischertechnik power set
Power pack performance data: Voltage 9V/2.5 A. Power controller performance data: Regulated output 1A max., additional output with 9V/1 A max. (not regulated), both outputs short circuit-proof with overload protection.
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