Glide down the slope on a 6-metre long cable with the gondola clear up at the top and then with the freight elevator clear down to the bottom. Have fun!

With this construction kit, kids can build their own chain reaction model, where a trick triggers a big reaction. When the weight falls on the plate, it sends the ball rolling along an exciting course until it hits the building block, triggering a domino effect that makes the catapult launch.

Use the building instructions to build three different chain reaction models. Their creativity will know no bounds. Young inventors can create their own exciting reactions, even integrating non-fischertechnik parts like dominoes or other toys into the course. A fun, colourful starter set for young builders. Other inspiring chain reaction videos are available on the fischertechnik website to help boost kids’ creativity.

Simply adorable with its funny looks, the panda robot moves by doing somersaults like in real life! An animal robot that can be assembled for an unrivalled play experience.

Powerful trucks like a dumper truck, articulated vehicle, HGV with crane, a container truck or a recovery vehicle can all be built with this building set.

The new Fischer Technik design parts give the models a modern look. Children can turn their bedrooms into building yards with all the features like a winch, functional steering, tipping function, removable container and a crane arm. The various models are a perfect match for the Motor Set XM, the Bluetooth Control Set and the Accu Set.

Learn various architectural structures with Gigo's rigid and flexible structural rods. Make a seismic simulator with blocks, rods, and gears to simulate earthquake conditions. Let children operate the seismic simulator and observe what happens to different structures during earthquake.

There are 16 models, from basic to the advanced level. Fun, easy to assemble, easy to learn, and helpful for developing students’ logical thinking and creativity through experiments.

All GIGO products are compliant with CE & CCCs toy safety regulations.

Simple entry for beginners through programing of flow charts consisting of various software building blocks.

The exchange of the data between the software building blocks and the subprograms can be done through variables and graphical connections as well. This allows the programs functions to be shown in an understandable manner. There are no problems with the preparation of teach-in programs or data exchange with other Windows software.

How does a reaction or a flexible shaft drive work? What’s the difference between a friction motor and a rubber motor drive? How can wind be used for propulsion?

This educational construction set gives students insight into how different types of drives work.

The Drive Systems Set can be used in supervised and unsupervised learning, and is used at many schools.

Main Subjects: Wind Propulsion, Bending Rod Drive, Recoil Drive, Rubber Band and Friction Motors.

Includes:
– 280 x Pices to make 8 Models

My First Engineering brings together maths, construction and science in a hands-on way when children build their own toy. Learn about the science of gravity, simple mechanisms, and the strength and stability needed in building structures. Encouraging kids with engineering concepts at a young age increases their confidence and abilities as they grow and may even influence a future career. The most important thing is to let kids experiment and try things for themselves, though help from time to time is always helpful.

The 5-in-1 Quadcopter connects quickly and easily to your tablet or smart phone for remote control. Use the drone central processing unit (CPU) and sensors to hover in one spot, or zoom around in a programmed pattern. Movements are precise and you can have fun shooting 720p video from the air!

Use the 360-degree camera to produce unique effects where you can see in all directions, or experiment with the turntable camera to take a rotating shot. Combine the camera with a car and you can even produce zooming and panning shots, the choice is yours. If you’re busy with other things, set a hands-free camera to take photos by simply saying “photo”.

Four electric motors, a central controller unit, and more than a hundred components make all these things possible. Let’s learn about how drones fly, and how robotic devices can be used to get the perfect shot every time with this innovative engineering kit!

All GIGO products are compliant with CE & CCCs toy safety regulations.

3 Different tractor models can be built from over 130 components. The 3 farm vehicles bring plenty of family fun to the playroom, and they all have realistic axle pivot steering.

These kits provide incredible insight into the world of physics and engineering-and fun! Each box highlights different vehicle designs, ranging from single-prop seaplane to combine harvesters. These exciting builds also offer great learning experiences in pulley, lever, and gearing fundamentals! Once finished, these very detailed models include functioning mechanisms such as transmissions, differentials, propellers, and steering systems! Each kit provides very helpful building instructions. STEM based. 

Climate and environmental protection have become an integral part of everyday life. That’s why it’s important to learn about renewable energy technologies at an early age.

To bring this topic closer to children, fischertechnik has developed the “Green Energy” construction kit. It offers young researchers from the age of 9 a great start into the world of renewable energies and explains how they work in a playful way.

How does climate-friendly energy generation work? How can sunlight be converted into energy with the help of solar cells? How can wind turbines be used to generate electricity from wind? The answers to all these questions are revealed in this experimental kit and provide exciting aha experiences.

The regenerative energy sources are explored with the help of this kit and the extraction, storage and use of energy from the sun, wind and water are investigated. In order for children to understand in a playful way how green electricity is generated and where it comes from, the kit contains 14 different models that guarantee a sustainable transfer of knowledge. An impressive insight into the world of alternative energy sources is guaranteed with this experiment set! The “H2 Fuel Cell Car” construction kit is an ideal addition to this experimental kit. With this extension kit, further models can be built and operated with a fuel cell.

Learnings & Experiments: – Teaching climate and environmental protection in a playful way at a young age – Discovering the energy forms of the future – Extraction, storage and use of natural energy sources

The complete Dynamic L 2 set guarantees even more fun with action models and the three 180° curves.

The 4 high-speed flex-rails with raised side edge let the balls roll at full speed through the curve! The balls simply race through the mechanical cross-over into various tracks. After passing through the loops and other obstacles, the ball finally returns to the elevator waiting point. The balls are then brought back up to the top again by the elevator which is operated by an XS motor. The 3 different action courses with a length of up to 4.50 m offer unlimited fun on the ball obstacle course.

40 Models, such as vehicles with steering, bulldozer with tracks, crane with cable winch, and windmill with reduction gear allow children a fascinating glimpse into the world of technology while playing.

The construction site and fair grounds play worlds, with a number of models which can be built simultaneously, guarantee a great deal of fun while building and playing. The large number of parts leaves maximum leeway for creativity.

High performance geared motor in compact plastic casing with numerous possibilities for attachments. With many toothed gears, axles and gearbox parts.

The Action Reaction range provides endless fun and stimulates creativity. It is a unique scientific kit to learn the physics principles, design tracks and experiment gravity, force and lever by using the several parts and accessories provided. The range includes products which allow the child to create amazing routes and which can be personalised also using objects available at home, perfect to maximise the playing activities and stimulates the imagination.

A fantastic kit compatible with the entire Action and Reaction range to create even more astonishing circuits and embark on breathtaking challenges. With the fork you can split your tracks, change the direction of the balls and challenge the force of gravity Track, platforms, junctions, crossroads and balls are included.

A perfect game to experiment with the basics of physics in an engaging and truly creative way The manual included guides the child step-by-step through endless fun An educational science kit.

The Racing Construction Set from Fischertechnik includes all the building components needed to build 3 innovative vehicles.

The set contains over 360 pieces for building a racetrack, a roadster or a wheelie vehicle, which travels on its back wheels.

The suspension system on the vehicles makes them suitable for any terrain. The vehicles can be operated by remote control or by smartphone/tablet and function on a range of up to 10 metres. The RPM of the gear motor and the servo steering angle can be freely adjusted from a distance.

Complete construction set with motor and battery holder. With over 660 components, you can build a motorized Ferris wheel or a merry-go-round. The Ferris wheel has a diameter of over 50cm and is equipped with 6 gondolas – a model that creates a real fair atmosphere!

How does a balloon drive or a bending rod drive work? What is the difference between a friction drive and a rubber-band drive? How can wind be used as a drive? This set provides a glimpse into how different types of drives work.

The brawny offroad vehicle with functioning steering and suspension can also be combined perfectly with the Motor Set XM and Bluetooth Control Set for remote control.

The instructional activity booklet provides a great deal of interesting information.

Build an awesome, nine-inch-diameter, rolling robotic sphere and other robot models. Drive your robot using the remote-control interface in the Super Sphere app, available for tablets and smartphones, or write programs using the easy, visual programming language in the app. The onboard Sound Sensor lets you program your robots to perform specific sequences of commands in response to the number of claps (or other loud sounds) that it detects.

Robotics is a vast and thrilling interdisciplinary field involving physics, engineering, and computer science. This kit gives children a simple, fun, and customizable introduction to robotics that lets them build seven motorized machines controlled by programs and a Sound Sensor. Each robot model moves in a unique and interesting way, demonstrating how the same mechanical parts can come together to yield many different results.

Construct the Super Sphere robot, which has two 50X Planetary Gearboxes ? and a Sound Sensor mounted inside a hollow, spherical shell made of 32 interlocking pieces. Learn about the inner mechanics and the fascinating physics principles that enable the Super Sphere to drive forward, backward, and turn left and right. Then, build a robot with 2 jumbo-sized wheels made from the same pieces as the Super Sphere’s outer shell. Assemble the Bigfoot Bot and experiment with a robot that crawls around on two humongous feet. Adventure into the animal kingdom by building robots that resemble and mimic the movements of a penguin and a horseshoe crab. Program a funny dancing robot that can shake, wiggle, and twirl on command. Make your own robotic game in which you try to toss shapes into a hole in a sphere as it moves around. Each robot comes with a preset program which you can run immediately after building it. After learning how the technology works, you can build and program your own robots using the kit’s 182 building pieces.

A full-colour, 60-page, step-by-step illustrated manual helps you assemble all of the models and includes information about robotics in the real world. In addition to the robotics experiments, you can conduct hands-on experiments in 3-dimensional geometry using the triangular and pentagonal shell pieces.

The free app connects to the robot models via a wireless Bluetooth connection. In the programming mode of the app, the visual programming language allows you to command the robots’ 50X Planetary Gearboxes ? to move for different lengths of time, at different power levels, and in different directions.

The Dynamic Tuning Expansion Set is ideal for making all Fischer Technik obstacle courses even bigger and faster with additional obstacle course parts and add-on elements.

Many special parts such as 90 Degree curves, cross-overs, catch funnels, short and long flex-rails promise even more excitement.

The Dynamic Tuning Expansion Set gives free rein to the imagination of young obstacle course engineers.

The planetary model clearly demonstrates why the moon has phases or why solar and lunar eclipses occur.

Optical lenses with various focal lengths, mirror, lens tip lamps and a variety of other parts allow construction of a microscope, magnififier, telescope and periscope.

With the periscope you can look around corners and the microscope makes tiny objects really big! With the sun dial you can determine the time of day, and the model with optical fifiber demonstrates what total reflflection is and how data can be transferred using light.

The fischertechnik Robotics Competition Set has been developed for schools, universities, educational institutions, and research groups that want to further develop or improve their student robotics competitions. It includes models like tracking robots, exploratory robots, soccer-playing robots, obstacle recognition robots with cameras, and much more. The models are ideal for a RoboCup competition (Junior category) and various other competitions on a state or national level, or even internationally. The Robotics Competition Set helps school and university students discover robotics and key STEM learning principles with project-based learning. The set includes 670 partss, along with all current fischertechnik sensors. These include structural parts, gears, drives, wheels, DC motors, motors with integrated encoders, USB camera, gyro sensors, and many other fischertechnik sensors. Incl. ROBOTCS TXT Controller and ROBO Pro Software with options for programming on five levels. From the beginner level to professional programming, with objects, subroutines, variables, and user-defined commands. In addition, parcours templates are included for testing models and prparing for robotics competitions.

Additional Teaching Material:
Innovative fischertechnik learning materials support you in teaching technical concepts in a practical way and introducing them to your secondary school and college students or your apprentices. The included didactic activity booklet with teacher and instructional materials offers display models and tasks to help you quickly prepare lessons, and includes problems with solutions, handouts, and copy templates.Teaching materials are provided on the included CD.

Product Composition:
The total of 670 fischertechnik parts are clearly divided into two sorting inserts. Everything is delivered in a sturdy storage box, along with easy to understand assembly instructions for 20 models of different difficulty levels.

Main Subjects:

• Instrumentation and control
• Programming
• Interaction between hardware and software
• Use of actuators and sensors
• Robotics competitions

A fantastic robot shaped like a jumping frog to have fun and leap into the world of robotics!, A robot to be assembled, with a motor that, if activated, makes the robot actually leap!,The eye of the jumping bot is a gear that, when rotates, makes a fun spiral-shaped optical effect.

The transport/conveyor belt with a length of 275mm transports work pieces with a diameter of up to 29 mm. Several conveyor belts can be connected to each other to form an endless conveyor belt. The model is ideally combinable with the training model "3-axis robot with gripper".

Connection to PLC control: The model has a circuit board with relays for reversing the direction of rotation of the motors. All inputs and outputs can be connected to a jack plug (26-pin, 2.54 mm pitch) or to series terminals with push-in terminals.

Advantages: - Ideal training, simulation and demonstration model for training and industrial automation - Already completed, stable training model - Mounted on a solid wooden plate, model packaged in a sturdy cardboard box - Optionally available in the 9V standard voltage as well as in the worldwide 24V industrial standard