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

This play-and-learn construction set helps children learn the principles of pneumatics and uses realistic models to demonstrate how compressors, pneumatic valves and cylinders work.

The powerful and compact compressor guarantees a reliable supply of compressed air to the models. In addition to vehicles such as front loaders, hay bale pickers and tree trunk grips, other educational models provide young inventors with background knowledge on the subject of pneumatics in combination with the didactic activity information in the eLearning portal (fischertechnik- elearning.com).

Models such as the crane with cable winch and worm gear, racing car with steering and teeter-totter with 4-bar linkage teach children a basic understanding for technology.

Other creative, mechanical models can be made from the gears, basic building blocks, static parts, wheels and many other parts. This construction set helps children to understand everyday technology through play.

Kids get to know the concept of three-dimension (3D). Plug sticks of varying lengths into the holes in the balls to create 3D models. Great for cultivating children's imagination, developing eye-hand coordination, training fine motor skills as well as improving color and shape recognition.

Engineering is what brings machines to life. Little learners can discover more about engineering at home by reading the simple explanations and doing the beautifully illustrated activities on each page. Start a lifelong passion for STEM subjects and inspire children to, one day, contribute an invention of their own to the world.

Speed off into the world of Formula 1 with this incredible laboratory!, Make 10 racing car models from the more than 200 interchangeable components: from a Formula 1 car with functioning steering wheel, adjustable rear spoiler and rear wheels that can be operated via a differential, through to go karts, off-roaders and loads more!

Learn about mechanics of ancient siege weapons by building these 10 models.

The Fischer Technik STEM program by Tom White combines mathematical, reading, and writing standards with the American National Science Education Standards, Technology and Information Technology (“ISTE” and “ITEEA”).

The program can easily be completed within a school semester, and helps students understand applied automation technology by systematically introducing them to electronics sensors, and control technology.

Main Subjects: Robotics, Cybernetics, Mechatronics, & Automation Control.

Pound the eight colorful wooden pegs into the wooden frame, then flip it over to repeat the activity again and again! Included are a wooden hammer and four pairs of pegs--great for color matching.

Invent ways to reuse a plastic bag, design your own robot, discover accidental inventions and lots more in this exciting write-in activity book, filled with inventions to brainstorm, puzzles to solve and objects to design. Includes downloadable templates and links to specially selected websites to find out more about famous inventions.