Buy fischertechnik education Robot expansion module Robotics: Add On Omniwheels Assembly kit 559898

'Omniwheels' Set for Robotics with 150 Pieces and 7 Experiments. Includes Plug-in System Components. Packaging Shows Completed Model on Wheels.

Robot vehicles made from red and green building blocks. Tools and accessories for robot construction are also shown.

A learning robot from a construction kit approaches three traffic lights with red, green, and yellow signals, which are used for programming training.

A red and black robot with green wheels and a camera on its top is standing in front of three coloured cards: red, yellow, and green.

A red and green robot car with distinctive wheels and a camera is driving towards an orange ball.

A four-axled, red-black learning robot with green wheels, wired with sensors, suitable for technical educational purposes.

Red Encoder Motor 9V, two pieces, rectangular shape, suitable for technical applications, displayed on a dark grey background.

fischertechnik education Robot expansion module Robotics: Add On Omniwheels Assembly kit 559898-7

A green wheel with black rollers points towards a blue arrow, indicating rotation and direction of movement on a black surface.

A construction kit for robots with omnidirectional wheels by fischertechnik education. Contains 150 parts for pupils aged 7 and above.

Various models of robotic vehicles made from red and green components, some equipped with sensors and cameras, positioned next to colourful signs.

'A programmable robot with sensors that can recognise green, red and yellow signs, likely for a children's learning project.'

A robot-like model made of plastic with sensors and colourful components stands next to three coloured panels on stands.

A robot with camera sensors on wheels, surrounded by coloured plates. It is used for programming and technical education.

A red robot with cameras and sensors moves towards colourful boards. It is connected to control panels and cables.

A compact robot with coloured components, equipped for a robotics competition. Beside it are gates with sensors that serve as targets.

A red and black robot with green wheels and a camera, equipped with sensors. Beside it lies an orange ball.

A learning robot with red and green wheels and visible electronics, designed for learning technology and programming.

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Highlights & Details

Robotics: Add On Omniwheels

Additional set for Omniwheels for Robotics TXT 4.0 Base Set
Comprehensive didactic concept including lesson plans
4 models
7 Experiments
Approx. 150 components

Technical specifications

150 components

Product type: Robot expansion module

Version: Assembly kit

Manufacturer part #: 559898

Documents & Downloads

User & Safety Instructions

User & Safety Instructions 2355505 fischertechnik education Robot expansion module Robotics: Add On Omniwheels Assembly kit 559898

Description

Programming of own robots with fischertechnik Robotics Add On: Omniwheels. Together with the Robotics Base Set, four exciting Omniwheel models can be constructed, waiting to be brought to life. It is possible to build driving robots with different tasks, such as a football robot, a firing robot that detects and shoots target discs, and a painting robot with a pen that can be lowered and raised. A highlight in this kit are the Omniwheels, which are driven by four encoder motors, of which two are contained in the Base Set, and thus enable a movement in each direction! The camera contained in the Base Set enables an image processing, through which the football robot can detect a ball - and it is shot away with full force! The new fischertechnik TXT 4.0 controller offers many new features with the new programming software ROBO Pro Coding. In addition to graphical programming in a Blockly environment, programming via Python is now also possible! The software is independant of the operating system and can also be used on mobile devices. A servo motor is also included in the set. The concept is rounded off by seven experiments with corresponding solutions.

Main areas of instruction:
Control of omniwheel vehicles
Image processing
Control technology

This text is machine translated.