fischertechnik STEM Coding Pro (no Battery)

Introduction to Robotics Programming: Ideal for beginners, especially at the primary level, to learn the basics of programming robots.

Primary Education Focus: Specifically designed for younger students to start their journey in coding and robotics.

Essential Requirements: Requires a micro

board, software, and a power supply (not included).

The fischertechnik Starter Set for micro:bit is the perfect introduction to programming for students in grade three and above. Designed to make the basics of coding with micro:bit single board computers accessible and easy to grasp, this comprehensive set includes everything needed to get started.

With this kit, students can build three stationary models—a pedestrian signal, hand dryer, and barrier—that are equipped with actuators and sensors. The set also features the new fischertechnik "micro:bit IO F5 adapter," which provides 8 outputs and 6 inputs, enabling control of these simple yet effective demonstration models using the micro:bit board.

To assist educators and students, a detailed pedagogical manual is available for free download from the fischertechnik eLearning portal. This manual includes setup instructions, a variety of engaging tasks, programming examples, and information on the micro:bit board, the fischertechnik IO adapter, and the Make Code software.

The set contains 90 parts, including an XS motor, buttons, a photo transistor, LED lights, and a printed building manual. It also comes with a durable storage box that includes a cover sheet and a parts list, ensuring that everything stays organized. Didactic materials and additional resources are readily accessible online to support the learning experience.

Key learning objectives:

Independently handling the first steps of robotic programming

Independently creating, changing, and applying short programs

Learning and applying basic robotic principles

Understanding the meaning and function of sensors and actuators

Getting familiar with topics like controlling, measurement and regulation

Working in groups and in different roles

Content:

micro:bit iO F5 adapter board

XS motor

2x light barrier LEDs

phototransistor

2x buttons

Ideal starter set for exploring computer science and robotics

Includes pre-installed motors and sensors within the model

User-friendly graphical programming interface with pre-built examples

Creating your own program and bringing a robot to life is an incredibly engaging and thrilling experience. In today’s tech-driven world, understanding this technology is vital. The fischertechnik Early Coding building set is the perfect tool to introduce young learners to the exciting field of IT and robotics. With pre-assembled components, children can dive into the world of coding and robotics in a fun and inspiring way. The set includes two motors and sensors fully integrated into a single block, making it easy to get started. Simply power on, connect via Bluetooth to a mobile device, and begin exploring! The user-friendly graphical programming interface, complete with pre-designed examples, is tailored to be age-appropriate, providing the ideal introduction to robotics. Students can also easily create their own programs using the provided software.

Functionality:

First Coding App

Bluetooth control

Learn programming

Looking for the fischertechnik STEM Coding Pro no with Battery? CLICK HERE

Master the fundamentals of computer science and robotics

Scratch programming using an intuitive controller

Includes 147 components with a spare parts bag and easy sorting

Designed for 2 to 4 students per set

Product Description:

How do traffic lights function? How can I program a simple drawing robot? Through models inspired by everyday life and progressively challenging tasks, children are introduced to essential digital skills, one step at a time. Using a user-friendly controller, practical sensors and actuators, and an intuitive Scratch app, students in primary school can solve familiar problems with ease. The colorful fischertechnik building blocks make setting up models quick and engaging, providing a hands-on, playful approach to learning that also fosters critical social and emotional skills.

Key Learning Objectives:

Grasp the basics of computer science and robotics

Engage in Scratch programming with easy-to-use controllers

Understand the functions of actuators and sensors

Enhance project management and teamwork skills

Develop emotional and social competencies

Content:

2x engine

2x gearbox

2x push button

2x light barriers LED

Phototransistor

NTC resistor

USB-C battery

BT Smart Controller