Resources

Experiment 8 from the Inventors Kit for Arduino. In which we explore wind power. Included in this resource are code downloads, a description of the experiment, and also a video walkthrough. It provides additional help and is not meant to replace the documentation that ships with the kit.

Experiment 7 from the Inventors Kit for Arduino. In which we explore using a seven segment display. Included in this resource are code downloads, a description of the experiment, and also a video walkthrough. It provides additional help and is not meant to replace the documentation that ships with the kit.

Experiment 6 from the Inventors Kit for Arduino. In which we explore setting the tone with a piezo buzzer. Included in this resource are code downloads, a description of the experiment, and also a video walkthrough. It provides additional help and is not meant to replace the documentation that ships with the kit.

Experiment 5 from the Inventors Kit for Arduino. In which we explore controlling the angle of a servo with a potentiometer. Included in this resource are code downloads, a description of the experiment, and also a video walkthrough. It provides additional help and is not meant to replace the documentation that ships with the kit.

Experiment 4 from the Inventors Kit for Arduino. In which we explore using a transistor to drive a motor. Included in this resource are code downloads, a description of the experiment, and also a video walkthrough. It provides additional help and is not meant to replace the documentation that ships with the kit.

Experiment 3 from the Inventors Kit for Arduino. In which we explore dimming an LED using a potentiometer. Included in this resource are code downloads, a description of the experiment, and also a video walkthrough. It provides additional help and is not meant to replace the documentation that ships with the kit.

Experiment 2 from the Inventors Kit for Arduino. In which we explore Using a light sensor and analog inputs. Included in this resource are code downloads, a description of the experiment, and also a video walkthrough. It provides additional help and is not meant to replace the documentation that ships with the kit.

Experiment 1 from the Inventors Kit for Arduino, in which we explore Digital Inputs & Outputs. Included in this resource are code downloads, a description of the experiment and also a video walkthrough. This resource provides additional help and is not meant to replace the documentation that ships with the kit.

The inventors kit for Arduino follows in the footsteps of our hugely popular inventors kit for the BBC micro:bit. The Inventor's Kit for Arduino is a great way to get started with programming and hardware interaction for Arduino. This Kit contains everything you need to complete the 10 experiments. These additional resources have been produced to compliment the booklet that is supplied with the kit.

The Design And Technology Products Spring 2019 update is now out and should be landing in your school soon. We've also uploaded a digital version that you can access while you wait for your hard copy.

The cover of our Easter 2019 D&T Update features this nifty clip together acrylic case. This is a super easy project, showcasing design, materials, and a small amount of soldering.The design files for the project are available, so you can quickly cut one for yourself.

Anyone who’s used a laser cutter knows the satisfying moment where all of the parts fall out of the sheet. But the sheet itself sometimes leaves a fantastic pattern that seems a shame to throw away. Display a piece of your favourite projects and save waste material with this easy bonus project!

For this year's show, the micro:bit foundation wanted to have a pair of more visible micro:bits for their stand. Kitronik often works closely with the foundation, and so when we were asked if we could help with such a fun thing, of course, we said yes. The brief was to make a mega:bit, but even more MEGA sized.

Break free from the shackles of your workspace with our range of microbit Case & Accessories Options. If you need to cut the cord from your laptop and go mobile there are plenty of options currently available. This guide is to help you explore the possibilities and find a solution that is right for your project. 

Put some music in your hands with this pocket sized 3D printed mono amp case. This fun build keeps each step simple but offers loads of customisation options. We can’t wait to see what you can do with it!

Do you have an urge to write some microbit games but don't know how to start, maybe we can help. Learning how to code some basic gaming functions could be all you need to overcome coders block. Today we are going to take it back to basics and learn a couple of key concepts. Processing user input and also taking control of the LED matrix, both required knowledge if you want to create engaging games.

Unlock your students potential with these 3 free Lesson Plans for our STOP:bit for the BBC microbit. Students will learn how to code traffic lights and pedestrian crossings with these classroom ready teaching resources.

Unlock your students potential with this free Lesson Plan for our LAMP:bit for the BBC microbit. Students will learn how to code a street light that also reacts to ambient light levels with this classroom ready teaching resource.

On the 8 - 10th July 2019, NTU is running a 3 day designing with e-textiles course. The Tutor for the course will be Sarah Walker, a PhD researcher and university lecturer at Nottingham Trent University. Sarah is an expert in textile design, e-textile design, and innovation management and has also run many smart textile workshops.

Unlock your students potential with these 6 free Lesson Plans for ZIP Halo for the BBC microbit. These resources are classroom ready but they can also be used by anyone who wants to learn how to use the addressable LEDs of the ZIP Halo.