Resources

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 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.

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 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.

To show off our newest range of veneered MDF materials, we’ve created this adjustable laser cut drawing board. We love all your designs submitted to our gallery, but great ideas have to start somewhere.

Isaac shows you how he designed and made a ZIP Tile for microbit bike light. The light features adjustable brightness and works as a brake light using the microbit's accelerometer. It is constructed from laser cut Perspex. As always, you can download Isaac's DXF file and take it straight to the laser cutter.

The last in our Kitronik :city builds from Bett 2019 is the microbit and Robotics board controlled London Eye and Wind Turbine. Take a look behind the scenes at how we put it together. If you want to have a go at this yourself, all of the files you need are included within.

At the centre of our Kitronik :CITY layout we had at BETT 2019 was our microbit controlled model of Tower Bridge. The model featured our 16 servo driver board. We demonstrate how we made it and also how you can make one for yourself.

For part 3 of our microbit Kitronik:City build for Bett 2019 we take a look at Big Ben. Our Big Ben model is the largest on the Kitronik :CITY layout we had at BETT. In this behind the scenes, we’ll look at how we made it and how to use the new Klimate environment sensor board for BBC microbit in your own projects.

For part 2 of our microbit Kitronik:City build we breakdown the football stadium. Our new move mini football stadium got a lot of attention at BETT 2019, so we’ve put together a guide on how we made ours and how to make your own!

The Christmas Fair Bandstand and Stalls is the third and final model from our Christmas fair. This time showing how to make an animated display featuring figures. Just by using a servo, a microbit, and a tiny snippet of code.

This is the second model from our Christmas fair, this time showing off our ZIP LEDs and how the Halo can be used to drive a whole RGB LED chain.

This is the first model from our Christmas Fair, designed by Matt Moeser to show off the features of our new All-in-One Robotics Board. This solder-free model makes a great centrepiece to a Christmas diorama and shows off the robotics board's unique stepper motor coding blocks.

The :KLEF Piano for the BBC microbit features all you need to both unlock your inner Bach and to provide you with some fun coding challenges. The first step in fully realising your micro:symphony is an inspiring instrument to play it on!

If you've bought any of our more recent BBC micro:bit products and were also wondering how to make the switch from Blocks to Python, we've got you covered. We have example code for five of our recent products that you can use and also learn from.

With Halloween 2018 creeping up on us, we’ve made some spooky resources to give your decorations a techy twist! It’s a great time of year to test out some ideas and to dust off your making skills.