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BBC micro:bit 10 Student Classroom Pack

124
BBC micro:bit Classroom Pack. This pack contains 10 x BBC micro:bits, 10 x 1M anti-tangle USB cables, 10 x Battery cages and 20 x AAA Batteries.

Availability: In Stock.

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5616 £124.00
(£148.80 incl VAT)
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BBC micro:bit Classroom Pack. The Classroom Pack consists of 10 x BBC micro:bits, 10 x 1M anti tangle USB Cables, 10 x Battery Cages and 20 x AAA Batteries. This buying option offers a better value way of obtaining multiple starter packs, making it an ideal choice for equipping your classroom. An individual starter pack contains everything you need to connect your BBC micro:bit to your computer and also enables you to power your BBC micro:bit once you disconnect it from the USB.Your BBC micro:bit will come in one of 4 colour schemes, unfortunately it is not possible to specify which colour you will receive.

The BBC micro:bit is a powerful handheld, fully programmable, computer designed by the BBC and a number of partners to encourage children to get actively involved in writing software and building new things that will be controlled by it. Write your code using one of the easy to use editors provided on the BBC micro:bit website, connect your BBC micro:bit to your computer via USB press the compile button in the editor and then drop the downloaded file directly onto your BBC micro:bit. There is also an app for Android devices.

Wirelessly connect and interact with the world around you. Use Bluetooth Low Energy to connect to mobile phones and tablets, take a selfie or drive the music in your playlists.

bbc_micobit_gif_v2

The BBC micro:bit is the spiritual successor of the BBC Micro of the 1980s, which itself introduced a generation of children to computing. The BBC micro:bit carries on this 30 year tradition and does it 18 times faster and is 70 times smaller than its predecessor.

Based around a 32 bit ARM Cortex-M0 processor, the BBC micro:bit also features on board accelerometer and compass sensors, Bluetooth Low Energy and USB connectivity, a display consisting of 25 LEDs, two programmable buttons and it can be powered by either USB or an external battery pack. The device inputs and outputs are through five ring connectors that are part of the 21-pin edge connector.

Features:

  • USB and Bluetooth Low energy connectivity.
  • Compass and Accelerometer.
  • 2 x user assignable buttons.
  • A 25 LED display.
  • 21 pin edge connector.

Contents:

Dimensions:

  • PCB Length: 52mm.
  • PCB Width: 42mm.
  • PCB Height: 11.7mm.

Video:

 

Requires:

  • Computer with Internet access.

Resources:

Note: Due to Country specific trademark restrictions there may be some Countries that we are unable to ship the BBC micro:bit to. In the unlikely event that this occurs we will fully refund your purchase.

microbit inventors kit resources
Kitronik Inventors Kit Resources
This resource consists of a selection of links to the additional resources that we have created to accompany each of the experiments. Each experiment has a walk-through video that also contains hints and tips designed to help you complete the experiment and to understand how the circuits work, we have also included links to additional code examples.
Use The BBC micro:bit As An Instrument Tuner
Use The BBC micro:bit As An Instrument Tuner
In this tutorial we are going to highlight how easy it is to code the BBC micro:bit as an instrument tuner. We will focus mainly on making a Guitar tuner but we will also provide download links for several different types of tuner.
Using The BBC micro:bit To Control A Servo mini
Using The BBC micro:bit To Control A Servo
In this tutorial we are going to look at how to control a servo using the BBC micro:bit via an Edge Connector Breakout Board for the BBC micro:bit. It’s super simple to set up and requires very few parts.

Questions:

Posted by Yngve, Friday, 9 December 2016 on product BBC micro:bit 10 Student Classroom Pack

Question:

Hi. When will you have the micro:bit classroom pack available? Want to place an order as soon as possible... Thanks!

Answers:

  • Posted by Michael Lockhart on Friday, 9 December 2016

    Hi, The classpacks are currently now back in stock. We will also be looking at adding further packs in the next week or so.

Posted by Tajvir Singh, Monday, 21 November 2016 on product BBC micro:bit 10 Student Classroom Pack

Question:

Hi, I would like to know about the shipping of BBC microbit to Jeju South Korea. How long will delivery take to ship BBC mircobit? Quick response will be appriciated. Regards, Tajvir Singh

Answers:

  • Posted by Michael Lockhart on Monday, 21 November 2016

    Hi Tajvir, without knowing your exact address I can’t give an exact time scale. However using a general address in Jeju, South Korea it would take approximately 3-4 working days on UPS Saver, and 7-8 working days on Expedited. This is based on the items being in stock, as such these time scales would be from date of dispatch not date of order.

Posted by Katie Johnson, Thursday, 13 October 2016 on product BBC micro:bit 10 Student Classroom Pack

Question:

Do you ship to Australia?

Answers:

  • Posted by Rob Haywood on Thursday, 13 October 2016

    Hi Katie,

    We do ship to Australia. We use UPS and we charge delivery at cost.

Posted by Lee, Tuesday, 27 September 2016 on product BBC micro:bit 10 Student Classroom Pack

Question:

Hello. I'd like to buy this pack. Is it possible to deliver to South Korea?

Answers:

  • Posted by Michael Lockhart on Tuesday, 27 September 2016

    Hi Lee, We are currently reviewing the process of shipping to South Korea. Once this is complete it may be possible to purchase goods for delivery to South Korea.

Posted by Rob, Monday, 26 September 2016 on product BBC micro:bit 10 Student Classroom Pack

Question:

How many LEDs can I connect to a microbit?

Answers:

  • Posted by Rob Haywood on Monday, 26 September 2016

    The max current per pin is 5mA, but with a total maximum for the processor of 15mA.

    Nominally a standard LED will take around 10mA so one LED is too much for a processor pin. There are two ways around this, either add a current limit resistor so the LED takes less than 5mA, or add a transistor to each pin so that the current pullled through the pin is tiny, but the current the transistor can drive is a whole lot more.

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