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micro:bit Rover Lessons

Lesson 1: Designing M3 Bolt Test Pieces

Introduction
Notes for Teacher
Materials
Objectives and Standards
Lesson
Assessment
Differentiation
Support Materials

Lesson 2: Designing a Motor Bracket

Introduction
Notes for Teacher
Materials
Objectives and Standards
Lesson
Assessment
Differentiation
Support Materials

Lesson 3: Designing a Chassis

Introduction
Notes for Teacher
Materials
Standards and Objectives
Lesson
Assessment
Differentiation
Support Materials

Lesson 4: Testing the Rover

Introduction
Notes for Teacher
Materials
Standards and Objectives
Lesson
Assessment
Differentiation
Support Materials

Coding the Rover with MakeCode

Introduction to Coding the BBC micro:bit with Microsoft MakeCode
Moving the Rover Forward and Reverse
Turning the Rover

Coding the Rover with MicroPython

Introduction to Coding the BBC micro:bit with MicroPython
Moving the Rover Forward and Reverse
Turning the Rover

Other Motor Drivers

A Comparison of Motor Driver Boards
4tronix Drive:bit with MakeCode
4tronix Drive:bit with MicroPython
DFRobot micro:Driver MakeCode
DFRobot micro:Driver MicroPython
Kitronik Compact Motor Driver MakeCode
Kitronik Compact Motor Driver MicroPython
Velleman Motor Shield MakeCode
Velleman Motor Shield MicroPython

Repository
Open issue

.md

Support Materials

Support Materials#

Click on the download button to download the document:

Student Handout: .dotx, .pdf

Rubric: .dotx, .pdf

TT Motor Datasheets: .dotx, .pdf

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Differentiation

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Introduction

By Simon Escalada-Mastick

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