Dive into robotics with the ActivityBot 360° robot and BlocklyProp visual programming! This tutorial will show you how.

What It Is About
This tutorial set will show you how to:
- Assemble your robot and wire up its motors.
- Make BlocklyProp visual programs to control your robot.
- Build DIY sensor circuits on your robot so it can navigate on its own.
Along the way, you will learn some robotics, engineering, electronics, and programming concepts that you can apply to your inventions.
Hardware Needed
- ActivityBot 360° Robot Kit (#32600)
- Computer with online access and a Chrome browser for accessing the BlocklyProp Solo programming app
- Permission to install the BlocklyProp Launcher utility on your computer
- (5) 1.5 V AA batteries
If you have an original ActivityBot with external encoders (#32500) or a classroom that uses both original and ActivityBot 360° robots, follow the Legacy Edition of this tutorial instead.
Before You Start
Follow these short tutorials to get comfortable with BlocklyProp programming basics.
- Getting Started with BlocklyProp Solo
- Simple BlocklyProp Programs
- BlocklyProp Functions and Multicore
After You Finish
Once you have completed this ActivityBot 60° tutorial, you will be able to make your robot navigate on its own with different kinds of sensors. You will also be ready to create new challenges for your robot and to add a variety of sensors and accessories to help with those challenges.
Curriculum
- 1 Section
- 41 Lessons
- Lifetime
- BlocklyProp Robotics with the ActivityBot 360°41
- 1.1Build the ActivityBot 360°
- 1.2Hardware Check
- 1.3Step 1 – Prepare Wheels
- 1.4Step 2 – Prepare Chassis
- 1.5Step 3 – Prepare Servos
- 1.6Step 4 – Mount Right Servo
- 1.7Step 5 – Mount Left Servo
- 1.8Step 6 – Mount Battery Pack
- 1.9Step 7 – Mount Tail Wheel
- 1.10Step 8 – Mount Drive Wheels
- 1.11Step 9 – Mount the Activity Board WX
- 1.12Electrical Connections
- 1.13Software and Coding Check
- 1.14ActivityBot 360° Circuits
- 1.15Power & Connect Circuits
- 1.16Blink Lights
- 1.17Make a Beep
- 1.18Navigation Basics
- 1.19Feedback 360° Servo Test
- 1.20Feedback 360° Encoder Calibration
- 1.21Driving Distances
- 1.22Driving Speeds
- 1.23Taking Turns
- 1.24Acceleration & Speed Limits
- 1.25Navigate by Touch
- 1.26Build the Whisker Switches
- 1.27Test the Whisker Switches
- 1.28Whisker-Wheel Response
- 1.29Roaming with Whiskers
- 1.30Navigate by Ultrasound
- 1.31Build & Test the Ping))) Sensor Circuit
- 1.32Roaming with Ultrasound
- 1.33Maintain Distance with Ultrasound
- 1.34Navigate by Visible Light
- 1.35Build the Light Sensor Circuits
- 1.36Make the Light Measurements Useful
- 1.37Roaming with Light Sensors
- 1.38Navigate by Infrared Flashlights
- 1.39Build the IR Sensor Circuits
- 1.40Test the IR Sensor Circuits
- 1.41Roaming with Infrared Flashlights