ring:bit Car Kit V2

ring:bit Car Kit V2

• 1. Ring:bit Python Samples
  • 1.1. Add Python Documents
  • 1.2. Sample Code
  • 1.3. Project 01: Drive at full speed
  • 1.4. Result
  • 1.5. Project 02: Obstacle-avoidance car
  • 1.6. Result
  • 1.7. Project 03: Line following
  • 1.8. Result
  • 1.9. Relevant Projects
  • 1.10. Technical Files
• 2. Introduction
  • 2.1. Introduction of Ring:bit car 2
  • 2.2. Components list
• 3. Ring:bit Car Assembly Step
  • 3.1. Ring:bit car 2 Components Lists
  • 3.2. Assembly Step
• 4. Ring:bit Introduction
  • 4.1. Expansion Board of Ring:bit car 2
  • 4.2. The Special Expansion Board of Ring:bit car 2
• 5. Ring:bit Introduction of E-blocks
  • 5.1. Add New Extensions
  • 5.2. Introduction
  • 5.3. Questions
  • 5.4. More Information
• 6. Line flow module
  • 6.1. Introduction
  • 6.2. Features
  • 6.3. Parameter
  • 6.4. Dimensions:
  • 6.5. Quick to Start
  • 6.6. FAQ
• 7. Rainbow LED module
  • 7.1. Introduction
  • 7.2. Features
  • 7.3. Parameter
  • 7.4. Dimensions:
  • 7.5. Quick to Start
  • 7.6. FAQ
• 8. Sonar:bit
  • 8.1. Introduction
  • 8.2. Characteristics
  • 8.3. Parameter
  • 8.4. Outlook
  • 8.5. Quick to Start
  • 8.6. About
• 9. ring:bit car v2 accelerometer arithmetic
  • 9.1. Required Materials
  • 9.2. Background
  • 9.3. Software
  • 9.4. Coding
  • 9.5. Reference Program
  • 9.6. Result
• 10. case 01 Full speed ahead
  • 10.1. Our Goal
  • 10.2. Requiered Materials
  • 10.3. Hardware Connect
  • 10.4. Software
  • 10.5. Coding
  • 10.6. Completed!
  • 10.7. Think
  • 10.8. Questions
  • 10.9. More Information
• 11. case 02 Make a shape
  • 11.1. Our Goal
  • 11.2. Requiered Materials
  • 11.3. Hardware Connect
  • 11.4. Software
  • 11.5. Coding
  • 11.6. Result
  • 11.7. Think
  • 11.8. Questions
  • 11.9. More Information
• 12. case 03 Turn at an angle
  • 12.1. Our Goal
  • 12.2. Requiered Materials
  • 12.3. Hardware Connect
  • 12.4. Software
  • 12.5. Coding
  • 12.6. Result
  • 12.7. Think
  • 12.8. Questions
  • 12.9. More Information
• 13. case 04 Here comes the police
  • 13.1. Our Goal
  • 13.2. Requiered Materials
  • 13.3. Hardware Connect
  • 13.4. Software
  • 13.5. Coding
  • 13.6. Result
  • 13.7. Think
  • 13.8. Questions
  • 13.9. More Information
• 14. case 05 Crazy dance
  • 14.1. Our Goal
  • 14.2. Requiered Materials
  • 14.3. Hardware Connect
  • 14.4. Software
  • 14.5. Coding
  • 14.6. Result
  • 14.7. Think
  • 14.8. Questions
  • 14.9. More Information
• 15. case 06 Remote Control
  • 15.1. Our Goal
  • 15.2. Requiered Materials
  • 15.3. Background
  • 15.4. Hardware Connect
  • 15.5. Software
  • 15.6. Coding
  • 15.7. Result
  • 15.8. Think
  • 15.9. Questions
  • 15.10. More Information
• 16. case 07 Turns over Detection
  • 16.1. Our Goal
  • 16.2. Requiered Materials
  • 16.3. Hardware Connect
  • 16.4. Software
  • 16.5. Coding
  • 16.6. Result
  • 16.7. Think
  • 16.8. Questions
  • 16.9. More Information
• 17. case 08 Light Follow
  • 17.1. Our Goal
  • 17.2. Requiered Materials
  • 17.3. Hardware Connect
  • 17.4. Software
  • 17.5. Coding
  • 17.6. Result
  • 17.7. Think
  • 17.8. Questions
  • 17.9. More Information
• 18. case 09 Remote Control by an accelerometer
  • 18.1. Our Goal
  • 18.2. Requiered Materials
  • 18.3. Background
  • 18.4. Hardware Connect
  • 18.5. Software
  • 18.6. Coding
  • 18.7. Result
  • 18.8. Think
  • 18.9. Questions
  • 18.10. More Information
• 19. Case 10 Smart Crashproof Car
  • 19.1. Purpose
  • 19.2. Materials
  • 19.3. Hardware Connection
  • 19.4. Software Programming
  • 19.5. Software
  • 19.6. Exploration
  • 19.7. FAQ
• 20. Case 11: Control the Ring:bit Car with the Joystick:bit
  • 20.1. Purpose
  • 20.2. Materials
  • 20.3. Software
  • 20.4. Programming
  • 20.5. Exploration
  • 20.6. FAQ
  • 20.7. Relevant File