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Robotics at Home with Raspberry Pi Pico

You're reading from   Robotics at Home with Raspberry Pi Pico Build autonomous robots with the versatile low-cost Raspberry Pi Pico controller and Python

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Product type Paperback
Published in Mar 2023
Publisher Packt
ISBN-13 9781803246079
Length 400 pages
Edition 1st Edition
Languages
Concepts
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Author (1):
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Danny Staple Danny Staple
Author Profile Icon Danny Staple
Danny Staple
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Table of Contents (20) Chapters Close

Preface 1. Part 1: The Basics – Preparing for Robotics with Raspberry Pi Pico
2. Chapter 1: Planning a Robot with Raspberry Pi Pico FREE CHAPTER 3. Chapter 2: Preparing Raspberry Pi Pico 4. Chapter 3: Designing a Robot Chassis in FreeCAD 5. Chapter 4: Building a Robot around Pico 6. Chapter 5: Driving Motors with Raspberry Pi Pico 7. Part 2: Interfacing Raspberry Pi Pico with Simple Sensors and Outputs
8. Chapter 6: Measuring Movement with Encoders on Raspberry Pi Pico 9. Chapter 7: Planning and Shopping for More Devices 10. Chapter 8: Sensing Distances to Detect Objects with Pico 11. Chapter 9: Teleoperating a Raspberry Pi Pico Robot with Bluetooth LE 12. Part 3: Adding More Robotic Behaviors to Raspberry Pi Pico
13. Chapter 10: Using the PID Algorithm to Follow Walls 14. Chapter 11: Controlling Motion with Encoders on Raspberry Pi Pico 15. Chapter 12: Detecting Orientation with an IMU on Raspberry Pi Pico 16. Chapter 13: Determining Position Using Monte Carlo Localization 17. Chapter 14: Continuing Your Journey – Your Next Robot 18. Index 19. Other Books You May Enjoy

Planning your next robot

In Chapter 1, Planning a Robot with Raspberry Pi Pico, we saw a few styles under the What style of robot is suitable? section. Now, inviting a greater level of imagination, let’s revisit how different a robot can be.

Form, shape, and chassis

We’ll start by considering the styles from Chapter 1 again and how you might get there:

Figure 14.9 – Different robot styles

The preceding figure shows four styles of robots. We can now imagine more variations on these:

  1. A larger wheeled platform to hold more sensors and electronics, perhaps with a more interesting wheel arrangement.
  2. A hexapod robot with six legs – for exploring walking and gaits. This will use lots of servo motors.
  3. A robot arm, such as the MeArm mentioned previously. These can be servo motor-based or stepper motor-based.
  4. A quadcopter drone is super-light, but involves more interesting IMU and PID use.

The following diagram...

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