This document contains the complete tutorial of line follower robot building. The schematic diagram and program source code are inclided in the document with some explanation.
This line follower uses:
This is an useful report and you could be need this report for your robotics reference. This report contains 3 main parts. Part I deals with the sensors used in mobile robot positioning, while Part II discusses the methods and techniques that use these sensors. The report is organized in 9 chapters.
Part I: Sensors for Mobile Robot Positioning
1. Sensors for Dead-reckoning
2. Heading Sensors
3. Active Beacons
4. Sensors for Map-based Positioning
This is a very interesting robotic tutorial. You will learn how to build a spy robot (spybot) featured with WiFi connection. This robot needs a network camera and a WiFi router to work as a spy. You need little knowledge of computer networking, especially about Router and IP address configuration.
Visit this page for the tutorial of how to build WiFi SpyBot
This line follower robot is very small and simple. This robot is running fast and follow the line very smoothly. You may see the video here.
Mechanics
All mechanical and electrical parts are mounted on a proto board, and it also constitutes the chasis.
Built based on PIC microcontroller, this robot has multi functions, you might use this robot for several objectives.
The robot’s objectives are the following:
1. Follow a line with sharp turns
2. Maneuver through breaks in the line
3. Detect obstacles and manuever around them
4. Identify colors to be able to locate green and aluminum victims.
You can find the complete tutorial here
Sound activation or tone detector usually used for robot start activation. When a sound received by microphone in tone detector, the robot will start to move.
I’ve collected some schematic diagrams of sound activation as follow:
Sound Activation schematic 1
Sound Activation schematic 2
This book will show you how to make remote-controlled robot, step by step…
Preface:
In recent years robots have captured the interest of more and more people. Thanks to movies and TV, the notion of the robot as a mechanical companion and servant has become a common concept. As interest in robots grew, a number of books showing how to build robots at home began to appear. These books, however, were very technical, showing how to build computer-controlled mobile platforms that are considered by most to be true robots.
This tutorial come from Parallax, will show you how to control the Bluetooth Boe-Bot Robot using Microsoft Robotics Studio.
The Bluetooth Boe-Bot Robot Kit for Microsoft Robotics Studio (MSRS) is a Parallax Boe-Bot Robot and an A7 Engineering eb500-SER Bluetooth module. The eb500 module makes it possible for the Boe-Bot robot
This 
