Some of you may remember the walking iPhone robot that we featured on the site previously, well it looks like another clever modder has turned his iPhone into a robot.
This clever iPhone robot was made using an Arduino CPU board and development environment, a TA7291P motor and it is powered via 4 x AA batteries.
Components and Assembly
The Arduino CPU board is a popular choice among hobbyists and developers due to its versatility and ease of use. It allows for the integration of various sensors and motors, making it ideal for robotics projects. The TA7291P motor driver is used to control the motors, providing the necessary power and direction to move the robot. The use of 4 x AA batteries ensures that the robot has enough power to operate for a reasonable amount of time without being too bulky or heavy.
The assembly of the robot involves connecting the Arduino board to the motor driver and then to the motors. The iPhone is mounted on the robot and connected to the Arduino board via WiFi. This setup allows the iPhone to send commands to the Arduino board, which then controls the motors to move the robot.
Control and Functionality
The robot is controlled via WiFi, which means that it can be operated remotely using an iPhone app or a web interface. This adds a layer of convenience and flexibility, as the user can control the robot from a distance without needing to be physically present. The WiFi control also allows for more complex commands and interactions, such as programming the robot to follow a specific path or perform certain tasks.
Here’s a video of it in action.
The video demonstrates the robot’s ability to move around and respond to commands sent from the iPhone. This showcases the potential of combining everyday devices like smartphones with robotics to create innovative and functional gadgets.
Applications and Future Developments
The concept of turning an iPhone into a robot opens up a wide range of possibilities for both hobbyists and professionals. For instance, such robots could be used for educational purposes, helping students learn about robotics and programming in a hands-on manner. They could also be used in research and development, providing a cost-effective platform for testing new ideas and technologies.
In the future, we can expect to see more advanced versions of such robots, with improved sensors, better battery life, and more sophisticated control systems. The integration of artificial intelligence and machine learning could also enable these robots to perform more complex tasks autonomously, making them even more useful in various applications.
Overall, the iPhone robot is a fascinating example of how technology can be repurposed and combined to create something new and exciting. It highlights the creativity and ingenuity of the maker community and serves as an inspiration for others to explore the possibilities of DIY robotics.
via iPhone World, Cult of Mac, Engadget
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