M1-Robot motor is easily drive four DC motors driving with Arduino so it’s perfect for any robotics project, I thought this would make a fantastic heart for a more powerful robots, So I designed the off-road 4-wheel-drive M1 from the scratch. It’s not just a RC car, it can be programmed to be self-driving follow a set of instructions or even be controlled from a remote computer, and it can be used via game controllers and custom joysticks like a remote control car. Another method to control the robot through a windows-based applications like a rescuer-bot or spy-bot to creep up on your friends, and it can also be controlled autonomously using self-driving code. The robotic possibilities are endless! It’s extremely robust which make it great foundation for all kinds of projects, for M1-Robot I have loads of code examples and even openCV code you can download, these are great regardless of whether you are “just getting started” or you are trying to make your robot doing really cool things. It developed in a low cost material and expendable wheeled-robot. This state-of-the art robot has the potential to be used in rescue, government, and civilian purposes.
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This M1rover package entails basic components while the top plate allows for easy mounting of any sensing, manipulation or computer hardware. Simply attach sensors to the onboard and Rover power supplies to get started.
The Explorer package enables basic indoor and outdoor autonomous functionality, and instate of IP camera I used a mobile phone cam connected to the internet via IP address.
The Explorer package enables basic GPS tracking of course while the vehicle is outdoor, it’s very cool when you watching the coordinates paths in the real-time.
Interacting with the world with a robot arm and a 2 finger 50mm Gripper