Make robotics your weekend hobby

We are a team of engineers for whom robotics is not a job, but passion. We are excited to discover world of robotics together with you and explore mechanics, electronics, programming, AI and modern mobile robotics systems.

With Robotics Weekends you will build your own mobile robot platform and learn robotics algorithms, systems and sensor integration on practice.

Person working on a small electronic device with visible wiring on a wooden surface

Build your own robot

Discover step-by-step guides to build your own robot, write firmware, and connect it to your PC.

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Become our Patron

Support us on Patreon and get additional bonuses:

  • full tutorials list access
  • access to stl files, drawings and other files to build your robot from scratch
  • influence the future of the project
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Need stl files or already 3D printed parts or electronics components for your robot? Would you like to buy a DIY robot kit? You can always find them in our shop! Worldwide delivery*, and quality control.

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Blog posts

  • Motor Encoders and Closed-Loop Control

    Motor Encoders and Closed-Loop Control

    An encoder provides information about motor shaft rotation. It converts physical rotation into electrical signals that a motor controller can understand. This allows the robot to: Track Distance: Measure exactly...

    Motor Encoders and Closed-Loop Control

    An encoder provides information about motor shaft rotation. It converts physical rotation into electrical signals that a motor controller can understand. This allows the robot to: Track Distance: Measure exactly...

  • Popular Motor Drivers and Controllers for Robotics Projects

    Popular Motor Drivers and Controllers for Robot...

    Robotic control systems, such as microcontrollers and computers, operate at low voltages (typically 5V or 3.3V) and supply very little current, sufficient only for electronics, not for motors. In contrast,...

    Popular Motor Drivers and Controllers for Robot...

    Robotic control systems, such as microcontrollers and computers, operate at low voltages (typically 5V or 3.3V) and supply very little current, sufficient only for electronics, not for motors. In contrast,...

  • 360 Degree 2D LIDAR sensors

    360 Degree 2D LIDAR sensors

    360-degree Light Detection and Ranging sensors (often called as LIDAR) provide continuous spatial data required for mobile robot navigation. Unlike narrow-beam ultrasonic or infrared distance sensors, omnidirectional LIDAR generates real-time...

    360 Degree 2D LIDAR sensors

    360-degree Light Detection and Ranging sensors (often called as LIDAR) provide continuous spatial data required for mobile robot navigation. Unlike narrow-beam ultrasonic or infrared distance sensors, omnidirectional LIDAR generates real-time...

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