📷 Open-Source 3D-Printable Document Scanner

This innovative project offers a cost-effective approach for digitizing documents using latest open-source solutions.

Features of the project:
➡️ Utilizes Raspberry Pi 4b and Pi Camera V2 for capturing high-resolution images and conducting advanced image processing.
➡️ Incorporates custom 3D-printed components for housing electronic elements, tailored for document scanning functionality.
➡️ Enhances understanding of hardware integration, software development, and advanced image processing techniques.

This project empowers makers to streamline workflows and serves as a great source of information on 3D design, software development and product management.

⛓ More information...

#projects #raspberry

🤖 Diablo - Self-Balancing Wheeled-Leg Robot

The Diablo is a very interesting robot with a unique combination of agility and style. Powered by six powerful direct-drive motors, Diablo offers unparalleled power, smooth action, and energy efficiency.

Specifications of the robot:
➡️Stand Dimensions: 528 × 366 × 491 mm
➡️Maximum load while standing: 4 kg
➡️Working Voltage: 28-32V
➡️Rated Speed: 115 rpm

The robot boasts an open SDK and comprehensive ROS2 Foxy support. With an extensive documentation, Diablo fosters for collaboration and exploration in robotics.

Features of the robot:
➡️Standing, squatting, and creeping modes
➡️Less than 49 dB noise ensures minimal disruption
➡️Up to 4 hours in creeping mode

In conclusion, Diablo stands as a testament to innovation in robotics, offering a high level of agility, versatility, and performance. Whether for researchers, developers, or enthusiasts, Diablo opens doors to endless possibilities in robotics exploration and development.

⛓ More information...

#robots

📷 Advanced Etch-A-Sketch Camera

This project transforms a simple Etch-A-Sketch into a sophisticated drawing machine, showcasing innovative engineering and advanced algorithms to create high-quality images.

Specifications:
➡️Features power management, motor controls, wireless communication.
➡️Captures images and transmits them over Wi-Fi for AI processing.
➡️Accurately manages motor movements with a feedback loop.

Features:
➡️Converts images into optimized G-Code using AI.
➡️Predicts necessary motor adjustments for improved accuracy.
➡️Algorithm optimizes drawing paths for efficiency.
➡️Simplifies images to make them suitable for drawing.

This project is a fascinating blend of art and technology, perfect for robotics enthusiasts, engineers, and anyone interested in the creative application of advanced algorithms.

More information:
🔗 The hardware files
😹 The GitHub repository
📺 The YouTube video

#projects #esp32 #artificial_intelligence