BallyBot Technology Overview
BallyBot's cutting-edge robotics platform combines advanced hardware and software components to enable seamless interaction, exploration, and innovation. Key technologies include:
Microcontroller
ESP32: A powerful, Wi-Fi and Bluetooth-enabled microcontroller that provides a robust foundation for IoT development and connectivity.
Sensing and Perception
Camera Module: Advanced camera capabilities for computer vision, image processing, and machine learning applications.
Motor Control
Sophisticated Motor Control Systems: Precise and efficient motor control for smooth movement and interaction.
Software Framework
Open-Source Foundation: Leveraging open-source frameworks like ESP-IDF and Arduino libraries to foster community-driven development and innovation.
Extensive Software Support: Comprehensive software tools and libraries for rapid prototyping, development, and deployment.
Key Features
Modular Design: Flexible and adaptable architecture for customization and extension.
Community-Driven: A thriving community of developers, makers, and innovators contributing to and benefiting from BallyBot's ecosystem.
By combining these advanced technologies, BallyBot provides a powerful platform for exploring the frontiers of robotics, computer vision, and IoT development.
Electrical
Hardware
We not only reveal the schmatics to the BallyBot's design, but explain the thought process of behind each decision that lead to the current BallyBot.
Mechanical
Use 3D printing to create custom parts that fit seamlessly with BallyBot's modular design, unlocking endless possibilities.
Firmware &
Software
Browse through the many demos that come with the BallyBot and see what is in development!
One of our core goals is to push the limits of what you can expect a BallyBot to do with our advanced software.