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Project Goose is a robotics project focused on developing a control system for servo-driven mechanisms using the ESP32-S3 microcontroller and the ESPHome platform. The system will enable control of multiple servo motors with position feedback and current monitoring capabilities for enhanced precision and safety, culminating in a 6 DoF robot arm.

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Project Goose

Overview

Project Goose is an open source robotics initiative focused on developing a 6 Degree of Freedom (DoF) robotic arm with an end effector gripper. The goal is to create a highly capable robotic manipulator through open collaboration and innovation within the robotics community.

Key Features

  • 6 Degrees of Freedom for a wide range of motion and dexterity
  • Approximately 600mm reach to access a large workspace
  • 1kg payload capacity
  • Servo-driven mechanisms using ESP32-S3 microcontroller and ESPHome platform
  • Position feedback and current monitoring for enhanced precision and safety
  • Web-based user interface for configuration and control
  • Extensible design allowing future expansion like IMU integration

Project Scope

  • Develop fully functional firmware for the ESP32-S3 controller
  • Implement servo control, position feedback, current monitoring
  • Create web UI for configuration and control
  • Provide comprehensive documentation, installation guides, specifications
  • Deliver test plans and results validating the system

The project aims to deliver an open source robotic arm leveraging community collaboration while adhering to best practices for documentation and maintainability.

About

Project Goose is a robotics project focused on developing a control system for servo-driven mechanisms using the ESP32-S3 microcontroller and the ESPHome platform. The system will enable control of multiple servo motors with position feedback and current monitoring capabilities for enhanced precision and safety, culminating in a 6 DoF robot arm.

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