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PX4 Multi-Drone Simulation Project v1.14: Horizon

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@AntonSHBK AntonSHBK released this 28 Dec 09:03
· 2 commits to main since this release

Description:

This release, "Horizon", marks the integration of PX4 v1.14, bringing enhanced stability, improved performance, and expanded capabilities for multi-drone operations. Designed for researchers, developers, and hobbyists, this version includes refined support for advanced G-code-based trajectory planning, scalable multi-drone simulations, and seamless ROS 2 integration.


Key Features:

  1. Full PX4 v1.14 Support:

    • Optimized for the latest PX4 firmware, ensuring compatibility with new flight modes and features.
  2. Advanced G-Code System:

    • Added support for new G-code commands, including circular trajectories, orbital maneuvers, and spiral paths.
    • Enhanced error handling and debugging tools for G-code execution.
  3. Improved Multi-Drone Coordination:

    • Simplified deployment for multi-drone scenarios with robust message protocols.
    • Updated examples for group coordination in simulation.
  4. Gazebo Simulation Enhancements:

    • Added support for custom models and environments with streamlined YAML-based configuration.
    • Improved rendering and physics fidelity for large-scale simulations.
  5. Extensible Drone Controllers:

    • Base classes for custom drone types and new G-code commands.
    • Simplified architecture for integrating user-defined behaviors.

Recommended Use Cases:

  • Academic research in robotics and swarm intelligence.
  • Simulation and testing of autonomous drone missions.
  • Real-world applications like delivery, mapping, and surveillance.

Getting Started:

Refer to the updated [documentation](documentation/main.md) for detailed setup instructions, examples, and advanced usage scenarios.


Known Issues:

  • Compatibility with older PX4 versions is not guaranteed. Users are encouraged to migrate to PX4 v1.14.

Looking Ahead:

Future updates will focus on machine learning integration, real-time obstacle avoidance, and decentralized swarm algorithms. Stay tuned for the next release!