AI-Driven Rocket Design & Simulation with OpenRocket

AI-Driven Rocket Design & Simulation with OpenRocket

This skill facilitates headless rocket design, simulation, and optimization using OpenRocket's Java core engine. It includes the rocket-sim command line interface (CLI) tool for conducting batch simulations and parameter sweeps, alongside an AI-driven optimization loop using Claude.

What this skill does

• Designs model rockets programmatically using OpenRocket's engine.
• Runs headless flight simulations, providing detailed output in JSON format.
• Optimizes rocket designs for various parameters such as altitude, stability, and velocity through AI-driven methods.
• Enables batch-processing of .ork files and conducts parameter sweeps over different launch conditions.
• Facilitates the creation of a simulation pipeline or API wrapper for further integration.
• Exports designs for 3D printing or laser cutting.

Who it is for

• Developers and software engineers working with AI coding agents such as Claude Code, Cursor, and Codex.
• Teams focused on implementing and testing rocket designs programmatically.
• Aerospace engineers and educators involved in model rocketry and flight simulations.

Use cases

• Designing and optimizing model rockets for educational or experimental purposes.
• Automating large-scale flight simulations without GUI interaction.
• Using AI to optimize designs based on specific flight performance criteria.
• Creating customized rocket designs for 3D printing or laser cutting, tailored via simulation data.

Technical details

• Uses OpenRocket's Java core for backend processes.
• Employs the rocket-sim CLI for design inspection, simulations, event timelines, and parameter sweeps.
• Requires Java 17 for execution.
• Incorporates Claude-driven optimization techniques to enhance design outcomes.

Source & Licence

This package is built on open-source work published by broomva (broomva/skills) and distributed under MIT. The original licence text and copyright notice are included in your download.

Personal and commercial use, modification and redistribution are permitted, provided the original copyright and licence notice are retained.

Your purchase covers curation, licence verification, packaging, documentation and instant delivery. It does not grant exclusive rights to the underlying open-source code, which remains available under its original licence.

Delivery & Support

• Delivery: instant — a secure download link is emailed to you as soon as payment is confirmed.
• Format: ZIP archive containing the skill files, documentation and the original licence.
• Support: support@mcpcart.com — we aim to reply within 2 business days.
• Updates: updates are included only where stated on this page.

Refunds

This is a digital product delivered immediately after purchase. By completing your order you request immediate delivery and acknowledge that, once the download has been accessed, the statutory right to cancel no longer applies to the extent permitted by law. Refund requests are handled in accordance with our published Refund Policy.

Claude, Codex, Gemini and Cursor are trademarks of their respective owners. MCP Cart is an independent marketplace and is not affiliated with, endorsed by, or sponsored by any of them. Compatibility references describe interoperability only.