Aether Prime Elite: Systems Architecture and Monte Carlo Evaluation of a Modular Interplanetary Freight Transportation Network

Aether Prime Elite is a conceptual modular interplanetary freight transportation architecture evaluated through large-scale Monte Carlo systems modeling.

The architecture separates long-lived orbital transport infrastructure from planetary landing systems through a reusable orbital Mule tug, Shuttle cargo landers, and modular cargo pods. The objective is to investigate whether a modular freight-network approach can improve expected-value logistics performance relative to tanker-dependent interplanetary transportation architectures.

This archive contains:

• Monte Carlo simulation results
• Systems architecture documentation
• Methodology documentation
• Assumptions and parameter ranges
• Reproducibility notes
• Source-code files
• Metadata records
• Validation studies
• Results summaries

Computational workflows, validation sweeps, and optimization studies were executed using Python-based Monte Carlo models in Google Colab and standard Python environments.

Key validation outputs from the Maximum Elite Upgrade configuration include:

• Elite Win Rate: 97.61%
• Overall Win Rate: 100.00%
• Mean Cycle Success: 96.32%
• Mean Delivered Cargo: 115.59 tonnes per cycle
• Median Cost: $1,734 per kilogram
• Probability Cost ≤ $3,000/kg: 97.74%
• Probability ΔV ≥ 5.2 km/s: 100.00%
• Median 50-Cycle Cost: $10.06B

This work represents a conceptual systems-model evaluation and should not be interpreted as experimental validation, certified aerospace engineering, or proof of real-world feasibility.

The archive is intended for research discussion, reproducibility, systems engineering analysis, and long-term scholarly preservation.