UAV Optimization MATLAB Code

✈️ MATLAB Code Package – UAV Performance Optimization Tool

Design smarter, not harder. This ready-to-use MATLAB code package is built for performance-based UAV optimization, helping you evaluate and refine your aircraft design across multiple configurations with precision.

Perfect for students, researchers, and aerospace enthusiasts aiming to make data-informed design decisions aligned with mission constraints.

🚀 What It Does:

This code performs a complete parametric trade study by varying:

• Wing Loading (W/S)
• Thrust-to-Weight Ratio (T/W)

It calculates:

• Takeoff and landing distances
• Altitude ceiling
• Cruise and stall speeds
• Specific excess power and climb performance
• Mission feasibility against design constraints

Each configuration is automatically analyzed, plotted, and compared to find the optimal design solution.

💼 What You Get:

• Copy-paste-ready MATLAB code in a well-formatted Word document
• Mission template and configurable parameter blocks
• Output visuals: performance curves, contour plots, and constraint validation
• 3x3 sample configuration matrix (customizable)
• Fully editable and adaptable for any fixed-wing UAV design

🛠️ Ideal For:

• Final year UAV design projects
• Aircraft sizing and trade study research
• Constraint analysis based on Raymer's methodology
• MATLAB-based performance validation

No clutter. No complex dependencies. Just clean, ready-to-run MATLAB code in a simple Word file format — paste, tweak, and run.

📥 Instant download. Educational use only.