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Fiverr Pro
English
$
USD
I will develop aircraft flight dynamics, uav control systems and matlab simulations
About this Gig
Expert aircraft flight dynamics, UAV control systems, and MATLAB simulations. I provide professional stability analysis, PID/LQR controller design, and Simulink modeling for drones and aerospace vehicles.
I specialize in developing the mathematical foundations of flight, from 6-DOF modeling to autonomous navigation algorithms. Whether you are building a custom VTOL or a fixed-wing UAV, I provide the rigorous simulation data required to tune your flight controller and predict real-world behavior accurately.
Technical Services Included:
- Flight Dynamics Modeling: Comprehensive 6-DOF equations of motion and linearized state-space models.
- Control System Design: Custom PID, LQR, or Robust control laws for attitude and altitude hold.
- MATLAB & Simulink: High-fidelity system simulations, including sensor noise and environmental disturbances.
- Stability Analysis: Root locus, Bode plots, and eigenvalue analysis to ensure handling qualities.
Deliverables:
- MATLAB/Simulink source files and block diagrams
- Detailed stability and performance reports.
- Controller gain values and implementation logic.
Bridge the gap between design and flight. Message me to discuss your control requirements today!
FAQ
1. Do you provide the MATLAB (.m) and Simulink (.slx) source files?
Yes, you will receive all source files, including script initializations and block diagrams. This allows your team to run simulations locally and integrate the logic into your existing workflow.
2. Can you design controllers for VTOL transition flight?
Yes. Transition flight (moving from vertical hover to horizontal forward flight) is one of the most complex control challenges. I can develop blended control laws that manage the handover between rotors and aerodynamic surfaces to ensure a smooth, stable transition.
3. What do you need from me to build a 6-DOF model?
I require your aircraft’s geometric data (from CAD), mass properties (MTOW, Moments of Inertia), and aerodynamic coefficients (usually derived from my CFD service or your wind tunnel data). If you don't have these, we can discuss a combined package to calculate them.
4. Can you help me tune my PID gains for a specific flight controller?
Absolutely. While I work primarily in MATLAB/Simulink, I can translate the simulated gains into parameters compatible with common flight stacks like PX4, ArduPilot, or custom-coded C++ controllers, significantly reducing your "trial and error" flight testing.
7. Is it possible to perform "Monte Carlo" simulations for safety validation?
For high-reliability projects (Premium), I can run Monte Carlo simulations. This involves running thousands of flight iterations with randomized variables to determine the probability of mission success and identify potential edge-case failures.
