Aerospace Engineering Consultancy
Full-cycle engineering for general aviation aircraft and UAV systems Aerodynamic analysis, Flight dynamics, Guidance & Control, and Complete Design Optimisation
Elbydee Dynamics is an aerospace engineering consultancy built around one goal: turning ambitious aircraft and UAV concepts into systems that can be designed, tested, integrated, and flown.
We specialise in the complete development cycle of fixed-wing aircraft, UAVs, and advanced aerospace systems. From first-principles concept design and performance analysis to engineering validation, optimisation, and fly-worthy hardware integration.
Our work bridges complex engineering with practical manufacturing insight, allowing us to develop solutions that are not only technically sound, but realistic, buildable, and mission-ready.
Conceptual → preliminary → detailed design. Configuration trade studies, weight & CG optimisation, design for manufacturing via CNC, composites, and 3D printing.
Multidisciplinary design optimisation frameworks, rapid trade studies, research-grade simulations, technical reporting, and consulting.
Range, endurance, climb, ceiling, T/O–L analysis. Propulsion matching (motor–prop–battery), mission profiling, and energy budgeting.
Aero analysis using XFLR5 and OpenVSP. High-fidelity CFD via ANSYS Fluent and STAR-CCM+. Drag breakdown, stability derivatives, CFD-based optimisation.
6-DOF flight dynamics modelling, trim + stability analysis, control surface sizing, and FDM data generation for simulation and autopilot integration.
Guidance law and controller development, trajectory optimisation, robustness / Monte-Carlo testing, and ArduPilot custom controller integration.
MATLAB/Simulink high-fidelity simulations, ArduPilot SITL, closed-loop testing, mission-level simulation, and failure-mode testing.
SolidWorks CAD for airframes and subsystems, attachments, Iron-Bird & fly-worthy integration support, engineering drawings, DXFs, and BOM preparation.
System architecture, wiring and interface diagrams, BOM with vendor sourcing, master documents, SOW and milestone deliverables.
Flight-test data processing, model validation (theory vs flight), parameter estimation, system identification, and autopilot tuning with flight data.
Nimbus Aerospace Co.
Legacy Air I
We begin by understanding your mission requirements, constraints, and objectives — translating operational needs into an engineering specification.
Conceptual to detailed design: aerodynamic analysis, 6-DOF modelling, CFD, propulsion sizing, CAD, and trade studies to converge on the optimal configuration.
SIL/SITL/HIL simulation loops validate performance, stability, and GNC behaviour before any hardware is committed. Monte-Carlo robustness testing included.
Full documentation packages, wiring diagrams, BOM, and Iron-Bird support — with post-flight data analysis and tuning to close the loop.
Whether you need a full design cycle engagement or targeted expertise in a specific domain we are ready to engage.