Advanced Aerodynamics
High‑lift systems, wing‑integrated ducts, drag reduction, and stability/tailoring for fixed‑ and rotary‑wing platforms.
Engineering the Future of Flight
We design advanced aerodynamics, propulsion, and flight systems to make aircraft cleaner, quieter, and more capable.
Aerodynamics
Propulsion
CFD & Digital Twins
Systems Engineering
About
Purpose‑built for aerospace innovation
Founded in 2025, Stravellion advances sustainable, efficient, and safe flight. We work with partners across industry and research to move programs from concept to flight‑ready architecture.
Solutions
Where we create impact
Flexible engagement—concept studies, subsystem design, or full vehicle architectures. We integrate seamlessly with existing teams and toolchains.
Propulsion & Energy
Hybrid‑electric and hydrogen concepts, thermal management, intake/duct optimization, and propulsor–airframe integration.
CFD & Digital Twins
High‑fidelity simulation, validation, and model‑based systems engineering to accelerate design iteration.
Flight Systems & Avionics
Requirements, architecture, and verification for guidance, navigation, and control in complex environments.
Technology
Tooling that shortens the path to flight
Our toolchain combines trusted solvers with custom automation. We emphasize reproducibility, traceability, and decision‑grade data.
Simulation Stack
RANS/LES CFD, aero‑structural coupling, acoustic predictions, and thermal networks with automated parameter sweeps.
Optimization
Gradient‑based and evolutionary methods, surrogate modeling, and MDO pipelines for rapid trade studies.
Digital Verification
Hardware‑in‑the‑loop and software‑in‑the‑loop facilities with requirements traceability and test automation.
Quality & Safety: Our processes align with ISO 9001 and AS9100 principles, emphasizing configuration control, peer review, and robust documentation.
Selected Work
Programs & studies
Representative projects from commercial, defense, and research contexts. Details are adapted to respect confidentiality.
Wing‑Integrated Thermal Duct
Aerodynamic integration of a ram‑air duct for fuel‑cell thermal management, delivering reduced drag and improved cooling margin.
Propulsor–Airframe Integration
CFD‑driven nacelle and inlet optimization with propeller slipstream effects for noise and performance objectives.
UAS Aerodynamic Tailoring
Stability augmentation and endurance improvements via planform and control‑law co‑design under mission constraints.
Contact
Let’s build what’s next
For partnerships, media, or opportunities, reach out. We respond promptly.
Careers
We collaborate with exceptional engineers and researchers. If you’re passionate about aerospace innovation, send your profile and interests.