Airframe and Mission Design
Concept development, requirements translation, layout studies, component selection, and practical design reviews.
Advanced aerospace engineering
AerNovus supports advanced aerospace and uncrewed aircraft programs with design engineering, prototype development, mission systems integration, ground test planning, and validation support.
What we do
AerNovus works with teams developing uncrewed aircraft, mission payloads, autonomy-adjacent hardware, and aerospace test systems that must perform beyond the concept stage. The work connects design, integration, ground test, validation, and documentation into systems that can be built, measured, improved, and delivered.
Capabilities
Concept development, requirements translation, layout studies, component selection, and practical design reviews.
Prototype planning, CAD-informed collaboration, avionics-adjacent electronics, mission payload integration, and iteration.
Purpose-built fixtures, instrumentation, telemetry workflows, ground support equipment, and bench procedures.
Verification plans, troubleshooting, acceptance criteria, ground test reports, and maintainable engineering packages.
Approach
Start with mission profiles, operating conditions, payload needs, interfaces, constraints, risks, and success criteria.
Build prototypes, fixtures, and procedures together so advanced air-system decisions can be verified early.
Use measured results to refine the aircraft, reduce uncertainty, and create documentation that carries the program forward.
Contact
Share the aircraft concept, uncrewed platform, payload, prototype, fixture, or technical roadblock you are working through. A short conversation is usually enough to identify the next useful step.
For advanced aerospace design engineering, development, integration, and testing support.