C3 UAV / COP16 EXHIBITIONFrom a model.
To a mission.
CAD, lightweight structure and assembly contributions to the C3 twin-boom UAV, presented at COP16.
APPLIED ENGINEERING / ARPIAIR DESIGN
CAD design, structural analysis, CFD simulation and UAV development. Complex challenges. Precisely engineered solutions.
We connect design, simulation and engineering development to turn complex concepts into manufacturable, verifiable solutions.
From the first geometry to the final technical detail, we collaborate with companies, startups and research teams on aerospace and mechanical challenges.
Discover our capabilitiesExplore the thinking, analysis and technical work behind our engineering projects.
C3 UAV / COP16 EXHIBITIONCAD, lightweight structure and assembly contributions to the C3 twin-boom UAV, presented at COP16.
02 / CFD & AERODYNAMICS
Transient aerodynamic analysis of a stratospheric lifting body designed to protect a scientific sampling probe during descent.
Aircraft panel repair · Stress, displacement and load transfer.
AIAA RFP concept · Geometry, integration and preliminary verification.
Quadcopter chassis · Asymmetric thrust, stress and deformation.
Focused engineering support, from product geometry to structural and fluid behavior.
Develop the geometry behind your next product. We bring together precise 3D modeling, complex assemblies and manufacturing drawings.
3D models / assemblies / manufacturing drawings
Understand how your design responds to demanding loads through finite element analysis, fatigue assessment and topology optimization.
Stress & displacement results / fatigue assessments / optimization studies
Examine fluid behavior around and within your design through internal and external flow, heat transfer and transient simulations.
Flow simulations / heat-transfer analysis / transient-flow results
Connect concept, design and technical integration, with support for UAV systems and aerospace and mechanical development.
Developed concepts / integrated designs / manufacturing documentation
CATIA V5 · ANSYS · SolidWorks · Solid Edge · Autodesk CFD · Inventor · Fusion 360 · OpenFOAM · Siemens NX · Nastran · MATLAB · Python · XFOIL · AVL · Revit
Align on the requirements, constraints and scope of work. Establish what the project needs to achieve.
Develop the geometry and assess the relevant structural or fluid behavior. Let the analysis inform the design.
Resolve design findings, refine the solution and prepare the agreed engineering deliverables.
Bring us your engineering challenge. Start with a brief description of your project, your goals and your target timeline.
Discuss your projectEngineering collaboration for national
and international projects.