Automotive
Automotive Engineering & Performance Solutions
NOS Manufacturing supports automotive engineering teams, performance programs, and OEM development groups working on systems where performance, fitment, and manufacturability must all align. We validate designs early, resolve fitment and structural uncertainty, and deliver solutions that can be built and tested with confidence.
Automotive Challenges We Solve
Our automotive work commonly involves:
CFD simulation for intake systems, ducting, intercooler routing, and external aerodynamics including downforce and drag
Structural FEA for mounting systems, brackets, and load-bearing components under static and dynamic conditions
3D scanning and reverse engineering of OEM components for fitment reference, modification, or replacement
Composite part and tooling design for body panels, aero components, and structural elements
Prototype development and iteration — 3D printed functional parts and assemblies aligned with real-world constraints
How we engage
Automotive clients typically engage us when facing:
Airflow and performance uncertainty — intake, ducting, or aero geometry that hasn't been validated before fabrication
Structural or mounting concerns — brackets, mounts, and load-bearing components that need analysis before they're built
Fitment challenges within existing platforms — components that need to integrate into tight, constrained envelopes
Missing or legacy reference geometry — OEM or custom parts with no digital data to design from
Rapid development cycles with limited margin for rework or late-stage design changes
What we bring to automotive programs
CFD — airflow & aero
Internal & external
Intake, ducting, intercooler routing | Lift, downforce, drag | Wing geometry and body panels
Structural FEA
Static, fatigue, impact
Mounting systems, brackets, load-bearing components | Goodman criterion fatigue analysis
3D scanning & RE
0.03 mm accuracy
OEM component capture | Fitment reference geometry | Scan-to-CAD for modification or replacement
Additive manufacturing
330 × 330 × 600 mm
±0.15 mm | PA-CF for structural parts | Functional prototypes, intake mockups, tooling
CNC machining
Mill + turning center
3-axis milling 33 × 16.5" | Turning with live tooling | Aluminum, steel, and more
Composite tooling
Layup design & tooling
Body panels, aero components, structural composites | Fiber architecture and mold design
Ready to discuss your automotive program?
If your automotive program has performance uncertainty, design constraints, or manufacturability challenges, we’re available to discuss how we can help.