Case Study / Formula Student

CAD, composites and engineering development.

Selected Formula Student engineering work across driver controls, aerodynamics and suspension, combining CAD development with composite manufacturing, simulation and prototyping.

CADCFDFEMCarbon fiberPrototyping
Formula Student chassis CAD from selected engineering work

Selected work

Three engineering areas, one development workflow.

01

Formula Student Steering Wheel

The steering wheel was developed in Fusion 360, with mould tooling prepared in Creo. The design used a custom carbon-fiber front plate together with SLS 3D-printed PA components, with emphasis on a lightweight, ergonomic and modular assembly.

Fusion 360CreoCarbon fiberSLS PA
02

Carbon-Fiber Front Wing

The front wing combined full carbon-fiber aerodynamic surfaces and a carbon-fiber spar with water-jet-cut aluminium ribs. CFD work in Simcenter STAR-CCM+ was completed before the final design, while Fusion 360 and Creo were used for CAD and mould development.

Fusion 360CreoSTAR-CCM+Carbon fiber
03

Suspension Wishbones

Carbon-fiber suspension control arms were designed in Fusion 360 and checked with FEM simulations to verify the components against the expected loads. The links used bonded metal rod-end inserts to connect the composite members into the suspension assembly.

Fusion 360FEMCarbon fiberBonded inserts

Engineering approach

Design decisions backed by the next production step.

CAD development in Fusion 360 and Creo
Creo mould design for composite components
CFD analysis in Simcenter STAR-CCM+
FEM checks for suspension components
Carbon-fiber structures and bonded inserts
SLS 3D-printed PA components for modular assemblies

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