extrude, revolve, loft, sweep) that update with design changes. Parametric modelling – Create history-based features (i.e.Sketching – Create and edit sketches with sketch constraints and dimensions.5-axis simultaneous machining – Set up 5-axis operations with tilting, swarf, and multi-axis contour.4-axis machining – Rotate the part using the A axis of your machine to create toolpaths for 4 axis indexing or wrap toolpaths.3+2 machining (5-axis positional) – Reduce the setups required for your job by positioning the stock in different directions through a combination of A, B, or C axis motions.Probing – Leverage on machine probes to locate work offsets.Shape optimisation – Identify unnecessary regions in your design for light weighting using cloud simulation.Event simulation – Ensure your design will withstand impact using cloud simulation.Nonlinear stress – Analyse permanent deformations and nonlinear materials using cloud simulation.Buckling – Predict unexpected failure modes for slender members under compression using cloud simulation.Advanced analysis tools – Use bolt connectors, multiple load cases, and rigid elements in simulation tests or simplify designs by cloning, removing faces, and replacing with primitives.

Export CAD-ready files – Choose a generative design outcome to export using cloud credits, and import the CAD-ready geometries into Fusion 360.

Optimise designs and materials – Evaluate data for each design option to make decisions based on the various tradeoffs that are most critical to your needs.

Generate and explore designs – Simultaneously generate multiple process and performance-aware design options in the cloud.

Define project objectives – Identify your goals, constraints, material and manufacturing options to setup your design study.

Fusion 360 simulation cost