Fusion 360
Fusion 360 is a cloud-based 3D modeling, computer aided design (CAD), computer aided machining (CAM), and computer aided engineering (CAE) platform developed by Autodesk. It combines industrial and mechanical design, simulation, collaboration, and manufacturing into one package. At MUR Motorsports, we use Fusion 360 to create 3D models, run simulations and prepare our designs for manufacturing.
Fusion 360 allows for both parametric and direct modelling making it easier for our entire team to collaborate on components and work as one to design our car.
General Tutorials
Learn Fusion for CAD in 90 Minutes
This tutorial gives a fast-paced introduction to the basics of computer-aided design (CAD) using Fusion 360. Every component in the car requires CAD from envisioning to manufacture.
Learn Fusion for CAD in 90 minutes | Autodesk
3D Modelling (10hr)
This collection is a comprehensive resource that helps create complex 3D shapes and assemblies, from basic sketches to advanced surfaces. The tutorials guide you through part modelling, sculpting, and design refinement.
Focused Tutorials
Sketching (2hr)
Learn the importance of creating 2D and 3D sketches as the basis for solid, surface, or freeform designs. You'll create fully dimensioned and constrained 2D and 3D sketches in Fusion with simple entities such as lines and rectangles and complex entities like splines and blend curves. Through practice, you will understand the importance of user parameters, construction geometry, and thoroughly defined sketches as the foundation of 3D CAD modelling.
Part Modelling (2hr)
Learn how to create 3D models from 2D sketches and the rationale behind selecting specific tools. You'll explore tools like extrude, revolve, and loft, understanding their use cases and necessity. Additionally, you'll learn to manipulate geometry using modification tools like fillets, chamfers, patterns, and direct modeling tools such as press pull and move/copy. Understanding these tools and knowing when to use them is crucial for successful 3D model creation.
Assembly Modelling (2hr)
Learn the fundamental topics and workflows with assembly modelling in Fusion. Get an introduction to the concept of bodies and components, the creation of joints for mechanical motion, and organisation and visualisation options for assemblies. You’ll also learn about derived components, creating designs with external references, and when this is a helpful workflow option.
Drawings (2.5hr)
Learn the process of creating detailed drawings from parts, assembles and animation. Detailed drawings can be a critical step in the production and documentation of a design. Understanding how to accurately dimension and detail drawings is essential in various industries.
Engineering drawings play a key part in manufacturing at MUR Motorsports. Good engineering drawings are critical because they provide precise and detailed representations of components, ensuring accurate communication between design, manufacturing, and assembly teams. They are essential for producing parts to specification and maintaining consistency.
Surface Modelling (2hr)
Get an introduction to surface modelling in Fusion. Discover when and why to use surface modelling and learn how to apply it effectively. While some techniques overlap with solid modelling, we'll explore new tools and unique methods to achieve complex geometry using surface modelling.
Surface modelling plays a crucial role in both aerodynamics and ergonomics. For aerodynamics, surface modelling allows engineers to create smooth, optimised shapes for vehicle bodywork, wings, and other components that reduce drag and improve airflow efficiency. In ergonomics, it helps design components like seats, steering wheels, and control panels with contours that fit the human body comfortably, enhancing the driver’s interaction with the vehicle.
Sheet Metal with Fusion (1hr)
The Fusion Sheet Metal skill path gives you the fundamentals for working with sheet metal. Learn to create flat patterns from 3D models, work with all sorts of bends, customise your materials, practice manufacturing principles, and apply your new skills to real-world projects.
Sheet metal is vital in various areas of vehicle design. In high-voltage and low-voltage systems, it provides durable and protective housings for electrical components, shielding them from heat and damage. In chassis, sheet metal is used for components like the firewall and floor, offering structural integrity while minimising weight. Across all systems, sheet metal helps create strong, lightweight mounting tabs.
Sheet metal with Fusion | Autodesk
Introduction to Design for Manufacturing (7hr)
Explore the design for manufacturing workflow, validate models, and practice creating G-code—the programming language needed to instruct a CNC machine how to move. Practice the basics of part and assembly design, and learn tools such as animation, rendering, and simulations using Fusion.
Introduction to Design for Manufacturing | Autodesk
CAM Strategies for 3 Axis Milling (8hr)
Creating toolpaths for a 3-axis design is only a part of the CAM process. Learn how to prepare a design, set up supporting documentation, and improve efficiency using Fusion. Gain best practices in digital fixturing and work holding, roughing and finishing parts, creating supporting documentation, and learning about templates and operational data reuse.
CAM Strategies for 3-Axis Milling | Autodesk