About this release
Fusion 360 collapses several traditionally separate applications into one. The modelling side is fully parametric with a timeline, so every sketch, extrude, fillet and pattern stays editable in order and changing a dimension near the start regenerates everything downstream. Alongside that sits direct modelling for when you just want to push a face, freeform surfacing for shapes that do not come from dimensions, sheet metal with proper flat patterns, and mesh handling for scanned or imported geometry.
Assemblies are built from joints rather than mates, which means you describe how components move relative to each other and then actually move them to check. Interference detection, motion study, and a full parts structure with revisions come with it. From the assembly you generate drawings with dimensions, sections, detail views, exploded states and parts lists, all of which update when the model changes underneath them.
The manufacturing and analysis sides are what make it unusual. Simulation covers static stress, modal frequency, thermal, buckling and shape optimisation, run against the same model with no export step. The toolpath side generates two, three, four and five axis milling, turning, and cutting operations, with a simulator that shows the tool moving through the stock and a post processor library that writes code for the machine you actually own. Rendering and animation are in there too, for when the part needs to be shown rather than made.
What it does
- Fully parametric modelling with an editable timeline of every operation
- Direct modelling, freeform surfacing, sheet metal and mesh handling
- Joint based assemblies with interference detection and motion study
- Drawings with sections, details, exploded views and parts lists that update
- Simulation for static stress, modal, thermal, buckling and shape optimisation
- Toolpath generation for milling, turning and cutting up to five axis
- Machining simulation showing the tool moving through the stock
- Post processor library covering a wide range of real machines
- Rendering and animation for presentation output
- Version history with branching on every design file
Changes in this version
- Faster regeneration on models with long timelines
- Improved toolpath calculation speed on complex three dimensional surfaces
- Reworked sheet metal rules with better flat pattern accuracy
- Additional post processors added to the library
- Better performance on assemblies with several hundred components
What the package contains
- Autodesk Fusion 360 full offline installer
- Simulation and manufacturing modules
- Post processor library
- Material and appearance libraries for rendering
- Readme with the install order written out step by step
Installation notes
Follow these in order. Most reports of a failed install come from skipping a step rather than from the package itself.
- Remove any earlier installation before you begin.
- Disconnect from the network.
- Extract the archive to a short path such as C:\Setup.
- Run setup as administrator and let the prerequisite components install first.
- Complete the install, then launch once and let the workspace initialise.
- Close it and reconnect to the network.
System requirements
| Operating system | Windows 10 version 22H2 or Windows 11 |
| Processor | 64-bit quad core, 1.7 GHz or faster |
| Memory | 8 GB minimum, 16 GB or more for large assemblies |
| Graphics | GPU with 4 GB VRAM and DirectX 11 support |
| Storage | 12 GB free, SSD recommended |
| Display | 1920 by 1080 or larger |
Things worth knowing
- Model with the timeline in mind, a badly ordered feature history becomes painful to edit later even though it still works.
- Simulation results are an engineering aid, not a substitute for a competent review before anything gets made.
- Check the post processor against your actual machine before cutting anything, a generic post is a good way to break a tool.
Questions about this title
Does it work without a network connection?
Can it replace a separate manufacturing application?
How large an assembly can it handle?
Are the simulation results trustworthy?
What people are saying
Sketch to machine code in one application. The post for my mill was already in the library.
Timeline editing is the whole point. Change a dimension at the start and everything follows.
Shape optimisation cut thirty percent of the material off a bracket and it still passed the stress check.
Listing information
This entry is catalogued under CAD & 3D and carries the tags below. Language coverage is Multilingual, 12 interface languages, and the supported platform list is Windows 10, Windows 11. Version 2.0.21500 is the current catalogued build, last checked 1 week ago, and the entry has been in the index since it was added 3 years ago.