Modo 16 Annual Subscription
Modo as an Annual Subscription.
Go beyond the traditional 3D workflow to an immersive creative environment with Modo's powerful and flexible modeling, texturing and rendering toolset.
Please Note: Modo are no longer offering perpetual licences for their product. Maintenance is still available for customers who previously purchased a perpetual licence.
Modo 16 - Creative 3D Modeling Software
Creative 3D modelling, texturing & rendering tools
Modo is your starting point for creative exploration. Whether you're creating addictive real-time experiences, innovative product designs, compelling advertising images, or engaging film and video content, Modo's artist-friendly tools let you iterate freely to realise your ideas’ full creative potential. Modo delivers enhanced model-bashing tools and workflows, a VR viewport embedded in the UI, iterative design workflows, and vastly improved animation capabilities.
In Modo 16, the Shader Tree has been re-envisioned to be easier to read and offer valuable new workflow capabilities. The new Wrap Effector offers a single, straightforward method to manipulate complex meshes intelligently and efficiently. Primitive Slice, the new Bridge MeshOp and Conditional Loops elevate modelling workflow in exciting new ways, and native Rhino 7 I/O emphasises Modo’s role in manufacturing-oriented asset creation.
What's New in Modo 16?
Primitive Slice / Slice Effector Enhancements
Primitive Slice and the Slice Effector tools enable rapid creation and iteration of boolean modelling from curves and profiles. In 16.0, an array of enhancements has been added to extend the capabilities and interactivity of these tools to expand the freedom of design exploration that Modo’s modelling toolset is already renowned for.
Conditional Loop / Seam Marker
The Conditional Loop Tool builds on powerful existing selection capabilities by allowing artists to define and control how loops are selected. Create how you want, and quickly add conditions that define whether you want to allow loops to cross each other or specify an angle where you want loop selection to end.
Direct and Procedural Modelling
Users can rapidly create and manipulate geometry with a tremendous array of context-aware tools. New additions to the 16 series include the Bridge MeshOp, many enhancements to Slice Effector booleans and Primitive Slice.
MeshFusion Variable Strip Widths
MeshFusion makes it easy to produce detailed, hard surface meshes. Previously, it was easy to put MeshFusion in a state where the mesh can’t be drawn. The new Automated Variable Strip Widths adjusts the start or end values of a strip automatically to ensure that a mesh can be generated and visually notifies users where automatic adjustments have been made.
Organised to guide users through using MeshFusion by following a top to bottom order.
Viewport-focused interaction with intelligent display of only what you need.
Isolation of source meshes without cluttering the viewport
– Exposure of important channels in the viewport and more granular menu’s to facilitate better understanding of properties that are available.
– Selectable corner item and corner item vtab to refine available editable properties.
– Shift-q to hide and reveal selected source items to allow for selection of blocked items
– “Strip per intersection” to simplify fusion item strip complexity and offer a way for users to logically add complexity. Also improves performance.
– Part-based selection workflow for editing strip sides and corner sides properties intuitively
– Use of topology shading for source items and presets to facilitate editing of source items
– Deferred update on by default and strip previews to improve interactivity while preserving feedback on complex models.
Shading that lets users identify how a fusion item was constructed by establishing a relationship between part colors and their boolean role.
Unsmoothed 0 Subd Level
This is a Low Poly Mode allowing for traditional style booleans but with the advantage of strips between intersections.
Accurate edge weighting
Accurate recreation of edge weighted SubD meshes in the fusion item.
Wireframe Quad Display
The fusion item mesh wireframe is now represented as Quads instead of Tri’s improving readability of fusion item topology.
Recent Modo Features
Advanced Real-time Viewport
Ghost & X-Ray viewport modes help you visualise your geometry without leaving the creative flow.
You can also now visualise Weight Maps, UV Distortion, and Vertex Colours in the Advanced Viewport, making it easy to make quick decisions and edits.
You will also find the Advanced Viewport has been optimised for faster Shader Tree and Shader Group processing.
Various speed improvements have been made such as UV Relax Mesh Operation being made multi-threaded offering up to a 5x speed increase, and Edge Remove being improved for between 5x and 20x speed over previous versions.
Bevel Auto Weld
A new option for Polygon Bevel, the Auto Weld tool computes the border loop of selected polygons and then stops the inset vertices at a point of contact.
Edge Chamfer Extend Boundary
The new Extended Boundary option in Edge Chamfer lets you push past the boundary on both procedural and direct modeling versions of Edge Chamfer.
Polygon Make Enhancement
Create a new quad polygon with only two edges selected with Polygon Make.
Polygon Bevel Falloff Controls
You can now use falloffs to control Polygon Bevel.
Curve Sweep Point Mode
Vertices of a mesh can now be swept along a curve using Curve Sweep.
Unwrap and Relax makes quick work of complex UV tasks, and UV Relax can be used to refine an existing UV map in a similar way to the smooth tool being used to soften a model's surface.
Rendering & Shading
Modo has been expanded to offer two new denoising options in addition to Nvidia OptiX denoising - Intel's Open Image Denoise, and AMD AI.
Gaps by Pixel Enhancements
UV Pack and UV Fit mesh ops have new attributes to set the gaps size by pixel.
PBR Loader allows fast loading of PBR textures into the shader tree.
Animation & Rigging
The new IK/FK Switching with Planar IK lets you quickly match IK to FK, and FK back to IK. When animating you can easily visualize your state with fading IK lines and a custom IK Goal for IK or FK. Disable IK enables you to adjust joints after Inverse Kinematics have been applied. Both Full Body and Planar IK can be disabled in setup, and commands have been added to update the Rest Post of both types of IK chains.
With the UsdModo plugin, you can now import assets authored with Pixar's Universal Scene Description to Modo.
Modo Key Features
Draw directly onto selected camera views with the Markup tool, so you can add annotations, notes, and comments to your animations or stills.
Unbevel collapses beveled faces between two selected edge loops. There's also the option to insert new points or remove existing ones along selected edges with the Add Point option for Edge Relax.
Edge Chamfer Enhancements
Profile preset support lets you select a 1D profile shape to determine the shape of the chamfer. When using a profile preset, Reverse Direction allows you to reverse the start and end of the profile curve, while Reverse Depth allows you to reverse the depth direction of the profile shape. This latest update also supports falloff for Edge Chamfer.
The Slide tool has a new Face mode, which allows you to slide a vertex on a connected face.
Surface Strip Embossing
A new workflow that allows you to create embossed surface strips on Fusion Items using simple, Bezier, B-Spline curves, or text.
You can now create vertex maps and set weight values, seams, and RGBA values procedurally. Create Vertex Map, Set Weight, Set Edge Weight, Set Seam, Set RGB, and Select Vertex Map Value are now available as mesh operations.
Shading and Rendering
mPath now supports the rendering of AxF materials, and Light Path Expression names have been simplified, making it easier to work with them in the Shader Tree.
Scale Groups in the Shader Tree
Manually scaling individual texture layers in the Shader Tree may be difficult. The separate layers might not contain the same relative scale or tiling, which means you have to figure out what the relative scaling is. These parameters allow you to scale all layers within a material relative to one another in the Shader Tree.
The X-Ray and Ghost 3D viewport transparency modes have been added to help you differentiate between background and foreground wireframes, so you can easily understand the topology you're working with. This option is especially useful for decluttering heavy wireframe models.
Unwrap & Relax
The Unwrap & Relax tool combines the Unwrap Tool and UV Relax into one tool, allowing you to perform two operations on your UVs in one step to create a UV pelt.
UV Relax Enhancements
The Ignore Edge Selection option has been added to the UV Relax tool. UV Relax is frequently run after Unwrap, which requires edges to be selected. You then need to drop the tool before running UV Relax. When this option is enabled, the UV Relax operation ignores any currently selected edges.
Workflow and UI Improvements
- The Lasso Partial Selection Mode (keyboard shortcut: 8) allows you to select entire edges or polygons by only selecting part of it.
- The Always Raycast Option for Element Move allows you to manipulate polygons in in Wireframe viewport mode. When disabled, only vertices and edges can be edited in Wireframe mode.
- The Use World Transforms option for Falloffs allows falloffs to affect all selected mesh surfaces as one surface and deform them as one. This option has been added to Linear, Cylinder, Radial, Noise, Path, Lasso, and Image Falloff.
- Vortex Deformer has been renamed to Twist Deformer.
- Trackball Rotation is now disabled by default for all viewports.
- Support has been added to numeric arguments in the input remapping system.
Mesh Paint Refinements
Modo's Mesh Paint tool allows you to quickly bash out models and environments faster than ever before. With the ability to paint random presets, you can utilise asset libraries in new and exciting ways, and the new array paint modes give you greater control when painting more ordered collections of objects.
Modelling and Design Enhancements
The Jitter tool has options to randomise the position, scale and rotation of connected geometry within a single Item. It also works with connected selections, allowing you to quickly add subtle realism in situations where previously it would have been difficult. It’s possible to model even faster in a single 3D viewport by moving objects towards you and away from you without having to interact directly with any transform handles.
Mesh Fusion Surface Strips
MeshFusion is significantly enhanced with Surface Strips, an innovative feature that works by allowing the creation of strip geometry or topology that lies flush on any Fusion Item surface. This provides a wide range of opportunities for Post-Fusion modelling with either Procedural operations or direct modelling of the Fusion Output Mesh.
Procedural Mesh Operations
A Triangulate MeshOp lets you export triangulated models in a non- destructive manner. The Merge Mesh operator can read replicator items as geometry inputs, allowing replicated geometry to be manipulated using procedural modelling tools, and providing an easy way to convert a replicator item into a single mesh item for export. It’s possible to modulate the shape of an Item Falloff via the Mini Graph Editor, allowing for a much wider array of falloff effects when rigging or procedural modelling. The Falloff Operator lets you drive Mesh Operation Falloffs via a range of scene and geometric parameters.
Cloud Assets and Foundry Share Site
Cloud Assets can be dragged and dropped into the item tree or directly into the Modo viewport. Just want to download the assets and not apply them to your scene? Use the download badge that appears in the upper left of the preset thumbnail. It’s possible to create any preset type by simply dragging from it's location in the UI into any preset browser.
UV Tools and Workflow Refinements
Modo's fast and nimble workflows continue to be refined, with UI optimisation and new toolbar menu options making it easier to manage 3rd party Modo Add-ons. The Modo Modes toolbar has been re-organised for more consistency, with a number of modes now having improved workflows, vastly reducing the number of clicks involved in a standard Modo modelling session, while the UV viewport has buttons to give easy access to a range of common display options. The Fit UVs command has Gaps options to set border padding. Also, it’s easy to align multiple UV selections in one go.
The Hatchet Collection
Modo comes with a selection of python scripts from the popular Hatchet Collection, enhancing core functionality in Modo and making asset creation even more efficient. There's a wide variety of tools to convert curve types, offset curves, select random, and much more.
Rendering and Shading Improvements
Providing a much more flexible way of rendering specific frames, a frame range channel has been added that controls which frames are to be rendered during animation rendering. The glTF Material Shader allows for complete WYSIWYG between Modo's native renderer, the advanced viewport, and any other application that supports the glTF shading model.
Advanced Viewport GPU Acceleration
The Advanced Viewport in Modo now uses Multi Sample Anti-Aliasing (MSAA) GPU hardware to speed up anti-aliased rendering. This is a faster, rough and ready version of an also-available Supersampling method. The GPU powered Anisotropic texture filtering provides superior viewport texture quality in virtually all cases, at the slight expense of performance.
Modo offers a unique combination of best-in-class direct modelling tools working hand-in-hand with a highly robust and flexible procedural modelling system. Additionally, Modo features the award-winning MeshFusion Boolean tools, integrated sculpting and retopology functionality.
Take the drudgery out of tedious UV creation tasks, with a highly efficient built-in toolset that offers many automated options, supports UDIM workflows, and—unlike some other 3D content creation tools—integrates fully with modelling and selection workflows.
Bring your artistic expression to 3D modelling, as you use Modo's integrated brush-based sculpting tools to intuitively rough out volumes and add multiple levels of fine detail with speed.
Streamline your workflow with fast, flexible layer-based and nodal shading systems for building sophisticated, convincing materials with ease. Drag-and-drop presets let you quickly develop the look you want, or simply select from a huge library of highly realistic physically-based materials.
Enjoy photorealistic rendering at amazing speeds and limitless resolutions—even network rendering is free. Modo's production-proven, physically-based renderer offers a rare blend of speed and quality.
Review textures as you bake and watch them refine progressively. Modo also allows you to tweak settings and make surface changes without waiting for a final render, and it accurately bakes to Unity or Unreal standards with no extra tools required.
Featuring a non-destructive, non-linear toolset and fully-integrated modular workflow, Modo's flexible node-based rigging system lets you easily create, edit, manage and reuse complex character rigs
Incorporating traditional animation techniques applied in innovative ways, Modo's 3D animation framework is highly customisable to meet the most demanding of production challenges.
Modo's rule-based, directable particles work together with the fully-integrated rigid and soft bodies, and procedural shattering, to let you create compelling dynamic simulations in less time.
Hair and Fur
Modo lets you create and manipulate realistic hair, fur, grass, feathers and other fiber-based effects as actual geometry that can be sculpted, shaded and rendered directly in your scene.
Camera and projection tools
Modo’s advanced tools for virtual camera creation and digital matte painting are perfect for set extensions and product placement shots, while the spherical camera rig lets you work with 360° video.
Segment your work into more manageable parts, avoid repetitive modelling tasks and create repeatable looks with saveable, shareable, reusable assemblies and presets. Plus, convert a series of procedural modelling operations into a new specialised tool to share with others.
Collaboration and customisation
With in-viewport support for Unity, Unreal-compatible PBR materials and built-in export tools, Modo delivers a true WYSIWYG asset creation experience for games and VR authoring. Plus, support for a wide range industry-standard file formats, together with Python and macro scripting, means it’s easy to make Modo work in your pipeline.
|Delivery Type||Digital Delivery By Email|
|Processing Time||1 Working Day|
Supported Operating Systems
Mac OS X 10.15.x, 11.x and 12.x
Windows 10 and 11 (64-bit only)
Linux 64-bit operating system (CentOS/RHEL 7.6+)/Ubuntu 20.04
Modo 16.0v1+ has been tested and validated on Apple M1 hardware (Apple Silicon), running under Rosetta 2 emulation.
Minimum Hardware Requirements
Processor: Intel Core i3 or higher,
Storage: At least 10 GB disk space available for full content installation
RAM: At least 4 GB RAM
Display: At least 1280 x 800 pixel resolution
Graphics Card: At least 1GB of video memory / driver support for OpenGL 3.2
AMD Denoiser requires a minimum of 4GB video memory
Recommended Hardware Requirements
Processor: 2.5+ GHz quad-core processor
Storage: 250+ GB disk space available for caching and temporary files. SSD is preferable.
RAM: 16 GB RAM with additional virtual memory*
Display: 1920 x 1080 pixel resolution
Graphics Card: At least 2+ GB of video memory / driver support for OpenGL 4.4 or higher
*Use of virtual memory improves stability and helps prevent data loss on large projects.