Best fit for a Korean CG studio choosing garment software:
- Choose Marvelous Designer when a character garment starts from sewn 2D patterns and needs simulated drape for a game, animation, VFX, or other digital asset.
- Choose CLO when the work combines digital garment design and review with pattern files for an apparel workflow.
- Choose Blender when cloth is one part of a broader mesh-based 3D task already handled in Blender.
- For a hybrid studio, choose per project: the screen asset and the factory package are different deliverables.
A studio making only digital clothing should start with the screen asset, not the physical sample. Marvelous Designer is a focused option for pattern-built, simulated garments; CLO combines digital garment design and simulation with pattern-related workflows; Blender handles cloth inside a general 3D mesh workflow. The best choice follows the file and approval the client expects at the end.
Start with the deliverable
Data table · Scroll horizontally to see all columns. Arrow keys work when focused.
| Option | Construction | Simulation or preview | Documented handoff | Best fit |
|---|---|---|---|---|
| Marvelous Designer | Pattern-based garment construction (official workflow) | Simulation-based draping (official workflow) | USD export includes clothing, avatar, and accessory meshes and materials; options include simulation setup data and rendering thickness (version 12.1 guide) | Screen-bound character clothing for games, animation, VFX, and other CG work |
| CLO | Create pattern pieces and simulate garments on an avatar (official product overview) | CLO describes simulated 3D garments for fit review (official product overview) | Export patterns in DXF formats, including grading information (DXF import/export guide) | Digital garment review that also needs pattern-file workflows |
| Blender | Build a cloth object as a mesh (cloth manual) | Simulate cloth in the general 3D scene with the Cloth Modifier (manual) | Apply the modifier to keep the mesh shape at a chosen frame (manual) | Mesh-based cloth inside an existing Blender project |
For a screen-only job, a useful selection test is whether the team needs to shape a garment through garment patterns or build a mesh directly. For factory-bound work, give pattern output, technical documentation, and agreed production data as much weight as the visual preview. A render can show the look of a garment; the production package must also tell a manufacturing partner what to make.
When Marvelous Designer fits a screen-only garment
Marvelous Designer fits a studio that builds a digital garment from 2D pattern pieces and uses simulation to develop its shape on a character. CLO Virtual Fashion positions it for entertainment and CG work, including games, animation, VFX, character art, and 3D content creation. That makes it a strong candidate when the client approves a screen-ready outfit rather than a physical sample.
Marvelous Designer's official workflow page also lists fabric presets, garment expression based on fabric properties, and high-resolution PBR (physically based rendering) texture maps. These tools address surface appearance alongside the silhouette and drape, which helps a screen-bound team develop both the garment shape and its material look.
Marvelous Designer's USD import and export documentation says the Thick option exports rendering thickness as geometry and Unified UV Coordinates fits pattern texture data within UV coordinates from 0 to 1. The USD compatibility guide also lists an option to include garment simulation data needed for simulation setup.
The USD compatibility guide also lists a Thin export option that omits rendering thickness. Its Garment Animation option saves pattern-cache animation, while Avatar Animation is saved as skeletal animation. For a moving character deliverable, include the animation data the receiving scene needs alongside the garment geometry and materials.
Epic's Unreal Engine 5.8 Panel Cloth Editor overview describes importing external DCC static meshes and building a cloth asset from each. Its described external-DCC path includes separate render and simulation meshes, FBX export, weight transfer, cloth settings, and collision setup.
Choose Marvelous Designer when pattern-based garment construction and simulation solve the central art task, and the output continues to another CG application or engine. A team with factory requirements should compare each candidate's documented outputs against the patterns, grading, measurements, and production records its receiving partner expects.
When CLO deserves a close comparison
CLO is worth comparing when a garment project includes digital review as well as apparel pattern work. CLO describes tools for creating pattern pieces, visualizing garments on an avatar, and refining fit through simulated 3D garments. That combination can suit a team delivering screen visuals alongside pattern files for an apparel workflow.
CLO's product overview describes sketching on an avatar to generate pattern pieces and simulated garments for fit review. Its simulation guide explains that garment patterns drape onto avatars and other collision objects during simulation, with patterns sewn together where seamlines have been set. For a handoff that includes patterns, CLO's DXF import/export guide documents exporting DXF files and choosing whether grading information is included.
Those documented functions make CLO a candidate when a team needs both a digital garment review and pattern files. They do not, on their own, establish that an exported file or package meets a particular factory's requirements. Confirm formats, grading, measurements, and other production information with the receiving partner before committing to the workflow.
When Blender is a suitable general 3D route
Blender suits teams that want cloth work inside an existing general-purpose 3D project. Its official cloth workflow starts by modeling a cloth object as a general shape, designating it as cloth, and simulating it against other scene objects. The Cloth Modifier can interact with modifiers such as Armature and Smooth, so the final form depends on their order in the modifier stack.
That mesh-based route works for tasks such as a simulated cape, scarf, hanging panel, or cloth accessory whose shape and animation belong in the scene. Blender's cloth examples index lists workflows such as cloth on an armature, using simulation to shape or sculpt a mesh, and cloth with wind. The manual also explains that applying the Cloth Modifier freezes the current frame's shape into the mesh, which is useful when the team wants a simulated drape as a fixed asset.
Blender's cloth manual advises that cloth should not penetrate deflection objects because penetration can destabilize simulation, and places the Deflection modifier after other mesh-deforming modifiers. It describes frame calculation as CPU-intensive, with demand and lag varying by computer power and simulation complexity. A cape interacting with a character or prop therefore merits a representative motion test during look development.
Choose it when the studio's existing Blender process and a mesh-based shape meet the brief. Choose a pattern-led garment application when the task calls for garment construction through sewn pattern pieces or apparel-focused pattern outputs.
What changes when a garment must reach a factory?
Run one sample garment through the candidate workflow and ask the receiving factory to confirm that the file formats and fields match its handoff process. A DXF export can carry pattern information, but the factory should verify that its required grading, measurements, annotations, and production details are present and usable.
How a hybrid studio should choose
A hybrid studio can route each project by its last approved deliverable. The same garment may need a visually convincing digital character asset for one client and a production package for another, but those approvals test different properties. Keep the workflow choices explicit by project instead of expecting one export to satisfy both.
Data table · Scroll horizontally to see all columns. Arrow keys work when focused.
| Project deliverable | Strongest starting fit | What the team should produce and validate |
|---|---|---|
| Character outfit for a game, animation, or VFX shot | Marvelous Designer for pattern-led garment construction and simulated drape; Blender for a mesh-led task already inside its scene workflow | Approve the garment's silhouette and motion in the target CG pipeline; for Unreal Engine cloth, plan the engine-side asset, weight, simulation-mesh, and collision steps documented by Epic |
| Digital apparel review plus pattern files | CLO | Review the simulated garment and confirm that the required DXF pattern export, including grading information where needed, works for the recipient |
| Garment intended for physical production | Apparel-development workflow such as CLO's pattern and DXF workflow | Align pattern, grading, measurement, fabric, construction, and annotation data with the receiving partner's handoff |
| Studio delivering both digital content and physical apparel | Use a screen-first CG route for the character asset and an apparel-development route, such as CLO's pattern workflow, for the factory package | Assign an owner and acceptance check to each output, then confirm that the pattern, digital garment, and production records refer to the same approved design |