The New UV Editor: Goodbye BodyPaint, Hello Speed

A Unified Workspace for Modeling and Texturing

For years, unwrapping models in Cinema 4D meant jumping into BodyPaint 3D. It felt like an entirely separate, outdated program with its own clunky controls, weird shortcuts, and frustrating window layouts. Maxon completely removes that barrier in the 2026.3 update. The new UV Editor lives directly inside the core Cinema 4D system, using the exact same code base as your traditional viewports. As Maxon demonstrates, your standard modeling tools, selection behaviors, and move shortcuts work exactly the same way whether you are tweaking a 3D mesh or editing 2D layout coordinates. Loop selections, ring selections, and soft-selection tools map uniform boundaries into the UV view. This structural symmetry makes fixing texture stretches much faster; you do not have to re-learn tool behavior between stages. The updated backend handles layout data flawlessly, preventing coordinate data corruption during complex unfolding operations on intricate hard-surface panels or organic character models.

Smart Packing and Multi-Tile UDIM Workflows

Getting your texture resolution to look perfectly even across a whole model used to take a lot of guesswork and manual resizing. Maxon addresses this by introducing automated unwrapping and layout tools that behave intelligently. The smart auto-unwrap feature reads the curves of your 3D model and automatically places clean seams, cutting out hours of tedious manual slicing. Once those seams are set, the new packing engine organizes the layout pieces to fill up as much space as possible, leaving very little wasted room on your texture map. Maxon also builds native texel density tools right into the layout panel. This lets you quickly match the pixel resolution across different parts of your project with a single click, ensuring your background assets do not accidentally look sharper or blurrier than your hero objects. For advanced texturing pipelines, the viewport now handles multi-tile UDIM setups automatically, making it easy to pass assets back and forth between Cinema 4D, Substance Painter, and Mari without rebuilding your texture node setups from scratch.

Unbreakable MoGraph: New Cloner Distribution Modes

UV Projection Mode Stops Clone Popping

If you have ever scattered objects across a surface and then had to change the underlying model later, you know the pain of watching your clones fly all over the place. Standard scattering systems pin instances to polygon index numbers; if the polygon count changes, the distribution breaks. Maxon solves this classic headache by introducing the UV Projection mode inside the Cloner object's advanced options. Instead of linking your clones to polygon numbers or point IDs, this mode locks your scattered objects directly to the model's UV map coordinate space. As Maxon highlights, this means you can build your complex clone setups, add effectors, and then safely drop a Subdivision Surface modifier into your object tree without ruining your layout. The clones stay locked in place, scaling and shifting naturally with the surface stretching. This eliminates the popping artifacts that usually ruin animations when a model changes shape or resolution mid-pipeline.

Edge and Rivet Modes for Fast Detailing

Beyond tracking UV spaces, Maxon adds two highly practical layout options to speed up structural detailing: Edge mode and Rivet mode. Edge distribution allows you to snap clones along specific edge selections or procedural edge loops. This is a massive timesaver for hard-surface artists who need to add complex rows of rivets, weld lines, bolts, or cables along panel seams. Rivet mode lets you scatter clones precisely around the borders and corners of individual polygons. Motion designers can use this to quickly build mechanical frames, nested armor plates, or modular screen panels without dealing with complex XPresso setups or manual placement. The clones automatically orient themselves to face outward from the surface normals, keeping your procedural details perfectly aligned even if you apply deformers or live blend shapes to the base model.

Managing Simulations: The Particle Property Manager

All Your Particle Data in One Simple Spreadsheet

Tracking dozens of different forces, groups, and attributes in a large particle simulation can quickly become overwhelming. When your particles are behaving strangely, clicking through emitters, fields, and tags to find the issue ruins your creative flow. To clean up this workflow, Maxon introduces the Particle Property Manager. This new window functions like a master spreadsheet for your entire simulation setup. Instead of hunting through nested emitter tags, fields, and custom nodes, you can see every active particle's velocity, lifespan, rotation, and custom forces in one clean dashboard. Maxon enables direct editing right inside this table. If your particles are moving too quickly or need more weight, you can tweak the global masses, speeds, or radii for specific groups on the fly. This instant overview makes balancing heavy simulation sub-steps much easier, helping you optimize your simulation data before sending files off to the render farm.

Redshift 2026.7: Faster Renders and Better Textures

Texture-Driven Displacement Made Easy

Shading pipelines receive a major efficiency boost in Redshift 2026.7. Maxon updates the DisplacementBlender node to fully support texture-driven displacement maps. In older versions, layering multiple displacement maps, like combining fine skin pores over larger muscle shapes, required heavy vertex-based setups that slowed down your viewports and demanded massive mesh subdivisions. As Maxon demonstrates, the new DisplacementBlender processes these stacked texture heights dynamically at render time. Lookdev artists can now mix, layer, and mask multiple procedural noises or sculpted height maps within a single shader material. This keeps your viewports fast and lightweight while maintaining crisp geometric details and clean ambient occlusion AOVs when it comes time to render, saving huge amounts of system RAM.

Turn Mesh Vertices Into Instant Particles

Optimizing heavy environments is essential for hitting tight deadlines, especially when dealing with millions of background details. Redshift 2026.7 adds the ability to render raw polygon vertices directly as particle points. Instead of setting up new particle emitters or heavy matrix objects to scatter dots, you can use any existing low-poly proxy model. The render engine reads those vertex points and instantly renders them as clean spheres or custom point primitives. This bypasses massive object trees, keeps your scene files lightweight, and reduces your dependency on heavy multi-pass pre-comps for background dust, stars, or UI details.

Hide Ugly Seams With Upgraded Hex Tiling

Repetitive texture patterns are an instant giveaway that an environment is digital, ruining the immersion of your landscapes. The updated Hex Tiling node in Redshift now features a built-in random texture rotation setting. When you throw a ground, dirt, or rock texture across a massive environment layout, enabling this setting automatically twists and breaks up the repeating grid pattern. It smoothly blends the hexagonal edges together, completely erasing visible texture seams. This allows you to create highly realistic, expansive ground surfaces using simple, lightweight image files without increasing your scene memory footprint or creating complex layered materials.