: Storing a "deformed" version of a mesh with the exact same vertex count.
Instead of an artist manually sculpting 500 different facial expressions, machine learning models can now predict how skin and muscle move.
, allows artists to sculpt and author morph targets directly within the Unreal editor. This removes the need for constant back-and-forth between Digital Content Creation (DCC) software like Maya or Blender. AI-Assisted Morphing: New research like MorphAny3D (2026)
—has long been the backbone of facial animation and organic transitions in 3D graphics. By interpolating between a "base" mesh and one or more "target" meshes, creators can simulate complex muscle movements without the overhead of a traditional bone rig. morph target animation new
: In your engine's import dialog, enable "Import Morph Targets" to allow the software to read the extra vertex data. Content Checklist Mesh Consistency
Think of morph targets as "pose presets" for your mesh's vertices.
Morph target animation—also known as blend shapes or shape keys—is undergoing a massive evolution. Traditionally used for facial expressions and character speech, this technology is no longer limited to simple linear shifts between two 3D meshes. : Storing a "deformed" version of a mesh
But why "new"? Because modern GPU power and next-gen engine features (like Unreal Engine 5's MetaHuman and Unity's Digital Human package) have removed the old limitations, allowing artists to sculpt detail pixel-perfectly.
In 2026, tools like have revolutionized this with the Skeletal Mesh Morph Target Editing Tools .
For a fresh and comprehensive look at modern morph target animation (often called ), the most insightful recent resource is the Unity Blog's technical deep dive on "Compute Shader-driven Morph Targets." Why this is a "good" article: This removes the need for constant back-and-forth between
Morph target animation in 2026 is not about replacing traditional methods, but elevating them. It’s about leveraging AI to create faster, more realistic, and more efficient performances that bridge the gap between human artistry and machine precision.
: Search for "Real-Time Neural Morph Targets" for the absolute bleeding edge of the tech.
Linear blends cannot inherently simulate secondary physical effects like skin sliding, muscle bulging, or wrinkling. 2. Hardware-Accelerated and GPU-Driven Morphing