The short answer is: there is no single "correct" polycount anymore. In 2026, budgets are driven more by screen size, deformation quality, platform, and how many characters are on screen than by an arbitrary triangle count.
Here are some realistic targets used by many teams today.
| Game Type | Main Character (Triangles) | Notes |
|---|
| Mobile | 20k–60k | Depending on target devices and style |
| Switch-level hardware | 30k–80k | Stylized games often stay lower |
| Indie PC | 50k–120k | Common sweet spot |
| AAA PC/PS5/Xbox | 80k–180k | Hero characters often exceed 150k |
| Cinematic hero | 200k–500k+ | Usually for cinematics, not gameplay |
Those are triangle counts, not quads.
For comparison:
- Faces alone can easily be 8k–20k tris.
- Hair cards add another 20k–80k.
- Clothing accessories often contribute more geometry than the body.
Modern workflow
A common workflow today looks like:
-
Sculpt
- ZBrush
- Blender Sculpt Mode
- Nomad Sculpt (for concepting)
-
Retopology
- Manual where deformation matters
- Automatic where topology is less important
-
UVs
-
Bake
- Normal
- Ambient Occlusion
- Curvature
- Thickness
-
Texture
- Substance 3D Painter
- ArmorPaint
- Quixel
-
Rig
-
LOD generation
LOD generation matters more than shaving a few thousand triangles off the base mesh.
Where to spend polygons
Spend geometry on:
- Face
- Hands
- Shoulders
- Elbows
- Knees
- Silhouette
Reduce geometry on:
- Flat clothing
- Boots
- Belts
- Interior mouth (unless close-up dialogue)
- Hidden body under clothing
A clean silhouette generally matters more than dense flat surfaces.
Retopology approaches
Manual
Still the gold standard for:
- Faces
- Hands
- Shoulders
- Hips
You can place edge loops exactly where deformation needs them.
Automatic
Auto-retopo has improved dramatically.
Good options include:
- Blender's QuadriFlow (built in)
- ZBrush ZRemesher
- Instant Meshes
- Houdini's remeshing tools
A common workflow is:
- Auto-retopo first
- Clean up manually around joints and the face
This saves a lot of time while preserving good animation quality.
Blender add-ons worth considering
Some popular tools are:
RetopoFlow
Probably the most comprehensive retopology add-on for Blender.
Features include:
- PolyStrips
- Contours
- Strokes
- Relax tools
- Shrinkwrap workflow
Excellent for character work.
BSurfaces
Great for drawing topology directly onto a sculpt.
PolyQuilt
Very fast for interactive polygon creation and editing.
Many artists find it significantly speeds up manual retopo.
SpeedRetopo
Focuses on reducing clicks during retopology and can be a good productivity boost if you spend a lot of time creating clean meshes.
Good topology principles
Don't obsess over perfectly even quads.
Instead, prioritize:
- Edge loops around eyes
- Mouth loops
- Nasolabial loop
- Shoulder loops
- Elbow loops
- Knee loops
- Hip loops
These areas determine how well the character animates.
You can safely use triangles and poles in places that don't deform much.
Normal maps vs geometry
Compared to a decade ago, modern hardware lets you keep more actual geometry.
Instead of relying heavily on baked normals for large forms:
- Keep large shapes in geometry.
- Use normal maps for pores, wrinkles, cloth weave, and fine details.
This generally produces better silhouettes and holds up under dynamic lighting.
A practical target
If you're building a high-quality Unreal Engine or Unity character for PC or current-generation consoles in 2026, a solid starting point is:
- Body: 60k–90k triangles
- Clothing: 20k–50k triangles
- Hair: 20k–60k triangles (cards or optimized strands, depending on your rendering approach)
- Accessories: 10k–30k triangles
That typically puts a gameplay-ready hero character in the 100k–180k triangle range, with additional LODs reducing that count significantly for distance rendering.
The most important optimization strategy is to budget geometry where it affects silhouette and deformation, then create effective LODs. A well-optimized 150k-triangle character with good LODs will usually outperform a poorly structured 70k-triangle mesh.
