News
Roblox Animation Graphs are ready for live games
July 25, 2026
Roblox's visual animation system can now ship in published games. Animation Graphs left beta on July 15 with live playback, real-time debugging, replication support, and more than 280 fixes and improvements since the beta launched.
Before graphs, complex motion blending usually lived in Luau: state transitions, weights, masks, and timing all had to be coordinated in code. The Graph Editor moves that logic into a visual workspace while scripts supply the gameplay parameters.
What changed at full release
- Live-game playback: graphs now run in published experiences
- Runtime debugging: active nodes and parameters light up during tests
- Automatic replication: graphs and parameters replicate in Server and non-Server Authority modes
- Team Create stability: pins, publishing, and multi-editor sessions are more reliable
- Faster editing: copy, paste, duplicate, resize, rename, and insert nodes directly from a connection
Clips and graphs use the same animation asset definition. A script can load either, which makes it possible to replace a simple clip with a graph without rebuilding the surrounding gameplay API.
The node library
| Node | Use |
|---|---|
| Clip / Sequence | Play one animation or a timed series |
| Blend1D / Blend2D | Blend motion using one or two numeric dimensions |
| Select / Priority Select | Switch animation state from parameters |
| Mask | Limit motion to selected joints or body regions |
| Over / Add / Subtract | Layer poses and apply weighted offsets |
Blend nodes now support phase synchronization, which helps keep related motion aligned while weights change. Blend1D can also extrapolate beyond its coordinate bounds instead of stopping at the final authored value.
Scripts set parameters; the graph handles motion
A graph can expose variables such as WalkSpeed, IsCrouching, or MoveDirection. Gameplay code updates the parameter, and the graph decides how clips blend.
local animation = Instance.new("Animation")
animation.AnimationId = "rbxasset://YOUR_GRAPH_ID"
local track = humanoid:LoadAnimation(animation)
track:Play()
track:SetParameter("WalkSpeed", 16)
This creates a clean division of work. A programmer exposes game state; an animator tunes how that state looks without repeatedly editing the transition code.
Where graphs are most useful
- Locomotion that blends idle, walk, sprint, strafe, and slope motion
- Combat layers where the upper body attacks while the lower body moves
- Vehicles or creatures with state-driven motion
- Procedural characters that need reusable parameterized animation
- Teams where animators need to iterate without touching core Luau logic
How to start
- Select a rig with an Animator in the Studio workspace.
- Open the Animation Graph Editor from the Avatar tab.
- Create a graph and add parameters for the game state you need.
- Connect a Clip node to Graph Output, then add blending or selection.
- Playtest and watch the active graph update in real time.
Existing animation scripts are not deprecated. For a single emote or one-shot interaction, a normal clip may still be simpler. Graphs earn their complexity when several clips must respond continuously to gameplay.
AI makes the surrounding code easier, not unnecessary
AI agents can create the scripts that calculate speed, state, or direction and feed those values into a graph. The visual result still needs human tuning. That split fits the broader Roblox direction: automate repetitive plumbing while keeping creators in control of feel and presentation.
Frequently asked questions
What are Roblox Animation Graphs?
Animation Graphs are visual node graphs for blending, sequencing, selecting, masking, and layering character animations in Roblox Studio.
Can Roblox Animation Graphs run in published games?
Yes. The July 15, 2026 full release added live-game playback, removing the beta restriction that limited graphs to local Studio testing.
Do existing Roblox animation scripts still work?
Yes. Existing LoadAnimation workflows continue to work. Animation Graphs are an optional visual system for more complex blending and sequencing.