Rigging & animation · Intermediate
Gimbal lock
When two rotation axes line up and an object loses a direction of spin
What is gimbal lock?
Gimbal lock is a rotation problem where two of an object’s three rotation axes line up, so turning either one does the same thing and one direction of spin is lost. It happens with Euler rotation, the familiar X, Y and Z angles, and can cause sudden flips in animation.
Think of it like this
Like the nested rings of a gyroscope: tip the middle ring a quarter turn and the inner and outer rings end up spinning around the same line.
Where it fits in a 3D project
- Create
- Surface
- Rig
- Animate
- Render
- Export
Animate: Making things move over time.
How gimbal lock works
- 01Euler rotation applies X, Y and Z turns one after another, in a set order.
- 02Each axis is nested inside the axis applied after it.
- 03Turning the middle axis 90 degrees lines up the other two.
- 04With two axes matched, one direction of rotation becomes unreachable.
Where gimbal lock is used
- Flips, somersaults and tumbling props
- Camera rigs tilting straight up or down
- Shoulder and wrist bones with wide rotations
Beginner tip
Before animating a big rotation, pick a rotation order with the least-used axis in the middle. That keeps the main spin, like a turning wheel, clear of the lock.
Terms related to gimbal lock
- Rigging & animationAnimation curveA line on a graph showing how a value changes over time
- Rigging & animationInterpolationHow software fills in the values between two keyframes
- Software basicsCoordinate spaceThe set of axes that positions and directions are measured against
- Software basicsTransform gizmoThe colored on-screen handles for moving, rotating and scaling objects
- Rigging & animationBoneOne rigid piece of a 3D skeleton that moves the mesh around it
- Rigging & animationGraph editorAn animation editor that draws each animated value as a curve you can reshape
Gimbal lock FAQ
Updated October 29, 2026 · Browse all 3D terms