Shape Rotation

Can you see it from every angle?

How to Play

A target 3D shape sits at the top. From the 4 options below, select the shape that matches the target.
Rotate the shapes along the yaw axix by dragging. This can help you better visualize the rotations.
Shapes get more complex each level

Your score is the highest level you clear with 3 lives.

What is the Shape Rotation Test?

The shape rotation test shows a 3D reference shape and several candidates, and asks which candidate is the same shape seen from a different angle. It is built on Shepard and Metzler's 1971 experiment, which found that people answer as if physically turning a mental image at roughly 60 degrees per second: the bigger the rotation, the longer the decision takes.

What's a good score?

RatingScorePercentile
Spatial GeniusLevel 17+Top 1%
ExcellentLevel 14–16Top 10%
Above AverageLevel 11–13Top 30%
AverageLevel 8–10Top 50%
Below AverageBelow level 8Bottom 50%

Frequently asked questions

What is mental rotation?

The ability to imagine how an object looks from another angle without physically turning it. Research since the 1970s shows the mind seems to rotate images continuously, like turning a real object, rather than jumping straight to the answer. It's a core component of spatial reasoning.

What is a good shape rotation score?

Most players top out between level 8 and 10. Clearing level 11 puts you in roughly the top 30%, level 14 in the top 10%, and level 17 or higher in the top 1%. Higher levels use more complex shapes and subtler rotations, so progress gets steep near the top.

Why does spatial ability matter?

Longitudinal research tracking thousands of students found that spatial ability in adolescence predicts later achievement in science, engineering, and mathematics, even after accounting for verbal and math scores. It also shows up daily: reading maps, packing a trunk, assembling furniture, interpreting technical drawings.

Can mental rotation be trained?

Yes, and more readily than many cognitive skills. Practice on rotation tasks produces real gains that stick around, and training experiments have measured improvements from spatially demanding games, Tetris included. Gains are strongest on the kinds of shapes you actually practice with.