The Effect of the Fidget Cube on Classroom Behavior among Students with Perceived Attention Difficulties

KEmerson et al. (2023) let late-elementary kids keep a Fidget Cube on their desks during math seatwork. The cube was always there. Kids did not earn it. They simply had non-stop access.

The class cycled through ABAB phases: cube, no cube, cube again, no cube. Observers tracked academic engagement, off-task behavior, and math problems finished.

The toy made no dent in attention or work done. Engagement, disruptions, and math scores stayed flat across phases.

Kids actually touched the cube less the second time it returned. Free access seemed to wear out the novelty.

Noda et al. (2009) used the same ABAB classroom design but packaged modeling, prompts, and praise. Sitting posture jumped from 20% to 90%. The cube alone could not match that power.

Rast et al. (1985) showed that a token economy lifted on-task work in a positive-only classroom. Praise without tokens failed. KEmerson et al. (2023) echo the warning: a non-contingent item is not a reinforcer.

McAdam et al. (2005) showed that free access lowers toy value. The cube’s fading use fits that satiation curve.

If a child fidgets, handing over a toy may feel helpful, but this study says it is not enough. Without earning the item or tying it to behavior, attention stays the same and the item quickly loses pull. Save your minutes for contingent reinforcement or teach replacement skills instead.