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Motor Control

Definition

The neuromuscular ability to coordinate muscle activation patterns to produce a desired movement. In biomechanical assessment, motor control refers to the ability to use available range of motion under voluntary control. A joint may have full passive ROM but limited active ROM -- the difference is a motor control deficit.

Clinical Significance

Motor control deficits explain why stretching alone often fails to resolve movement restrictions. A client may have adequate passive hip internal rotation but cannot access it during a squat. The tissue length exists, but the neuromuscular system has not learned to use it. Motor control training (targeted exercises that teach the nervous system to access available range) is a distinct intervention from mobility work (increasing tissue length). Confusing the two leads to wasted programming.

How AKMI Assesses This

AKMI identifies motor control deficits by comparing active ROM to passive ROM at each joint. When passive ROM exceeds active ROM by more than 10-15 degrees, a motor control deficit is present. The assessment prescribes motor control drills (controlled movement into available range) rather than stretching for these findings.

Get your general assessed

A biomechanical assessment measures motor control and its relationship to the rest of your structural chain. 18 tests, objective data, personalized programming.