The current study examined the effect of different rate change approaches on speech movement patterns, including increasing and decreasing speaking rate volitionally, as well as with delayed auditory feedback (DAF). There were 10 participants, five male and five female, with a mean age of 25 years. All were typical speakers. Participants spoke the sentence “Don’t fight or pout over a toy car” under slow, fast and DAF speaking conditions. A total of 5 sensors were glued to each participant’s tongue, teeth, and lips. NDI Wave electromagnetic articulography recorded the articulatory movements from these sensors as the participants spoke. Metrics for the individual movement strokes, or articulatory gestures, were calculated based on the movement speed of the articulators during the target utterance. Ten tokens of the target utterance were analyzed for stroke count, stroke speed, duration, and hull area. Vertical movements of the tongue, jaw, lips, and lip aperture were used to calculate the spatiotemporal index to assess variability in speech movements across 10 sentence repetitions. Statistical analysis revealed that articulatory patterns changed significantly in slower speech. A speaker’s efforts to naturally decrease speech rate affected articulation patterns more than did the fast and DAF conditions. Findings from this study can be used as a foundation for future studies with dysarthric individuals, which may increase our understanding of mechanisms of change in the remediation of disordered speech.