Which of the following is an example of a functional progression test used to guide return-to-play progression?

• A. A hop-landing test evaluating symmetry and mechanics.
• B. A flexible, non-specific walking test.
• C. An assessment based solely on time since injury.
• D. A subjective feeling of readiness.

Answer: (A)

Functional progression tests challenge movement tasks that resemble sport demands and reveal how well an athlete can control strength, stability, and mechanics under load. A hop-landing test fits this approach because it requires a dynamic, plyometric action that stresses the limb during propulsion and impact, while also highlighting symmetry between limbs and quality of movement at landing. Observing how smoothly and symmetrically a person absorbs load, maintains alignment, and controls jump height provides objective insight into readiness to advance in the return-to-play process. If deficiencies appear in landing mechanics or side-to-side differences, it signals that the athlete isn’t yet ready to progress safely, guiding the clinician to adjust progression accordingly.

In contrast, a flexible walking test lacks the sport-specific challenge and doesn’t reliably expose plyometric control or limb symmetry. Relying on time since injury ignores current functional capacity, and a subjective feeling of readiness can be influenced by pain or fear without reflecting actual performance readiness. Thus, the hop-landing test most clearly represents a functional progression assessment used to guide return-to-play decisions.