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GAIT

Jog

Jog refers to a moderate-intensity gait movement that falls between walking and sprinting in terms of speed and effort. It is characterized by a steady, rhythmic motion where both feet briefly leave the ground during each stride cycle, though with less force and airtime than sprinting.  The movement involves a continuous sequence of gait phases—heel strike, mid-stance, toe-off, and swing—executed at a controlled pace. Jogging is commonly used in fitness, rehabilitation, and sports performance settings to assess cardiovascular endurance, joint mechanics, and movement efficiency. Jogging can be performed on various surfaces and under different conditions to evaluate adaptability and detect subtle gait deviations. It is often used as a baseline or transitional activity in return-to-play protocols and endurance training programs.

Sprint

Sprint refers to a high-intensity, short-duration gait movement characterised by rapid, explosive forward propulsion using powerful, alternating leg motions. The movement involves a sequence of phases—start, acceleration, maximum velocity, and deceleration—each requiring precise timing and efficient force production. During sprinting, both feet are momentarily off the ground, distinguishing it from walking or jogging. Sprinting is commonly used in performance testing and biomechanical analysis to assess an individual's speed, power, coordination, and neuromuscular control. Sprints are typically assessed over set distances (e.g., 10m, 20m, 40m, 100m) on flat, unobstructed surfaces. Evaluating sprint biomechanics can help detect asymmetries, assess explosive power, and analyse stride length.

Agility

Agility refers to the ability to rapidly change direction, speed, or position in response to a stimulus, while maintaining control and balance. Agility involves a combination of neuromuscular coordination, strength, balance, and cognitive processing. It is often assessed through dynamic movement tasks that challenge an individual's ability to accelerate, decelerate, and redirect motion efficiently. Three examples of agility tests are: 505 agility test, shuttle run, and the t-test.

Free Run

Free run refers to a self-paced, unstructured running activity performed without a fixed distance, route, or surface. Unlike traditional running assessments conducted on flat, unobstructed tracks, a free run typically takes place in natural or urban environments where terrain, elevation, and direction may vary. This form of running emphasizes autonomy and adaptability, allowing the individual to respond to real-world conditions such as turns, inclines, obstacles, and changes in surface texture. Free runs are often used to evaluate how runners adjust their biomechanics and pacing strategies in dynamic settings. Because of its variability, free running can provide insights into functional mobility, decision-making, and environmental interaction that structured tests may not capture.

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Research In Progress