Jogait

Jogait is a term used in biomechanics to describe the gait pattern observed during jogging, typically considered a transition between walking and running. At jogging speeds, the body advances with a continuous stride cycle that includes a flight phase, but the mechanics remain distinct from full running.

Common characteristics of jogait include a higher cadence and shorter step length compared with walking, along with reduced double-support time. The gait shows a moderate forward trunk lean, increased knee and hip flexion during stance, and foot strike patterns that vary with speed and footwear, often ranging from midfoot to forefoot contact. Ground reaction forces are larger than walking but smaller than running, and the cadence typically falls between walking and running ranges.

Measurement and variability: gait analysts quantify jogait using speed, cadence (steps per minute), step length, stance time, flight time, and ground-contact time, using tools such as motion capture, force plates, or wearable sensors. Jogait varies with pace, terrain, footwear, fatigue, and individual anatomy, with older individuals or those unaccustomed to jogging often showing slower cadence and longer contact times.

Applications and note: the term jogait is not universally standardized and may be used variably in the literature. It serves to describe the jogging pattern in contrast to walking and running and informs training and injury prevention, emphasizing moderate changes in cadence, stride length, and technique to improve efficiency and reduce loading stresses.