Ballistic Stretching

Ballistic stretching is a stretching technique that uses relatively rapid, momentum-driven movements, often involving bouncing or repeated movements toward the end of a joint’s available range of motion. Unlike a sustained stretch, the relevant soft tissues are repeatedly placed under stretch and released rather than held in a fixed position .^1,2

Ballistic stretching can acutely increase flexibility and joint range of motion. Available research suggests that both ballistic and dynamic stretching can produce immediate increases in range of motion, without clear evidence that one is consistently superior to the other. Ballistic stretching has been studied less extensively than static and controlled dynamic stretching, particularly for longer-term adaptations .^1,2

Movement velocity and frequency are important characteristics of ballistic stretching. Momentum generated during the movement can expose the muscle-tendon unit to higher lengthening velocities than occur during slower static stretching. The physiological response therefore depends on factors such as movement speed, amplitude, repetition, and the specific muscle and joint being stretched .²

Ballistic stretching is related to, but often distinguished from, dynamic stretching. Dynamic stretching generally uses controlled active movement through a range of motion without holding an end position, whereas ballistic stretching typically involves faster, bouncing or momentum-driven actions. The terms have sometimes been grouped together in research, so the boundary between the two techniques is not always defined consistently .^1,2