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Power
Power

Bounding

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Exercise demo
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Exaggerated, powerful running strides that maximize air time and horizontal distance per stride — a high-intensity single-leg plyometric that transfers strongly to sprinting.

Detail

Bounding is a continuous, exaggerated running action in which the athlete pushes off one leg into a long, floating stride and lands on the opposite leg, alternating with maximal horizontal (and some vertical) displacement per contact. Variations include alternate-leg bounding (left-right-left), single-leg bounding (same leg repeatedly), and combinations (e.g., double-double, hop-hop-bound patterns).

Technique: drive forward off the support leg with full hip-knee-ankle extension, swing the opposite knee up and through powerfully (high drive knee), use a vigorous arm action, "float," then land on the drive leg's foot and immediately push off again with a short, reactive contact. Maintain tall posture and forward lean appropriate to the goal.

Bounding is high-intensity and largely single-leg, so it imposes high forces on one limb at a time and challenges the hamstrings during the stride/landing — it requires a strength base and good landing/reactive mechanics. It strongly resembles the action of sprinting (acceleration and max velocity) and is used to develop horizontal power, stride length, and reactive strength. Count each foot strike toward foot-contact volume.

Key facts

  • Exaggerated running strides maximizing horizontal distance/air time per contact.
  • Variations: alternate-leg, single-leg, and combination patterns.
  • High-intensity, single-leg — high per-limb force and hamstring demand.
  • High mechanical similarity to sprinting; develops horizontal power and stride length.
  • Requires strength base, good reactive mechanics; each foot strike = one contact.

Connections

Sources

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Established exercise-science consensus; NSCA Essentials of Strength Training & Conditioning. Pages: (general consensus).

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Atlas Connections

Gluteus Maximus
The strongest, largest muscle in the body; the primary hip extensor and a lateral rotator of the femur.
Hamstrings
Three 2-joint muscles — biceps femoris, semitendinosus, semimembranosus — that flex the knee (primary) and extend the hip (secondary); knee-flexion ROM 125°.
Acceleration vs Max-Velocity TrainingClosely related
Acceleration training develops the leaning, horizontal-force "drive" phase; max-velocity training develops the upright, reactive top-speed phase — they need different drills, distances, and cues.
Broad Jump (Standing Long Jump)Closely related
A maximal horizontal jump for distance from a two-foot takeoff — trains horizontal power and the posterior chain.
Plyometrics (Definition)Closely related
Quick, powerful movements that use a rapid eccentric pre-stretch immediately followed by an explosive concentric action — training the stretch-shortening cycle to produce more power.
Single-Leg HopsClosely related
Repeated hops on one leg for height or distance — a high-intensity drill that doubles per-limb load and builds single-leg reactive strength and stability.
Skater HopsClosely related
Continuous side-to-side single-leg hops mimicking a speed skater — trains frontal-plane power, lateral stability, and reactive change-of-direction control.
Sprint MechanicsClosely related
Sprinting has two distinct phases — acceleration (driving from low and leaning) and maximum velocity (tall, cyclical, reactive) — each with its own posture and force-application pattern.