Lateral Bound & Stick: A Coach's Guide to Rotational Power and Deceleration

If you want a high school hitter to hit harder, a pitcher to throw faster, and a baserunner to explode out of a lead, train them to move sideways and stop on a dime. That is the lateral bound and stick drill: a single-leg lateral plyometric for braking and re-directing power.

Mechanically, the athlete pushes hard off one leg, flies across their body, and lands frozen on the opposite leg - holding the landing for a two-count without a wobble. It is one of the most transferable lower-half power drills you can put in a program, and it scales perfectly for the 13-18 age group.

Why this drill works

Baseball and softball are played in the frontal and transverse planes - sideways and rotational - far more than straight ahead. The lateral bound trains exactly those planes. Driveline Baseball has been blunt about why most lower-half training falls short:

"The traditional lateral bound only trains the leg musculature in the sagittal and frontal planes, neglecting the transverse (rotational) component." — Kyle Boddy, Founder, Driveline Baseball (source)

That matters because the lateral push is the most game-specific power test we have for throwing athletes. As Driveline summarizes the research:

"It gets athletes out of constantly training in the sagittal plane, and has shown a high correlation to ball velocity when compared to other measures of lower body strength and power, such as medball scoop and squat tosses, unilateral and bilateral vertical jumps, single / triple broad jumps and 10 / 60 yd sprint times (Lehman et al., 2013)." — Driveline Baseball (source)

The "stick" half of the drill is just as important as the bound. Power on the field is capped by an athlete's ability to absorb force before they re-direct it. A hitter loads into the back hip and must brake that energy to fire it rotationally; a baserunner who can't decelerate can't change direction. Sticking a single-leg landing trains that braking under control. Peer-reviewed work supports the payoff: a 2024 study in *Healthcare* on a multicomponent landing-mechanics program found "significant improvements in neuromuscular control and stability during landings, specifically demonstrating reduced medio-lateral forces, vertical momentum, and acceleration during monopodal landings" (Feria-Madueño, Hewett, Dos'Santos, & Sañudo, 2024). Better single-leg landing control means safer knees and more usable power - a win on both ends for a developing high school athlete.

How to run it

Keep it simple and clean. Stand the athlete on one leg with a soft knee, weight in the middle of the foot. Have them hinge back a few inches to load the hip - Driveline cues athletes to "learn to apply more force into the ground, learn to apply that force in the right direction and learn to sequence the segments properly" - then drive sideways off that leg, not up. They land on the opposite leg only and freeze for two full seconds: chest tall, hip back, knee tracking over the toes. Then reset and go back the other way.

Program it early in a session when athletes are fresh, since the quality of the landing is the whole point. A workable dose for high schoolers is 3-4 sets of 4-5 clean sticks per leg, with 60-90 seconds of rest. If you want the full how-to-coach breakdown with setup and a five-step progression, send your athletes to the lateral bound and stick drill page.

Coaching cues that land

• "Push the ground sideways - distance, not height."
• "Land soft, then turn to stone for two counts."
• "Knee over the toes, hip back."
• "Stick it before you even think about the next rep."

The two-second hold is non-negotiable at this stage. If they can't hold it, they jumped too far for their current control.

Common mistakes

The biggest fault is chasing distance before earning the stick. A wobble or a little catch-hop on the landing means the rep didn't count - shorten the bound until every landing is silent and still. The second fault is the knee caving inward on landing; cue it to track over the second toe and stop the set if it keeps collapsing, because that is the injury-risk pattern the landing study was designed to reduce. The third is a stiff, straight-legged landing - athletes must bend to absorb. And finally, rushing: this is a control drill disguised as a power drill.

Where it fits in practice

Use the lateral bound and stick as a dynamic warm-up primer before hitting or throwing - a few clean sticks per leg switch on the hips and glutes and rehearse the load-and-brake pattern. In the off-season it earns a spot in the strength block, performed before heavy lower-body lifts (3-6 sets of 3-5 reps per side, per Driveline's programming guidance). For baserunning, it pairs naturally with crossover and first-step work, because the ability to stop is what lets an athlete start again fast.

How to progress it

1. Stick and hold - clean two-second single-leg landings.
2. Quick-to-stick - shorten ground contact, then re-freeze, adding reactive elasticity.
3. Continuous bounds - rhythmic side-to-side with a brief stick each landing.
4. Rotational lateral bound - add a hip/torso turn on the load to mirror the swing and throw, addressing the transverse-plane gap Boddy describes.
5. Med-ball side toss off the stick - redirect the braked lateral energy into a rotational throw, integrating ground force, deceleration, and rotation in one rep.

Master the stick, then earn the speed, then add the rotation. Run it that way and you build a high school athlete who can produce power, absorb it safely, and change direction on demand - the foundation of both lower-half hitting/throwing power and explosive baserunning.

Sources

• Driveline Baseball — Using Rotational Lateral Bounds to Improve Pelvic Loading and Build Elite Velocity — Kyle Boddy / Driveline on why lateral bounds correlate with ball velocity and the rotational variation.
• Feria-Madueño, Hewett, Dos'Santos & Sañudo (2024), Healthcare — The Effects of a 12-Week Multicomponent Exercise Program on Landing Mechanics in Recreational Athletes — peer-reviewed evidence that targeted training improves single-leg landing control and reduces medio-lateral landing forces.
• Overtime Athletes — Lateral Plyo Progression for Increasing Baseball Exit Velocity — progression model from stability to reactive to rotational lateral plyometrics.