Running faster in baseball comes down to three things: how you accelerate out of your first few steps, how you move between and around bases, and how much explosive power you can build in training. Unlike track sprinting, baseball speed is almost entirely about short bursts, quick reactions, and directional changes. The longest sprint you’ll ever make is roughly 360 feet around the bases, and most plays are decided in far less distance than that.
For context, the Major League average sprint speed on a competitive play is 27 feet per second. Elite speed starts around 30 ft/sec, a threshold MLB’s Statcast system calls a “Bolt.” On the scouting side, the 60-yard dash is the standard benchmark: sub-6.4 seconds is considered elite for MLB prospects, while anything above 6.7 seconds is now seen as below average at the professional level.
Fix Your First Three Steps
The biggest mechanical difference between baseball players and trained sprinters shows up immediately: the first three steps. Research comparing college baseball players to college sprinters found that baseball players tend to land with their foot too far in front of their body and their knee too straight at ground contact. By the third step, a baseball player’s center of mass is significantly behind where a sprinter’s would be. That’s a problem because it means you’re essentially braking with every step instead of driving forward.
The fix is to push the ground away behind you rather than reaching forward with your feet. Think about your shin angle during those first few steps. It should be angled forward aggressively, not vertical. Your knee should be slightly bent when your foot touches down so you can immediately apply force backward into the ground. Sprinters also drive their swing leg (the one not on the ground) with a much tighter knee tuck, which cycles the leg through faster and sets up the next powerful push. If your knee stays too straight as it swings forward, you’re losing time on every single step.
A useful cue: during your first three steps, imagine you’re pushing a heavy sled. You wouldn’t reach your foot out in front of you. You’d keep your body leaned forward and drive your feet down and back.
Train for Explosive Starts
Baseball rewards the ability to produce a huge amount of force in a tiny window. The Professional Baseball Strength and Conditioning Coaches Society specifically recommends resisted sprinting (using sleds or resistance bands) to improve first-step quickness. Sled pushes and band sprints force you to maintain the forward lean and powerful ground contact that your first few steps demand.
Squats and box jumps build the raw strength and power behind those explosive starts. But the real performance transfer comes from plyometric training, which teaches your muscles to absorb and redirect force faster. Plyometrics for baseball players should follow a progression through the offseason:
- Early offseason: Start with lower-intensity drills like pogo jumps, skipping, and lateral line hops, performed 2 to 3 times per week. These build technique and the ability to maintain short, quick ground contacts.
- Mid offseason: Add higher-intensity work like depth jumps and single-leg hurdle hops. These target maximal force production, training you to generate large ground forces in minimal time.
- Late offseason: Shift to maximal-effort reactive drills like reactive Heidens (lateral bounding with a quick rebound). The goal is sharpening explosiveness so it transfers directly to game situations.
The core idea behind all plyometric training for baseball is reducing the time between landing and pushing off again. Ground contact times under 250 milliseconds develop reactive strength, the kind that helps you explode out of a lead or change direction on a batted ball. Longer ground contacts above that threshold develop raw power. Both matter, but for pure speed on the bases, reactive strength is what separates fast players from everyone else.
Use the Crossover Step for Stealing
When stealing a base, most players use a crossover step: you pivot on your right foot (as a left-side runner) and cross your left foot directly toward the next base. This is faster than a jab step (stepping sideways first, then turning) because it eliminates an entire foot contact from the sequence. With a crossover, your first movement is already directed toward your target. There’s no wasted lateral motion to redirect.
Pair this with visual reaction training. Base stealing decisions are made by what you see, not what you hear, so practicing your jump off visual cues is more effective than reacting to a whistle or verbal command. The specific skill is reading the pitcher’s first movement and reacting instantly. Drills that simulate this, like responding to a ball leaving a coach’s hand, train the perception-to-action connection you actually use in a game. A faster reaction to the pitcher’s move can shave a tenth or two off your jump, which at game speed is the difference between safe and out.
Round the Bases Efficiently
Running in a straight line from base to base is only the fastest option if you’re stopping at the next base. The moment you’re trying to take an extra base, your path matters enormously. Mathematical modeling of the optimal base-running path shows that you should start curving toward the next base well before you reach the one in front of you, beginning your arc roughly 25 degrees to the right of the baseline.
This curved path lets you maintain speed through the base instead of decelerating, planting, and re-accelerating. The difference is significant: in one model, a runner going from home to second on a double took about 10.4 seconds on the optimal curved path compared to 12 seconds running the baseline and stopping at each base. That’s over a full second saved, largely because the runner only slows down slightly before rounding first instead of coming to a near-stop.
The key to a good turn is leaning your body into the curve, similar to how a cyclist leans into a corner. Your inside foot (the left foot, when rounding toward the right) should hit the inside edge of the bag. This lets you push off toward the next base without losing momentum to a wide, looping turn. You’ll naturally slow down slightly as you approach the base, then accelerate out of the turn, hitting your peak speed as you cross the next bag.
Choose the Right Cleats
Footwear traction has a larger impact on sprinting and change-of-direction performance than either shoe weight or forefoot stiffness. Research published in Scientific Reports found that when outsole traction was reduced by just 20%, athletes performed significantly worse in sprinting, jumping, and cutting tests. The mechanism is straightforward: better traction lets you lean harder into the ground and direct more of your force horizontally in the direction you want to go, rather than slipping and wasting energy.
For baseball specifically, this means keeping your cleats in good condition and choosing a stud pattern suited to the surfaces you play on. Metal cleats generally provide better traction on dirt than molded rubber, which is why they’re standard at the college and professional level. On wet or soft fields, longer studs prevent slipping during your first few acceleration steps, where horizontal force production is most critical. If your cleats are worn down or you’re using indoor trainers on a grass or dirt field, you’re leaving speed on the table before you even work on technique.
Put It All Together in Practice
Speed improvement in baseball isn’t about one magic drill. It’s a combination of fixing your acceleration mechanics (forward lean, driving feet behind you, tighter knee tuck), building explosive power through squats, plyometrics, and resisted sprints, and practicing the sport-specific skills of stealing jumps, crossover steps, and efficient base rounding. Most players see the fastest gains from correcting their first three steps, since that’s where baseball players show the biggest mechanical gap compared to trained sprinters.
During the season, maintain your plyometric work at lower volumes and focus on reactive drills that keep your nervous system sharp. Save the heavy strength building for the offseason, and use the progression from low-intensity to high-intensity plyometrics to peak your explosiveness before games start counting.