Conditioning for baseball. Is it built with lots of volume of running? We answer the question.
Baseball Conditioning
Conditioning is not built by simply running until athletes are exhausted. Fatigue is not the same thing as fitness. When baseball players are told to run endless poles—from foul pole to foul pole—what they’re really training is tolerance to boredom and discomfort, not qualities that transfer to the game.
Baseball is not a continuous running sport. It is a repeated sprint sport made up of short, explosive efforts followed by long periods of rest. A swing, a pitch, or a sprint out of the box lasts only a few seconds. Then the athlete recovers. That context matters.
What Kind of “Shape” Does Endless Pole Running Create?
If a baseball player runs poles every practice, they’ll get better at… running poles. They may improve general aerobic capacity, but that does not automatically translate to being a better baseball player. Also the aerobic work is used in the off season furthest away from the actual season as it is the least “sport specific”.
In many cases, excessive running can work against performance:
- Slower first steps due to reduced speed and power qualities
- Accumulated fatigue that lowers practice quality
- Higher injury risk, especially in the hips, hamstrings, and lower back
- Mental burnout from constant grind with no clear purpose or with any positive results
Conditioning that doesn’t match the sport often breaks athletes down instead of building them up.
Baseball Is 90 Feet at a Time
Baseball does not require long-distance running—ever. The longest sprint most players will take is 90 feet, or 30 yards, from home to first base. Maybe they hit a double – and we double those distances – that would be 180 feet or 60 yards. Those two sprints demand acceleration, intent, and coordination, not the ability to jog continuously.
Because of this, baseball conditioning should support:
- Explosive acceleration over 10–30 yards
- The ability to repeat short, high-intensity efforts
- Strong hips and posterior chain strength
- Durability across long seasons and multi-game weeks
Endless running does very little to develop these traits.
Could That Time Be Used Better?
Without question.
Instead of “poles” or other long distance conditioning, athletes would benefit more from:
- Short sprint work (10–30 yards with full recovery)
- Jumping work – broad jumps, hurdle jumps, box jumps, all help develop the power needed for both throwing and hitting.
- Skill development performed while athletes are fresh
- Strength training that improves force production and resilience
- Targeted conditioning that mirrors actual game demands
Shorter, more focused practices often result in better execution, higher effort, and more consistent improvement.
Recovery Is Part of Performance
This is where many programs miss the mark.
Sending athletes home earlier isn’t being soft—it’s being strategic. More time for homework, food, relaxation, and sleep supports:
- Better recovery between practices
- Improved growth and adaptation
- Lower injury risk over the season
- Higher-quality training sessions
If the goal is healthier, more available athletes, unnecessary fatigue is not the answer.
Running Just to Run Doesn’t Build Better Baseball Players
Every conditioning choice should answer a simple question: What quality are we trying to improve? And the coach should be able to answer to question.
If the answer is unclear, or rooted in tradition rather than intent, it’s likely not the best use of an athlete’s time.
Better baseball players are developed by:
- Training speed and power intentionally
- Practicing skills without excessive fatigue
- Building strength and resilience year-round
- Respecting recovery as a critical part of development
If you want faster, healthier, more confident athletes on the field, conditioning must be purposeful—not just exhausting.
👉 Book a free intro session here to see how we train baseball players differently.
At OC Sports Performance, we don’t waste reps or time. We train with intent, track progress, and help athletes become stronger, faster, and more durable—so their work actually shows up between the lines.