How to Increase Exit Velocity: Drills, Training, and Benchmarks by Age
Last updated: March 31, 2026
Exit velocity is the single most important number in hitting today. Period. I have spent years working with hitters at every level, from 12U travel ball to college programs, and the one metric that separates consistent hard hitters from everybody else is how fast the ball comes off the bat. Not batting average. Not home runs. Exit velocity tells you the truth about a hitter’s quality of contact before luck, defense, or ballpark dimensions get involved.
In this guide, I am going to break down exactly what exit velocity is, why it matters so much, what the benchmarks are for every age group, and how you can train to increase yours. I will share drills I actually use, strength exercises that move the needle, and the common mistakes I see hitters make when they chase velo without understanding the mechanics behind it. If you are serious about becoming a better hitter, this is where it starts.
What Is Exit Velocity in Baseball?
Exit velocity (EV) is the speed of the baseball immediately after it leaves the bat, measured in miles per hour. Statcast, the tracking system used across Major League Baseball, captures this data using high-speed cameras and radar technology installed in every MLB stadium. When you hear an announcer say a ball was hit at 108 mph, that is the exit velocity reading.
The measurement is taken at the precise moment of contact. It does not account for spin, launch angle, or direction. Those metrics matter too, but exit velocity is the foundation. A ball hit at 95 mph has a dramatically different outcome probability than one hit at 75 mph, regardless of where it goes. According to MLB Statcast data, batted balls with exit velocities above 95 mph result in a batting average of roughly .500 or higher. Below 80 mph, that number drops to around .200.
At the amateur level, devices like the Pocket Radar and Stalker radar guns can measure exit velocity during batting practice. HitTrax and Rapsodo also provide detailed batted ball data in cage settings, making this metric accessible far beyond the big leagues.
Why Exit Velocity Matters More Than You Think
Here is the simple truth: you cannot control where a batted ball goes once it leaves the bat. You can control how hard you hit it. Exit velocity is the one offensive metric that is almost entirely within the hitter’s control, and it has the strongest correlation to offensive production of any batted ball statistic.
MLB data consistently shows that hitters with higher average exit velocities produce better results across every offensive category. Players in the top 10% of exit velocity typically carry OPS numbers above .800. Those in the bottom 10% struggle to stay above .650. The relationship is not subtle. It is direct and measurable.
Craig Hyatt, PhD, a professor of management at Western Carolina University who has researched baseball analytics extensively, has stated: “Exit velocity is the purest measure of a hitter’s ability to generate force. It strips away all the noise of outcomes and tells you what a hitter is physically capable of producing.”
For youth and high school players, exit velocity is increasingly what college recruiters look at first. A high school junior hitting 90+ mph off a tee will get attention regardless of his batting average in a small-sample high school season. The number is objective, repeatable, and comparable across competition levels.
Exit Velocity Benchmarks by Age and Level
One of the most common questions I get is “what should my exit velocity be?” The answer depends on age, physical maturity, and competitive level. Here are the benchmarks I use based on aggregated data from college showcases, MLB Statcast, and youth training facilities across the country.
| Age / Level | Average Exit Velocity (mph) | Above Average (mph) | Elite (mph) |
|---|---|---|---|
| 10-11U | 45-55 | 56-62 | 63+ |
| 12-13U | 55-65 | 66-72 | 73+ |
| 14U | 65-72 | 73-78 | 79+ |
| 15-16U (High School JV) | 72-80 | 81-85 | 86+ |
| 17-18U (High School Varsity) | 80-87 | 88-93 | 94+ |
| College (D1) | 87-93 | 94-98 | 99+ |
| Minor League (MiLB) | 90-96 | 97-102 | 103+ |
| Major League (MLB) | 88-92 (avg EV) | 93-96 | 97+ (top 5%) |
A few things to note. The MLB average exit velocity across all batted balls in 2025 was 88.5 mph. But the league leaders like Aaron Judge consistently average above 95 mph. Judge posted a max exit velocity of 119.2 mph in 2024, and his average exit velocity regularly sits around 96 mph. That gap between average and elite is where games are won. If you want to understand how these numbers translate to actual offensive stats, check out our guide on how to read baseball statistics.
The Science Behind Generating Exit Velocity
Exit velocity is a product of two factors: bat speed and the efficiency of energy transfer at contact. You can break this down further into several contributing variables.
Bat speed is how fast the barrel is moving at the point of contact. It is the primary driver of exit velocity. Research from Driveline Baseball found that for every 1 mph increase in bat speed, exit velocity increases by roughly 1.2 mph when contact quality remains constant. A hitter swinging at 70 mph will generate significantly more exit velocity than one swinging at 60 mph, even with the same bat.
Smash factor is the ratio of exit velocity to bat speed. An ideal smash factor is around 1.35 to 1.40. If you swing the bat at 70 mph and produce an exit velocity of 98 mph, your smash factor is 1.40, which means you are transferring energy efficiently. A smash factor below 1.20 indicates poor contact quality, usually caused by hitting the ball off-center on the barrel or with a glancing blow.
Attack angle refers to the vertical angle of the bat path through the hitting zone. A slight upward swing (between 8 and 15 degrees) matched to the pitch plane maximizes the window for solid contact. This relates directly to launch angle and swing mechanics that we cover in depth elsewhere.
Pitch speed also contributes. The incoming velocity of the pitch adds to exit velocity. A 95 mph fastball hit with the same bat speed will produce a higher exit velocity than an 80 mph changeup. This is why fastballs get hit harder on average even though they are more difficult to time. According to Statcast, the average exit velocity on fastballs (95+ mph) is about 2-3 mph higher than on off-speed pitches.
How to Increase Bat Speed: The Foundation of Exit Velocity
Since bat speed is the number one driver of exit velocity, let me walk you through the most effective methods to increase it. This is not guesswork. These approaches are backed by research from facilities like Driveline Baseball, the American Sports Medicine Institute, and strength and conditioning programs at D1 college programs.
Overload-underload training is the gold standard for bat speed development. This involves swinging bats that are heavier than your game bat (overload) and bats that are lighter (underload) in structured sets. The overload swings build strength through the swing pattern. The underload swings train the nervous system to fire faster. Research published in the Journal of Strength and Conditioning found that a 12-week overload-underload program increased bat speed by 3-5% in college hitters.
Here is a simple protocol I use:
- 5 swings with a bat 4-6 oz heavier than your game bat (overload)
- 5 swings with a bat 4-6 oz lighter than your game bat (underload)
- 5 swings with your game bat
- Repeat for 3-4 rounds, 3 days per week
If you are looking for weighted bat options, our review of weighted bat training covers the best products for this type of work.
Rotational power development in the gym is essential. The swing is a rotational movement driven by the hips and core, not the arms. Exercises that train rotational power directly translate to bat speed. The most effective movements include medicine ball rotational throws, cable woodchops, landmine rotations, and rotational slams. Bobby Tewksbary, a respected hitting instructor who has worked with major league hitters, says: “If you want to hit the ball harder, you need to be more explosive rotationally. Arm strength is almost irrelevant compared to hip and core rotation speed.”
Lower body strength is the engine. The kinetic chain in hitting starts from the ground. Stronger legs produce more ground reaction force, which feeds into hip rotation, which transfers through the core and into the hands. Squats, deadlifts, trap bar jumps, and single-leg work all build the foundation. A study from the National Strength and Conditioning Association showed that collegiate hitters who increased their squat strength by 10% saw a corresponding 3-4% increase in bat speed over a single off-season.
7 Drills to Increase Exit Velocity
These are drills I use regularly with hitters. Each one targets a specific aspect of exit velocity production. You do not need to do all seven every day. Pick 2-3 per session and rotate.
1. Tee work with intent. This sounds basic, but most hitters treat the tee like a warm-up. Instead, every swing off the tee should be a max-effort swing with a focus on barrel accuracy. Set up a quality batting tee at the middle-inside zone, and take 5 sets of 5 swings at full effort. Track your exit velocity with a radar gun or HitTrax if available. The goal is not quantity. It is quality of effort on every single rep.
2. Front toss with focus on the barrel path. Have a partner soft toss from about 15 feet at a slight angle. The slower pitch speed forces you to generate all the exit velocity yourself rather than relying on pitch speed. Focus on driving through the ball with a slight uppercut matching the pitch plane. This is where you learn to feel the difference between a squared-up ball and a mis-hit.
3. Overload-underload rounds. As described above, alternate between heavy, light, and game-weight bats. Do this on a tee or during soft toss. The contrast effect is what drives neurological adaptation and bat speed gains.
4. Medicine ball rotational throws. Stand perpendicular to a wall, about 5-6 feet away. Hold a 6-10 lb medicine ball at your back hip. Rotate explosively and throw the ball into the wall, mimicking your swing pattern. Do 3 sets of 8 throws per side. This builds rotational power that transfers directly to swing speed. For more on these types of exercises, see our guide on compound exercises.
5. Bottom-hand-only swings. Choke up on a light bat or training stick and swing with only your bottom hand (left hand for right-handed hitters). This isolates the lead arm and teaches you to pull through the zone with the lead side, which is critical for generating whip through contact. Do 3 sets of 10 swings.
6. Resistance band swings. Attach a resistance band to a fence or post behind you, then loop it around the bat or your waist. Take full swings against the resistance. This overloads the muscles used in rotation and teaches you to accelerate through resistance rather than decelerating early. Do 3 sets of 8 swings followed by 8 free swings without the band.
7. Live BP with exit velocity tracking. During regular batting practice, set up a radar gun or exit velocity tracker behind the cage pointing at the contact zone. Call out or log every exit velocity reading. This creates accountability and trains intent. Hitters who track their numbers during BP hit 5-8% harder on average than those who just take casual reps, based on data from Driveline Baseball’s cage studies.
Strength Training Program for Exit Velocity
You cannot out-drill a weak body. If you want to increase exit velocity meaningfully, you need a structured strength training program that targets the muscles and movement patterns involved in hitting. Here is a sample two-day split that I recommend for in-season hitters looking to maintain and build power.
| Day A (Lower Body + Rotation) | Sets x Reps | Purpose |
|---|---|---|
| Trap Bar Deadlift | 4 x 5 | Total body power, ground force |
| Bulgarian Split Squat | 3 x 8 each leg | Single-leg strength, hip stability |
| Med Ball Rotational Slam | 3 x 8 each side | Rotational power |
| Cable Pallof Press | 3 x 10 each side | Anti-rotation core strength |
| Hip Thrust | 3 x 10 | Hip extension power |
| Day B (Upper Body + Explosiveness) | Sets x Reps | Purpose |
|---|---|---|
| Bench Press or Push-Up Variation | 4 x 6 | Upper body pressing strength |
| Pull-Ups or Lat Pulldown | 3 x 8 | Lat strength for swing deceleration |
| Landmine Rotation Press | 3 x 8 each side | Rotational power with resistance |
| Band Pull-Aparts | 3 x 15 | Shoulder health and stability |
| Farmer Carries | 3 x 40 yards | Grip strength and total body stability |
Train each day twice per week during the off-season (four total sessions) and once per week during the season (two total sessions). For more exercises that complement this program, check out our article on vertical pull exercises and scapula exercises for shoulder health.
How Your Bat Choice Affects Exit Velocity
The bat you swing matters more than most hitters realize. Bat weight, barrel diameter, material composition, and the sweet spot location all influence your exit velocity output. But the relationship is not as simple as “swing a heavier bat, hit the ball harder.”
Bat weight and the swing speed tradeoff. A heavier bat carries more mass into contact, which theoretically increases exit velocity. But if the added weight slows down your swing speed, you lose more than you gain. Research from the University of Arizona’s Sports Biomechanics Lab found that the optimal bat weight is the heaviest bat a hitter can swing without losing more than 2-3% of their max swing speed. For most high school and college hitters, this sweet spot is between 30-33 oz for wood bats and the equivalent in drop weight for metal and composite bats. Our guide to choosing a baseball bat explains how to find the right weight for your body and swing.
Material matters. BBCOR metal and composite bats generally produce higher exit velocities than wood bats at the same swing speed. The trampoline effect of a composite barrel can add 3-5 mph of exit velocity compared to a maple bat, all else being equal. This is why college and high school leagues use the BBCOR standard, which caps the trampoline effect to keep exit velocities closer to wood bat levels. If you are looking at specific models, our BBCOR bat reviews and best wood bats guide have the data you need.
Sweet spot and barrel profile. Not all contact is equal. The sweet spot, typically located 5-7 inches from the barrel end, is where the coefficient of restitution (COR) is highest. Hitting the ball on the sweet spot versus 2 inches toward the handle can mean a difference of 10-15 mph in exit velocity. Bats with larger barrel diameters (2 3/4″ or 2 5/8″) provide a bigger sweet spot zone, which means more consistent hard contact even on slight mis-hits.
Common Mistakes That Kill Exit Velocity
I see these errors constantly. If you are not hitting the ball as hard as your bat speed suggests you should, one of these is probably the culprit.
1. Casting the hands away from the body. When the hands extend away from the body too early in the swing, you lose leverage and the barrel drags through the zone. This creates a long, sweepy swing that generates bat speed at the wrong point. The barrel needs to be accelerating through contact, not before it. Keeping the hands inside the ball and driving the knob toward the pitch fixes this.
2. Rolling over the top hand too early. If the top hand rolls over before the bat reaches full extension, you get topspin and a weak ground ball. The top hand should stay palm-up through the contact zone. You can feel this by hitting one-handed with your top hand only and holding the finish position. If your palm is facing the ground at extension, you are rolling over too early.
3. Poor weight transfer. Hitters who stay on their back side or drift too far forward never efficiently transfer energy from the ground into the swing. The ideal movement is a controlled stride where the front foot lands firm, the front leg braces, and the hips fire rotationally. Think of it like cracking a whip: the handle (your lower body) has to stop abruptly so the tip (the barrel) can accelerate. For a full breakdown of swing mechanics, read our guide on how to swing a baseball bat.
4. Swinging with the arms instead of the body. Exit velocity comes from the kinetic chain: ground, legs, hips, core, arms, hands, bat. When hitters try to muscle the ball with their arms, they bypass the most powerful links in the chain. The arms should be connectors, not the engine. This is why some smaller players out-hit bigger players. Rotational efficiency beats raw arm strength every time.
5. Decelerating before contact. Some hitters subconsciously slow down the bat before contact, often because they are trying to aim the ball or they lack confidence in their swing. The bat should be at maximum velocity at the point of contact, not before it. Intent is the cure. Swing with the intent to hit through the ball, not to the ball.
6. Using a bat that is too heavy. I see this constantly with young players. Parents buy the heaviest bat they can find thinking it will help their kid hit harder. Instead, the kid’s swing speed drops, his mechanics break down, and his exit velocity actually decreases. Always prioritize bat speed over bat weight. A light bat swung fast will outperform a heavy bat swung slow.
How to Measure and Track Your Exit Velocity
You cannot improve what you do not measure. Here are the tools and methods available for tracking exit velocity at different budget levels.
Budget option: Pocket Radar Ball Coach ($100-200). This handheld radar gun can measure exit velocity when positioned behind the tee or toss machine pointing at the contact point. It is accurate to within 1 mph and is the most affordable option for getting reliable data. We tested this unit extensively in our radar gun review.
Mid-range option: Rapsodo Hitting ($500-1,000). Rapsodo provides exit velocity plus launch angle, distance projections, and spray charts. It uses a combination of radar and camera technology. This is the best option for serious amateur players who want more than just a speed number.
Premium option: HitTrax ($5,000+). HitTrax is the industry standard for batting cage analytics. It tracks exit velocity, launch angle, distance, spray direction, and simulates game results based on your batted ball data. Most training facilities now have HitTrax systems available for session use at $30-60 per hour.
Whichever tool you use, here is how to track effectively:
- Measure off a tee for consistency. Tee work removes the variable of pitch location and timing.
- Take 20-25 max-effort swings per session.
- Record your top exit velocity, average exit velocity, and the percentage of swings above 90% of your max.
- Test every 2-4 weeks under the same conditions to track progress.
- Log your numbers in a spreadsheet or notebook so you can see trends over months, not just individual sessions.
Exit Velocity by the Numbers: MLB Leaderboard Context
Understanding where the best hitters in the world sit on exit velocity helps frame your own development. Here is a look at the recent MLB exit velocity landscape based on Statcast data.
The MLB-wide average exit velocity across all batted balls has hovered between 87.5 and 89.0 mph over the past several seasons. In 2025, it was 88.5 mph. The average max exit velocity (the hardest-hit ball for each player) was 110.2 mph across all qualified hitters.
Aaron Judge has consistently posted the highest average exit velocity in baseball, typically sitting between 95 and 96 mph. His max exit velocity readings have exceeded 119 mph. Giancarlo Stanton holds the Statcast-era record for max exit velocity at 122.4 mph, set in 2024. Oneil Cruz, Shohei Ohtani, and Kyle Schwarber regularly appear in the top 10 for average exit velocity, typically averaging between 93 and 95 mph.
The key takeaway is that the difference between an average MLB hitter and an elite one is about 6-8 mph of average exit velocity. That gap sounds small, but it translates to dramatically different outcomes. The “barrel rate” stat, which measures the percentage of batted balls with optimal exit velocity and launch angle combinations, shows that hitters averaging 93+ mph exit velocity post barrel rates above 10%, while those below 88 mph sit under 5%. For more on understanding these advanced metrics, our baseball stats abbreviations guide and OPS breakdown are useful references.
Youth Player Exit Velocity Development
Developing exit velocity in younger players requires a different approach than what works for high school or college hitters. The priority for players under 14 should be movement quality, coordination, and bat path development, not max effort training or heavy lifting.
Ages 8-11: Focus entirely on swing mechanics and coordination. Use lightweight bats and emphasize contact quality over power. Tee work and soft toss should make up 80% of hitting practice. Introduce the concept of hitting the ball hard, but do not obsess over numbers. Physical maturity will take care of most exit velocity development at this age.
Ages 12-14: This is where you can start introducing overload-underload training with age-appropriate weights (2-3 oz differential). Medicine ball throws and bodyweight exercises like push-ups, pull-ups, and jump squats begin building the athletic foundation. Start measuring exit velocity to create benchmarks, but keep the emphasis on consistent mechanics under increasing effort. At this age, proper bat selection is critical. Our youth baseball bat guide covers the right options by age and league.
Ages 15-18: Now you can train like a serious hitter. Structured weight training, overload-underload protocols, and regular exit velocity testing should all be part of the program. This is the window where the biggest gains happen because physical maturity and training experience come together. A committed 15-year-old can realistically add 8-12 mph of exit velocity over two years with proper training and growth.
The biggest mistake I see with youth development is parents and coaches pushing max-effort training too early. A 10-year-old does not need weighted bat training or exit velocity targets. They need to learn how to swing properly, and the velocity will come as they grow. Rushing this process leads to bad habits and frustration.
How Exit Velocity Connects to Launch Angle and Hard-Hit Rate
Exit velocity alone does not tell the whole story. A 100 mph ground ball and a 100 mph line drive have very different outcomes. That is where launch angle comes in. The combination of exit velocity and launch angle determines the quality of a batted ball.
According to Statcast, the “barrel” classification requires both a high exit velocity and a launch angle between roughly 8 and 32 degrees. A batted ball at 100 mph with a 25-degree launch angle is a barrel. The same exit velocity at a -5 degree launch angle is a hard ground ball, which is significantly less productive.
Hard-hit rate is the percentage of batted balls with exit velocities of 95 mph or above. In MLB, the league average hard-hit rate is approximately 36-38%. Elite hitters like Judge, Ohtani, and Stanton post hard-hit rates above 50%. This metric is valuable because it filters out weak contact and tells you how consistently a hitter is barreling the ball.
For amateur players, I recommend tracking your “quality contact rate,” which is the percentage of swings that exceed 85% of your maximum exit velocity. If your max is 90 mph, you want at least 60% of your swings in BP to exceed 76 mph. This metric trains consistency, not just peak performance. It tells you if you are making quality contact regularly or just occasionally getting one right.
Nutrition and Recovery for Power Hitting
You are not going to add 10 mph to your exit velocity if you are not eating enough or sleeping enough. Power output is directly tied to muscle mass, neuromuscular efficiency, and recovery. Here are the basics that matter.
Caloric intake: Hitters trying to gain strength and power need a caloric surplus. For most high school and college players, this means 2,500-3,500 calories per day depending on body weight and training volume. Undereating is the number one reason I see hitters plateau on strength gains and exit velocity.
Protein: Target 0.8 to 1.0 grams of protein per pound of body weight daily. A 180-pound hitter needs 144-180 grams of protein spread across 4-5 meals. Protein drives muscle repair and growth, which directly supports power output in the swing.
Sleep: Growth hormone is released during deep sleep. Hitters who sleep fewer than 7 hours per night see reduced reaction time, diminished power output, and slower recovery from training. The research from the Stanford Sleep Disorders Clinic found that athletes who extended sleep to 9+ hours per night saw measurable improvements in sprint speed, reaction time, and overall performance. Aim for 8-9 hours minimum during heavy training phases.
Hydration: A 2% drop in hydration leads to a measurable decline in power output and coordination. For a 3-hour practice or game in warm weather, you need 16-24 oz of water per hour minimum. Monitor your urine color as a quick hydration check. Pale yellow is the target.
Frequently Asked Questions About Exit Velocity
What is a good exit velocity for a 14-year-old?
A good exit velocity for a 14-year-old is 73-78 mph off a tee. Elite 14-year-olds hit 79+ mph. Most 14-year-olds average in the 65-72 mph range. Focus on mechanics and bat path at this age rather than chasing a number.
How fast do I need to swing the bat to hit 90 mph exit velocity?
With a smash factor of 1.35, you need a bat speed of approximately 67 mph to produce a 90 mph exit velocity off a tee. Against live pitching (85-90 mph fastball), you can achieve 90 mph exit velocity with bat speeds in the low 60s because the incoming pitch speed adds energy.
Can exit velocity be improved at any age?
Yes. While physical growth is a major factor in youth players, swing mechanics improvements and strength training can increase exit velocity at any age. Adult recreational players in their 30s and 40s routinely add 3-6 mph with proper training. The gains may be smaller and slower than for a 16-year-old, but they are real.
Does a more expensive bat increase exit velocity?
Not necessarily. The difference between a $150 bat and a $400 bat in exit velocity output is typically 1-3 mph at most, assuming both are the same weight and properly sized. A more expensive composite bat may have a slightly larger sweet spot and better feel, but the hitter’s swing is always the bigger variable. Check our best bats for 2025 guide for honest comparisons.
How often should I test my exit velocity?
Test every 2-4 weeks under consistent conditions (same bat, same tee height, same warm-up). Testing more frequently leads to frustration because daily variations of 2-3 mph are normal. What matters is the trend over months, not day-to-day fluctuations.
Is exit velocity or bat speed more important?
Exit velocity is the outcome. Bat speed is the input. You cannot have high exit velocity without adequate bat speed, but you can have high bat speed with poor exit velocity if your contact quality is bad. Train both: increase bat speed through overload-underload and strength work, and improve smash factor through tee work and mechanical refinement.
What is the fastest exit velocity ever recorded in MLB?
The Statcast-era record is 122.4 mph by Giancarlo Stanton. Aaron Judge has also reached 119+ mph on multiple occasions. These numbers represent the absolute ceiling of human performance and are achieved with elite bat speed (80+ mph), perfect contact quality, and high-velocity pitches.
Putting It All Together: Your Exit Velocity Action Plan
Here is a practical 8-week plan to increase your exit velocity. This combines everything covered in this article into an actionable program.
Weeks 1-2 (Baseline): Test your exit velocity on a tee with 20 swings. Record max, average, and quality contact rate. Begin strength training 3x per week using the program above. Start overload-underload bat training 3x per week.
Weeks 3-4 (Build): Add medicine ball rotational throws before hitting sessions. Increase strength training loads by 5-10%. Focus on correcting one mechanical flaw from the common mistakes section. Retest exit velocity at the end of week 4.
Weeks 5-6 (Intensify): Increase overload-underload volume to 4 rounds per session. Add resistance band swings to your drill rotation. Push strength training intensity while maintaining volume. Track quality contact rate during every BP session.
Weeks 7-8 (Peak and test): Reduce strength training volume by 30% to allow recovery and neuromuscular freshening. Maintain swing work intensity. Test exit velocity at the end of week 8 under the same conditions as your baseline test. Expect gains of 2-5 mph if you have been consistent.
Exit velocity is trainable. It is measurable. And it is the single best predictor of hitting success at every level. Whether you are a 12-year-old trying to make your travel team or a college player trying to earn a starting spot, hitting the ball harder is the fastest path to better results. Start measuring, start training with intent, and the numbers will move.
