The workload nobody counts

What the books count

Start inside one organization, because Little League is the cleanest comparison the sport offers. One body, the doorway where enormous numbers of players first meet an organized rulebook, publishes a baseball book and a softball book side by side, and the two can be read against each other line by line. Its baseball book governs pitching by a tiered pitch count, 50 a day at league ages 6 through 8 rising to 95 at 13 through 16, with rest days that scale to the pitches thrown. Its softball book counts a different unit. Innings. Twelve in a day at the younger divisions, a rest day after seven, and one pitch charges a full inning.

An inning is not a unit of work. By the book's own rule a single pitch charges one, and a long frame charges the same one. Then the counting stops where the workload peaks. In Little League Softball's Junior and Senior divisions, roughly ages 13 to 16, no pitching restrictions apply at all. The same organization counts every pitch its baseball pitchers throw, girls included, and counts nothing its Junior and Senior softball pitchers throw.

From there the ladder climbs to school ball, and the pattern climbs with it. At that layer one body writes both books, the National Federation of State High School Associations, the NFHS. Its baseball rules require every state association to set pitching limits based on pitches thrown, with required rest between appearances. Its softball rules carry no such requirement, though the committee's pen has been busy. In 2024 it legalized the leap, both feet airborne in the delivery, it has adjusted the pivot foot and the approved drying agents, and its wristband rule governs the playcards teams wear to call pitches. How she throws, what dries her hand, how the call reaches her. Not how much she throws. At the top of the sport, at the 2019 NCAA Austin Regional, Texas's Miranda Elish threw 440 pitches over three days, 429 of them across the final two, in five appearances, and broke no rule.

Pitching is not the only count that changes as she climbs. Heat runs the same ladder, and it reads just as unevenly. Some school associations write hard numbers into their rulebooks and others leave it to guidance, the NFHS publishes guidance and leaves the numbers to each state, and the fifty answers are a patchwork nobody has assembled.

On the travel side the answers thin out. USSSA, the United States Specialty Sports Association, runs state bodies that publish a heat policy of their own, built on heat index. Premier Girls Fastpitch and Triple Crown play under NFHS softball rules, which mandate no heat protocol. The Alliance Fastpitch's national event rules leave weather delays and cancellations to the complex or event umpire in chief. And Perfect Game's softball pages surfaced nothing. The strongest school rules use a wet bulb globe reading, a device that measures sun, wind, and humidity together, where heat index reads temperature and humidity alone. Point both instruments at the same field on the same afternoon and they will hand back two different numbers on two different scales, so what the day reads depends on whose rulebook is doing the reading.

What a weekend measures

The sport's best evidence looked at exactly the schedule its books allow. Researchers followed fourteen fastpitch softball pitchers, ages 14 to 18, through two and three-day sanctioned tournament weekends, measuring strength with a dynamometer and pain and fatigue on a ten-point scale, morning and night.

Across a tournament, reported shoulder pain rose two and a half points and fatigue three and a half. Strength fell in eight of nine tests. And the finding underneath the findings, the next morning's baseline never returned to the last one. The weekend outran overnight recovery, day after day. One honest caveat rides with it, the study found no straight line between pitches thrown and symptoms, so it proves the pattern of a weekend rather than a magic number, and its authors call for more research.

Two more published pieces frame it. Where researchers counted everything a varsity softball pitcher threw, warm-ups and bullpens included, the share exceeding published recommendations doubled, from one pitcher in four to one in two. Counting everything changed the answer. And the loads themselves are measured. On one pitch the windmill's pull at the shoulder can pass the pitcher's full bodyweight, so a 140-pound pitcher's shoulder holds back roughly 140 pounds on the follow-through, pitch after pitch, and the published biomechanics place those stresses in the same class as the overhand delivery whose every pitch the rulebooks count. Underhand pitching drew little study for years, and the researchers themselves suggested a perception of lower stress may explain the neglect. The measurements now sit beside the perception.

Numbers do exist, one book over. The American Orthopaedic Society for Sports Medicine publishes softball pitching guidelines through its STOP Sports Injuries campaign, pitch limits included, and the sport's peer-reviewed record states plainly that those guidelines have yet to be formally adopted by USA Softball. Medicine has the numbers. The rulebooks have not adopted them. The same record describes those numbers as built on softball's own epidemiological and biomechanical research, so the arithmetic is the sport's, waiting for a book to carry it.

The catcher's uncounted day

Now watch the player the books barely mention. The catcher returns the ball pitch after pitch, in gear, from a crouch, and explodes out of deep knee bend for bunts, slaps, and steals, because the bases sit just sixty feet apart and her throw has to beat a runner who is already moving. The position's pop times and back-picks are clocked to the hundredth of a second, which is exactly the explosion the showcase circuit measures her on. The heat she produces that explosion in goes unmeasured on most of the same circuit. She blocks what the dirt takes, wild pitches and the drop balls that live down there by design. Friday she may catch both ends of a doubleheader, then five more on Saturday, and here comes Sunday. Hers is also the heaviest heat setup on the field, gear over a uniform in direct sun, and the between-innings rest everyone else gets is where her gear comes off and goes back on, where the warm-up tosses get caught, and where she was already working before first pitch, warming a pitcher while her teammates stretched. Her workload is uncounted and her heat load is unquantified, two absences from two different literatures, landing on the same player.

Of the rulebooks read, one treats her position as workload, and it belongs to baseball. Little League's crossover rules, a player who catches four innings may not pitch that day, a player who pitches past a threshold may not return behind the plate, exist because the arm does not know the scorekeeper changed positions. Softball's tournament rules carry no counterpart. The searches behind this page found no national softball rule counting innings caught, throws made, or days in the gear. One published study has measured a catcher's volume at the college level: across one NCAA season at two Delaware colleges, 220 half-innings and 2,785 pitches, catchers spent 14.13 minutes a game in the squat, and the researchers counted their throws back to the pitcher and their sprints to back up plays (Axe, Windley and Snyder-Mackler, Journal of Athletic Training, 2002). No study measuring a youth catcher's volume was found. The nearest thing found was one rec league's own rulebook, the Berea Baseball Association in Berea, Ohio, which caps a catcher at four innings a game and, one rule over, caps a pitcher at three innings a day and six a week. A per-player, per-week count, the unit no national softball book writes, kept alive by volunteers, for one town.

Which raises the question no book answers. When does her workload start, the first pitch, the warm-up, the lesson the day before, the last pitch of the previous weekend. No book read here defines it, and no shared record was found that could.

One ledger, and who keeps it

Start with her actual week, because that is the ledger question. School ball under one rulebook, a travel bracket under another, a private lesson under nobody, and if she pitches in one and catches in the next, no shared record connects them, because no shared record exists to follow her. Every book found counts a competition. None follows the player.

Elsewhere in youth sports, the athlete is the unit. US Soccer banned heading below age 11 in 2015 and restricted it through age 13, and US Youth Soccer's standing policy caps practice heading at 25 headers per player per week. A number, per person, per week, in writing, inside one pyramid with one registrar.

Softball can write numbers too, and the strongest one on the books belongs to Georgia's high school game, which plays softball in the fall, one of five states that do, and opens in August heat. The Georgia High School Association's 2026-2027 constitution mandates a wet bulb globe reading at every high school fastpitch contest, fifteen minutes before first pitch, with coaches and umpires notified. At 86.0 an ice immersion tub must be on site and ready, which is not a precaution, it is the published standard of care for heat stroke written into a state rulebook. At 88.0 the umpires take over, a three-minute hydration break at the start and midpoint of the third inning, continuing to the game's end, and under the association's medical guidance the thresholds only ratchet upward during a session. Georgia's baseball page carries the same lines in the same words, so this is school ball against summer, not boys against girls. And notice the unit. Soccer counts the athlete. Georgia's rule counts the day. Even softball's best-written number measures the field she stands on, and nothing in it follows her.

It also turns off. The same athlete, the same body, hotter weeks, covered at a Tuesday school game in October and uncovered at a Saturday travel bracket in July, because the rule belongs to the sanction on the entry form, not to her. The meter makers already know this map. The leading field instruments ship with factory-loaded threshold profiles, sports-medicine associations, six state high school associations, the military, industry, and US Soccer, and no softball governing body is on the list, because a manufacturer cannot preload numbers nobody published.

How Georgia got its rule is worth more than the rule itself, because it was not written from prudence. It was written from a count. Around 2008 the state led the nation in heat deaths among high school athletes. The association funded a three-year University of Georgia study of football practices at twenty-five Georgia high schools, took the findings to a heat summit with its members in March 2012, and wrote them into policy for the 2012 season, an instrument, thresholds, actions, an owner, applied across its sports because heat does not check the roster. In the researchers' follow-up across the next three seasons the deaths stopped, and a decade later, in 2022, the NFHS Foundation put up $1.5 million to send five thousand of the meters to high schools around the country. Policy followed measurement, and measurement followed a body count. Softball workload has no such dataset, not because the work is safe, but because nobody counts, and the absence of a ledger is the absence of the evidence that forces a rule.

That is the honest meaning of the title above. Eighty pitches is a numerator. Out of what, after how many innings caught, on how much rest, following what week, no system can say. There is no single ledger for the athlete's work. The workload nobody counts is her continuity, from setting to setting, role to role, day to day.

One more absence completes the set, and it sits under every number that does exist. The heat thresholds were derived from football players. The clothing adjustments industry publishes stop at coveralls, with no value for a chest protector over a jersey. The one cooling trial for catchers ran six college men through nine baseball innings in a heat chamber. And the research base beneath all of it is overwhelmingly male, a 2024 audit of heat-adaptation studies found women were thirteen percent of participants, with the authors concluding the guidelines' direct relevance to female athletes is limited. Every number a softball catcher plays under was derived from someone who is not her. A boy for the pitch counts. A football player for the heat thresholds. A man in coveralls for the clothing math. A male college catcher for the cooling protocol.

For families

So what does a family do with a number nobody keeps. The rulebooks will move on their own clocks, and this page's job was the picture, not a petition. The answer is closer to home, and it has been riding with you all season.

Nobody saw her whole week. The school coach saw Wednesday. The travel coach saw the bracket. The instructor saw thirty minutes of Sunday. You saw all of it. You are the only ledger she has, and not as numbers on a clipboard, just the knowing, what she did, in which circle and behind which plate, how much rest sat between, what still ached on Monday.

That knowing is what the questions are made of. Ask the coach how the weekend adds up across both positions. Tell the instructor what the arm already did before the lesson started. At a travel event, put the heat question to the tournament director in writing before the weekend, because unlike school ball there is no official on the grass with a duty to call the break. And if something ever hurts enough for a doctor's visit, the most valuable thing in that room will be the record no system kept, her whole week, and only you can tell it.

The sport may learn to count someday. Until then, the count rides home in the passenger seat. It always has.

One question rides along, because nothing in the record answers it. In 2024 the NFHS legalized the leap, both feet off the ground in the delivery, writing that the change allows exploration of different pitching styles. The classic force measurements, the ones the numbers above come from, date to 1998 and the mid-2000s, long before the airborne delivery entered the high school book. Biomechanists are still at work, new distraction studies appeared as late as last year, but no study surfaced puts the grounded delivery and the airborne one side by side to price what the leap adds. Physics would not expect adding force to subtract it. The sport changed how she throws, and the cost of the change sits unmeasured. The question deserves a laboratory. Until it finds one, it rides home in the passenger seat too.

Notes and sources

Checked against primary sources in August 2026, and the figures re-checked against current editions on October 18, 2026. The rulebooks read are Little League's published pitching regulations and tournament rules for both sports, the studies are named in the text and linked below, the Georgia heat rules are quoted from the association's current constitution and by-laws, and every claim about what was not found describes this page's own searching, sized to it and no wider. This page describes rules and published research. It is not medical advice, and a licensed clinician is the right reader of any specific arm. Rules move, so the page carries its date and re-verifies as the bodies act.

littleleague.org, the pitching regulations for baseball and softball · the tournament study, American Journal of Sports Medicine, 2017 · the guidelines and adoption record, Orthopaedic Journal of Sports Medicine · the collegiate catcher workload study, Journal of Athletic Training, 2002 · the Georgia heat policy study, Journal of Athletic Training, 2020 · nfhs.org, the Foundation's 2022 meter grant · thealliancefastpitch.com, the national event rules · ghsa.net, the constitution's softball and heat policy pages