A game GPS reading of 39 km/h looks blazing until you set it next to Usain Bolt's 44.72 km/h, which converts to a track 100m around 10.8 to 11.2 seconds. That gap is why speed benchmarks for high school athletes only mean something in context: game speed and track speed are different tests.
Every season an athlete pulls up a number, off a game GPS unit, a combine app, a hand-timed 40, and wants to know one thing: is that fast? The honest answer is that the number alone cannot tell you. Speed lives on a surface, in a pair of shoes, off a specific start, and against a specific clock, and change any one of those and the number moves. Here is how we read speed with athletes across Ocean Township, Oakhurst, Asbury Park, Long Branch, Eatontown, Neptune, and Tinton Falls, and how you test yours so the number actually means something. Updated July 2026.
Why Is 39 km/h in a Game Different From 39 km/h on a Track?
Because a game and a track are two different tests, and only one of them is built to measure raw speed. That 39 km/h in-game GPS reading happened on grass, in cleats, mid-play, with a running start, a defender to track, and fatigue already in the legs. A track time is spikes on rubber, a clean lane, a rehearsed start, and one job: go fast in a straight line. The same athlete can post 39 km/h in a Friday-night game and, put on a track with spikes and a real start, translate that to a 100m somewhere in the 10.8 to 11.2 range, which is genuinely fast for a high schooler. Neither number is a lie. They are answers to different questions.
Usain Bolt's top speed of 44.72 km/h, set at the 2009 World Championships in Berlin, is the ceiling everyone measures against, and it was hit on a track under perfect conditions. Comparing a mid-game GPS spike to that number is comparing a rainy grass field to a lab. Useful for context, useless as a verdict.
Does a flying start make a number look faster?
Yes, and that is exactly the point of a flying start. A top-speed reading taken with a running build-up will always be higher than a time that includes the slow, grinding acceleration out of a dead stop. A 40-yard dash is mostly an acceleration test. A flying 10 is a top-speed test. When two athletes trade numbers, the first question is always the same: from a stopped start or a flying one? Compare like with like or you are comparing nothing.
What Are Realistic Speed Benchmarks for High School Athletes?
Realistic speed benchmarks for high school athletes cluster in known ranges by test, and they are athletic-development context, not a promise about any one athlete. Use them to place a number, not to grade a career. Here are the ranges we reference, hand-timed unless noted:
- 40-yard dash, average high school athlete: around 5.0 to 5.2 seconds. Solid, not remarkable, and very trainable.
- 40-yard dash, strong varsity skill player (receiver, back, defensive back): roughly 4.6 to 4.9 seconds.
- 40-yard dash, linemen: commonly 5.2 to 5.6 seconds. Speed is judged inside the position, not against a receiver.
- 40-yard dash, college-recruit skill player: often 4.4 to 4.6 seconds hand-timed. Electronic timing typically reads about 0.24 seconds slower than a hand-held clock, which is why combine numbers and coach-timed numbers rarely match.
- Top speed, trained high schooler: roughly 8.5 to 10 meters per second, which is about 30 to 36 km/h. The fastest reach 10.5-plus. Bolt's peak was 12.42 meters per second.
- 100m on a track: for a high school boy, 11.0 to 11.5 seconds is a strong sprinter, under 11.0 is elite, and state-meet level dips under 10.8. Girls' ranges sit a step back from those marks on the same scale.
Two athletes with the same 40 time can be built completely differently, one a fast accelerator who tops out early, the other a slow starter with a huge top gear. That is why we test more than one thing. A single number is a headline. The full picture is acceleration, top speed, and how long you hold it.
What Is the Fastest Way to Actually Get Faster?
Sprint. The blunt truth the track community repeats to every athlete who asks is that if you want to get faster at sprinting, you have to sprint, fully rested, at full intent, in short doses. Top speed is a skill your nervous system has to practice at the actual speed, and you cannot build it while tired. Gadgets, parachutes, and endless conditioning do not replace quality sprinting; they just make you better at being tired.
The pattern that works is boring and it works anyway:
- Two or three short speed sessions a week, not daily grinding. Full-effort sprints of 10 to 40 yards with full recovery between reps, six to ten reps total.
- Strength underneath it. A stronger athlete puts more force into the ground, and force into the ground is speed. Squats, hinges, and posterior-chain work protect hamstrings under the new sprint load.
- Mechanics and mobility as support, not the main course. Clean acceleration angles and free-moving hips let the engine you built actually show up on the field.
The specificity principle runs through all of it: you get faster at the exact thing you practice at full speed. Conditioning makes you hard to tire out. It does not make you fast. Those are two different training goals, and blending them into one exhausted session builds neither. The preseason version of this ordering, base first and speed second, is laid out in the six-week football preseason plan for Ocean County.
How Do You Test Your Own Speed the Right Way?
Standardize everything and repeat it, because a benchmark only means something when the test is the same every time. Same surface, same distance, same start, same timing method, same point in the week. Change one variable and you are no longer comparing your speed, you are comparing test conditions. Here is the sequence we use:
- Step 1. Pick one test and lock it. A 40-yard dash for acceleration, a flying 10 for top speed. Choose based on what your sport actually asks for.
- Step 2. Fix the surface and the shoes. Track and spikes, or turf and cleats. Never compare a grass number to a track number and call it progress.
- Step 3. Standardize the start. Same stance, same starting line, same trigger. A three-point start and a rolling start are different tests.
- Step 4. Use the same clock. Electronic timing if you can, the same hand-timer and method if you cannot. Do not mix the two, they read differently.
- Step 5. Warm up fully and test fresh. Speed is measured rested, not at the end of a workout. A tired test is a fake number.
- Step 6. Take two or three max reps with full rest, keep the best. Full recovery between reps, three to five minutes, so every rep is genuinely all-out.
- Step 7. Log it and retest every three to four weeks. The number you chase first is your own last number, not somebody else's highlight clip.
Should You Chase a Benchmark or Beat Your Own Number First?
Beat your own baseline first, then chase the benchmarks. A published range tells you roughly where you stand, but the number that actually moves a season is the gap between your test today and your test six weeks from now. Progress against yourself is real, controllable, and repeatable. Comparing yourself to a state champion's 100m on day one just tells you someone is faster, which you already knew.
Benchmarks are the map. Your own trend line is the drive. An athlete who cut a hand-timed 40 from 5.1 to 4.9 over a training block did something concrete and measurable, and that improvement will show up in a game long before a highlight number does. Set the baseline, train the engine, retest, repeat. The benchmark is where you are headed, not the scoreboard you live on.
Frequently asked questions about speed benchmarks
How do I know if my speed is actually good?
A number only means something in context. A GPS reading from a game happens on grass, in cleats, mid-play, so it will read differently than a clean track time in spikes with a real start. The same athlete can look average in one test and elite in another. The fix is standardized testing: same surface, same distance, same timing method, repeated across the season. Beat your own baseline first, and use published benchmarks second to place where you stand.
What is the fastest way to get faster?
Sprint. Top speed improves when you practice reaching top speed, fully rested, at full intent, in short doses. Strength work, mobility, and mechanics drills all support it, but none of them replace quality sprinting. Two or three focused speed sessions a week of full-effort 10 to 40 yard runs with full recovery beat daily conditioning that never lets you hit 100 percent.
What is a good 40-yard dash time for a high school athlete?
Around 5.0 to 5.2 seconds is average for a high school athlete, a strong varsity skill player runs roughly 4.6 to 4.9, and college-recruit skill players are often in the 4.4 to 4.6 range hand-timed. Linemen are judged inside their position, commonly 5.2 to 5.6. Remember that electronic timing reads about 0.24 seconds slower than a hand clock, so always ask how a number was timed before you compare it.
Is game speed or track speed more important?
For most field-sport athletes, game speed is what wins, but track-style testing is how you measure and build it. A game happens with fatigue, cuts, cleats, and decisions, so raw straight-line speed is only part of it. Track and turf testing strips those variables out so you can see whether your top speed and acceleration are actually improving. You train the clean number to raise the messy one.
How often should I test my speed?
Every three to four weeks under identical conditions. That is long enough for a real training block to change something and short enough to catch whether a plan is working. Test fresh, not at the end of a session, use the same surface and timing method every time, and keep the best of two or three all-out reps. The trend line across the season tells you far more than any single number.
How 1st & Goal reads speed with athletes
We test speed the same way every time, then build the program that moves the number: sprint work at full quality, strength underneath it, and the recovery that lets an athlete actually train fast instead of just tired. The goal is not to chase somebody else's highlight clip. It is to take your number today and beat it by September. We work with athletes across Ocean and Monmouth County, Ocean Township, Oakhurst, Asbury Park, Long Branch, Eatontown, Neptune, and Tinton Falls, from youth travel teams to varsity recruits. If you want a real baseline and a plan to move it, get in touch or walk through the services. Youth and travel-team families can start on the Tinton Falls training page.