A long jump approach runs 12 to 22 strides for most jumpers, and the right number has nothing to do with what looks impressive. Beginners run short approaches because they hit top speed early; elite jumpers run long ones because they're still accelerating deep into the run. The honest problem with copying someone else's stride count: your approach length should match where your speed actually peaks, not where a chart says it should. Coaches see this mistake constantly, a jumper adds strides because a teammate uses more, then loses consistency at the board because their own speed curve never asked for the extra distance. Below is the rule of thumb by level, the run-up distance in feet and meters, and how to measure your own with a tape.
Most middle school and freshman jumpers hit their top speed by stride 12 or 13, so anything longer just adds room to wobble. A short approach isn't a compromise, it's the correct approach for that speed level. Coaches who stretch a beginner's run-up to 18 strides because elite jumpers do it usually get a less consistent board hit, not a longer jump. Lock the length once it's consistent, then grow it as top speed grows, not before.
By varsity, most jumpers have the speed to keep accelerating a few strides longer, and 16 to 18 is the range where that speed and consistency both hold up. This is also the range where athletes start over-thinking the last three strides, chopping them to hit the board, which kills speed right when it matters most. If your last three strides are shorter than the ones before them, the approach length isn't the problem; the chopping is.
NCAA D1 and elite jumpers run 20 to 22 strides because their speed keeps building well past where a beginner would have topped out. A longer approach only helps if you can actually still be accelerating that late, which is a fitness and technique question, not a choice you make on paper. Adding strides before your top speed arrives late in the run just moves the peak earlier and costs you distance at the board. Most jumpers reach this range gradually over years, not by deciding one offseason to add four strides and hoping the speed shows up to match.
The right approach length is the one where you hit maximum speed exactly at takeoff, not earlier. Film a full approach, AI grades stride length growth and where speed plateaus. That's your last stride.
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Use a track or runway with a clear takeoff point. You need a tape measure and a partner to mark stride landings.
Stand on the takeoff board, facing away from the pit. Mark this as stride 0.
Sprint away from the board with the same effort and rhythm you use in the jump. Partner marks your last stride landing.
Tape from the board to your last stride. That's your approach length in feet.
Stand at that mark, run back toward the board at the same effort. Your takeoff foot should land within 6 inches of the board on 6 of 6 reps.
If you're under, add a stride. If you're over, subtract. Re-test until the takeoff is consistent.
Once consistent, mark the start with tape on every meet. Re-measure annually as you get faster.
Total run-up distance grows with speed, since later strides in a full sprint cover more ground than early ones.
| Level | Strides | Approach length (feet) | Approach length (meters) |
|---|---|---|---|
| Beginner (middle school / early HS) | 12-14 | 55-70 ft | 17-21 m |
| JV / developing HS | 14-16 | 70-85 ft | 21-26 m |
| Varsity HS | 16-18 | 85-105 ft | 26-32 m |
| Advanced HS / D2-D3 | 18-20 | 105-125 ft | 32-38 m |
| NCAA D1 | 20-21 | 125-140 ft | 38-43 m |
| Elite / international | 21-22 | 138-148 ft | 42-45 m |
Common questions athletes and coaches ask about this topic.
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