T&F AI logo Track & Field AI Track & Field AI
[01]Why You're Not Jumping Far in Long Jump

Where your distance is leaking

You are slow on the runway

Horizontal speed at the board is the single biggest driver of distance. A jumper who hits the board faster jumps farther on identical technique. If your approach is cautious, or you decelerate to set up the takeoff, you cap your distance before you ever leave the ground. Train the approach like it is a sprint, because it is one.

You take off too flat

Distance needs speed and a takeoff angle in the rough range of 18 to 22 degrees. Sprint straight off the board with no upward drive and you stay low and land early. The fix is a tall posture and an active upward drive of the free knee at takeoff, not a longer last step.

Your penultimate step is wrong

The second-to-last step should be a touch longer and lower, letting you sink and then rise off the board. Athletes who reach or chop on that step either brake hard or pop up too soon. This is the most technical part of the jump and the most common hidden distance leak.

Measure the levers

See which lever is costing you feet

Distance lost on the runway looks the same as distance lost at takeoff from the stands. Film a jump from the side, the AI measures your speed pattern into the board, your takeoff angle, and your penultimate-step mechanics, then tells you which of the three is the real cap. Usually it is the one you were not thinking about.

Follow up in chat and ask questions. The AI remembers your analysis and speaks the language of long jump coaching.

  • Free first analysis, no account required
  • Offline history cached on your device
  • Priority-tagged coaching notes
  • AI chat follow-up on every analysis
Long jumper mid-flight in hitch-kick technique, Track & Field AI frame analysis (long jump distance)
Long Jump · Sample analysis “Penultimate step is 4 inches shorter than your average, pushes your takeoff 3 inches behind the board. Extend the penultimate by 3 inches.”
[02]The takeoff

Speed first, then an angle that actually lifts you

A flat takeoff sends you straight down the runway and into the sand early. An 18 to 22 degree takeoff off real approach speed carries much farther for the same effort.

Long jump takeoff angle and the biggest distance levers A side view from the board showing a too-flat takeoff that lands early versus an 18 to 22 degree takeoff that carries farther. A small bar chart ranks the biggest levers on distance: approach speed first, takeoff angle second, raw strength last. board too flat, lands early 18 to 22° carries farther ~20° what adds distance approach speed takeoff angle raw strength
Optimal long jump takeoff angles cluster near 18 to 22 degrees in biomechanics studies (well below the 45 degrees of a standing projectile) because sprinters cannot hold speed through a steeper plant.
[10]Common questions

Why You're Not Jumping Far in Long Jump FAQ

Common questions athletes and coaches ask about this topic.

Why am I not jumping far in long jump?
Almost always one of three things: not enough approach speed, too flat a takeoff angle, or a braking penultimate step. Strength is rarely the limiter. Film a jump to find the cap.
Does running faster make you jump farther?
Yes. Horizontal velocity at takeoff is the biggest single factor in long jump distance. Faster approach, same technique, longer jump.
What is the ideal long jump takeoff angle?
Roughly 18 to 22 degrees. Lower than that and you land early, higher and you give up too much horizontal speed. Most amateurs take off too flat.
[INDEX]More ways to dial in your long jump

The full long jump index

A directory of every long jump page on the site, from broad analysis tools to specific phase deep-dives. Each entry points to a focused write-up.

Try it free

Add feet to your jump.

Download the app. Film a rep. See what the AI sees. Free first analysis, no card, no account required.

60s
Time per analysis
Free first analysisNo card
Coaching languagePlain English
Long Jump modelEvent-specific