Running precision in parkour: one-footed take-off from a run, two-footed landing on target. With a distance rule, progression, mistakes and ground safety.
Running precision is a precision jump from a run-up: you take off on one foot from a run, fly across a distance and land two-footed and controlled on a target. The target is where distance and accuracy meet – and exactly there most injuries happen.
The honest answer: in a survey of 161 traceurs from Madrid with at least 12 months of experience (207 reported injuries), the precision jump was the most common individually named movement at 18.8 % when an injury occurred; the long jump followed with 11.1 %, and the combination of cat leap plus precision accounted for another 9.2 % [1]. These are recalled answers, not measurements, but they say clearly: the jump to a target is where you must look closely.
How big may the distance be? A reliability study provides a usable benchmark: in the test course the precision distance was set to four fifths of the participants' mean standing long jump (200 centimetres at an average of about 250) [2]. In that course, though, it was a precision jump after a tic tac off a wall; for a jump on the ground the rule is a transfer. The scoring criteria included reaching forward with both feet together, landing on the balls of the feet with at least 90° of knee flexion and ending balanced right on the line [2]. That is a standard for beginner courses, not for top traceurs, but it works as a starting point.
For perspective: experienced traceurs jump far on average. In a study of parkour athletes the standing long jump was 282.7 centimetres, in gymnasts 273.9 and in power athletes 261.3 [3]. That is an average over many years of training, not your starting value.
And speed? In a small master's thesis with five experienced traceurs on a course, ground reaction forces were highest where more momentum carried over from the previous obstacle or the drop was bigger [4]. More run-up, more load in the landing.
How long will it take? In practice often a few weeks with two sessions a week until the landing is reliable as the distance grows. That is practical experience, not a study figure. I set the level to intermediate because run-up and distance raise the risk clearly above the standing precision jump.
The entry criteria are checkable:
Jump from standing, two-footed, as far as you can and measure the best of three attempts. Work out 80 % of it, that is your start distance. At 250 centimetres that is 200 [2].
Milestone: you know your distance in centimetres and your start distance.
Three steps of run-up, one-footed take-off, two-footed landing on a line at your start distance. Only the ground, no edge, no height.
Milestone: eight out of ten landings on the line.
After contact bend knees and hips deeply, as in the precision landing, and stand calmly for three seconds [2]. If you re-step or tip, you were too fast or too far.
Milestone: eight out of ten landings without re-stepping.
Move the line back in 10-centimetre steps, but only after five clean landings in a row. Your standing long jump is not a lifelong ceiling, it is a starting measure.
Milestone: five landings at every new distance.
Lengthen the run-up to five or six steps. With speed the load rises [4] – so the target stays on the ground and the landing stays deep.
Milestone: five passes with the same take-off point and a stable landing.
This guide describes only the jump on the ground. The precision jump is the movement with the most reported injuries [1].
Measure your take-off point, not your distance. Run up three times without jumping and mark where your take-off foot lands. If that point wanders, the landing wanders with it. This is practical experience without a study figure – but a fixed take-off point turns a gamble into a repeatable jump.
Running precision is a precision jump from a run-up: one-footed take-off, flight across a distance and a two-footed landing on a target. It builds on the precision landing and is clearly harder than the standing jump because of distance and speed.
A start value is about 80 % of your standing long jump, as in the tested beginner course [2]. Increase in 10-centimetre steps after five clean landings each time. That is a practical rule for beginners, not a ceiling and not a study figure for you personally.
In a survey of 161 traceurs it was the most common movement at injuries with 18.8 % [1]. These are recalled answers, not measurements. The risk lies in the landing and the distance. Train on the ground, in small steps and with a deep landing.
Both feet at the same time on the balls, bend knees and hips deeply, at least 90° in the knee, and hold the body calm on the target [2]. More speed means more load in the landing [4], so secure the landing first, then lengthen the run-up.
Dash Vault: Legs First Over the Obstacle