The triple jump is a track and field event where athletes sprint down a runway and perform three consecutive leaps, landing in a sand pit. The sequence is always the same: a hop, a step (sometimes called a skip), and a jump. What makes it unique among jumping events is the strict footwork pattern. The athlete takes off from one foot, lands on that same foot, switches to the opposite foot, and then launches into a final long jump into the pit. Elite men clear more than 18 meters (about 59 feet), while top women exceed 15 meters (roughly 49 feet).
The Three Phases Explained
Each phase of the triple jump has specific rules about which foot hits the ground, and getting this wrong results in a foul.
In the hop, the athlete takes off from the board on one foot and lands on that same foot. If a right-footed jumper launches off their right foot, they must come down on their right foot. This phase is about converting horizontal speed from the approach run into upward momentum while staying balanced for what comes next.
In the step, the athlete pushes off again from that same landing foot and swings the opposite leg forward. They land on the opposite foot. So our right-footed jumper would now land on their left foot. This phase demands enormous strength because the athlete is absorbing the impact of the hop while immediately generating force for the next takeoff.
In the jump, the athlete launches from that opposite foot into the sand pit, using both legs to drive upward and forward, similar to a standing long jump. The landing is measured from the takeoff board to the nearest mark the athlete’s body leaves in the sand.
Why the Step Phase Is the Hardest
The step phase puts extraordinary stress on the body. Research published in the Journal of Applied Biomechanics found that ground reaction forces during the step phase reach up to 15.2 times the athlete’s body weight. To put that in perspective, running typically generates forces of about 2 to 3 times body weight. This is why triple jumpers need exceptional lower-body strength and why the event carries a higher injury risk to the ankles, knees, and hips than most other track events.
The challenge is not just absorbing that force but redirecting it. An athlete who sinks too deeply into the step loses forward momentum and produces a short final jump. Elite triple jumpers spend years developing the reactive strength needed to “bounce” through this phase, keeping their center of mass moving forward rather than collapsing downward.
Approach and Takeoff Technique
The approach run typically covers 12 to 18 strides, building to near-maximum speed. Unlike the long jump, where athletes focus entirely on maximizing speed at the board, triple jumpers need to arrive at the board with controlled, slightly upright posture. Too much speed without the strength to handle it leads to a weak step phase and a poor overall distance.
At the takeoff board, athletes use one of two arm techniques. A single-arm swing mimics a natural sprinting motion: the arms fire in opposite directions from the corresponding leg, hands passing tight to the hips and reaching a blocking position just below chin height. This style helps maintain speed through the board. A double-arm swing, where both arms drive forward together with thumbs up, can generate more vertical lift but tends to slow the athlete down slightly at takeoff. Most elite jumpers favor the single-arm technique for this reason.
Regardless of arm style, hands should never rise above shoulder height during the swing. Going higher pulls the torso upward too steeply, wasting energy on height instead of distance.
Rules and Fouls
The triple jump follows the same basic takeoff rules as the long jump. A jump is ruled a foul if any part of the athlete’s foot crosses the vertical plane of the takeoff line, or if the athlete takes off from outside either end of the board. Officials use a plasticine indicator strip on the board’s far edge to detect overstepping.
The footwork sequence is strictly enforced. Landing the hop on the wrong foot or mixing up the step results in a foul. One helpful rule: it is not a foul if the athlete’s trailing leg (sometimes called the “sleeping” leg) brushes the ground during the hop or step phases. This happens occasionally when jumpers are fatigued and their form breaks down slightly.
Each competitor typically gets three preliminary attempts, with the top eight advancing to three more final attempts. The longest legal jump wins. If the final landing falls outside the sand pit, the attempt is a foul regardless of distance.
Equipment and Runway Setup
Triple jump spikes look similar to long jump spikes but have one critical difference: more cushioning in the heel. World Athletics limits sole thickness to 25 millimeters for triple jump shoes, and manufacturers pack as much impact-absorbing material into that allowance as possible. The repeated landings on hard runway surface during the hop and step phases make heel protection essential.
The takeoff board sits farther from the sand pit than in the long jump, typically 11 to 13 meters away for men and 9 to 11 meters for women. This extra distance gives athletes room to complete all three phases before reaching the pit. Younger or less experienced competitors often use boards placed closer to the pit.
Phase Distribution and Strategy
How athletes distribute distance across the three phases varies by style, but a general guideline is roughly 35% of total distance in the hop, 30% in the step, and 35% in the jump. Some jumpers are “hop dominant,” sacrificing some step distance to maintain a long, powerful hop. Others are “jump dominant,” using a flatter hop and step to preserve speed for an explosive final phase.
The tradeoff is always between height and speed. A high hop covers more distance in that phase but slows the athlete down, reducing what’s left for the step and jump. A flat hop preserves speed but generates less distance on its own. Finding the right balance is the central technical puzzle of the event, and it varies based on an athlete’s body type, strength profile, and years of training.
World Records
The men’s world record is 18.29 meters (60 feet), set by Jonathan Edwards of Great Britain in 1995 at the World Championships in Gothenburg, Sweden. That record has stood for nearly three decades, making it one of the longest-standing marks in track and field.
The women’s world record is 15.74 meters (51 feet, 7.5 inches), set by Yulimar Rojas of Venezuela in 2021 at the Tokyo Olympics. Rojas broke a record that had stood since 1995, making her jump one of the most celebrated performances in recent Olympic history. Both records were achieved with legal wind assistance, which must stay at or below 2.0 meters per second for a record to count.