Triple Jump Basics for High School Athletes to Learn

Written by Tina Campbell · Approved by Cami Merickel · Published Aug 24, 2026 · 11 min read

The triple jump is one continuous movement divided into three deliberate phases, and every centimeter you gain or lose depends on how well you connect those phases. But you see, Many high school athletes who try the triple jump for the first time assume it is simply the long jump performed three times, but that misunderstanding often causes problems early in training.

What Are the Three Triple Jump Phases?

The triple jump consists of three mechanically distinct actions: the hop, the step and the jump. Each phase has its own purpose, movement pattern, and landing sequence, so understanding what happens in each one is essential before you try to put them together.

The Hop

The hop begins with a takeoff from one foot and ends with a landing on that same foot The main challenge is to absorb the landing without giving up the forward speed you created during the approach. Many beginners instinctively try to jump upward during this phase, but the hop should travel forward at a low, flat angle of roughly 12 to 15 degrees rather than rising sharply into the air. As the takeoff foot returns to the track, focus on landing underneath or close to your center of mass and keeping your posture tall. That does more for forward momentum than forcing an aggressive claw-back. Because the hop lands on the same foot that created the takeoff, that leg must handle both the takeoff and the landing.

The Step

The step begins when you take off from the foot that landed the hop and ends when you land on the opposite foot. This makes the step the only phase in which the landing leg and takeoff leg are different. It creates the switch in the foot sequence and is also the shortest of the three phases. The goal is not to stretch the step as far as possible. Instead, you need to use it to carry energy forward into the final jump without breaking your movement.

The Jump

The jump begins from the foot that landed the step, which is opposite the foot you used to start the hop, and finishes when you land in the sand pit. Of the three phases, this one most closely resembles the long jump because it requires a stronger upward and forward projection into the pit. When the technique is sound, the jump usually covers the greatest amount of ground.

The foot sequence becomes easier to understand when you see how the three phases connect With a left-foot takeoff, you land on the left foot during the hop, land on the right foot during the step, and then take off from the right foot for the final jump. With a right-foot takeoff, the sequence reverses. Once you understand that pattern, the three phases become one continuous movement rather than three separate actions.

How Is Triple Jump Different From Long Jump?

The triple jump approach uses the same basic sprint mechanics as the long jump, but the way you prepare for the board and leave it is different. Confusing the two approaches can reduce the quality of the first phase and affect everything that follows.

• Approach Length and Control: Beginners may use a shorter approach while learning to control the phases. Approach length is athlete-dependent, and experienced triple jumpers can run an approach similar in length to their long jump approach. The shorter start is intentional. You are not trying to reach the greatest possible speed before the board. Instead, you need the fastest approach that you can still control. If you run in too fast for your current skill level, you can lose control at the board and make the three-phase sequence much harder to execute.
• The Board and Takeoff Angle: The biggest difference appears at the board. In the long jump, you drive upward aggressively to create the projection needed for the jump. In the triple jump, that same vertical drive can work against you. The takeoff needs to produce a flatter, more forward-directed projection for the hop. If you push upward too aggressively, as you would in the long jump, you create a larger drop back toward the track, placing more force on the landing leg and making it difficult to maintain the step phase.
• Stride Consistency and Checkpoint Marking: Because the quality of the three phases begins with the approach reaching the board consistently is essential. Athletes should use two checkpoints to monitor the run-up: one approximately 4 to 6 strides from the board and another about 2 to 3 strides away. These marks give you reference points during the approach and allow you to recognize whether your positioning is changing before you reach the board. Establishing those checkpoints early gives you a simple way to make adjustments and build a more reliable approach.
• The Posture Shift in the Final Three Strides: During the final three strides, your body gradually rises into a more upright position as you prepare for the board. Your arms get ready to drive, and your head lifts slightly as your posture changes for takeoff.

This adjustment does not mean you should slow down You should continue accelerating through the board while repositioning your body for the flatter, forward-directed projection required for the hop rather than the more vertical takeoff used in the long jump.

What Are Triple Jump Phase Ratios?

Coaches do not judge a triple jump only by its final distance. They also look at how that distance is divided among the hop, step, and jump because the distribution can show where an athlete is losing speed and distance.

What Phase Ratios Are

Suppose a high school athlete records a 40-foot triple jump. Those 40 feet come from three separate phases: the hop, the step, and the jump. Coaches record the distance covered in each phase and then express each portion as a percentage of the total jump. These percentages are called phase ratios.

Phase ratios vary by athlete and technique style. For a developing athlete, 35/30/35 is a useful balanced reference, meaning the hop and jump contribute roughly similar amounts of distance while the step remains the shortest phase. It is a reference point, not a required ratio.

What a Ratio Tells You That Distance Alone Cannot

Two athletes can both jump 40 feet and still have very different technical problems. One athlete might produce a 16-foot hop, an 11-foot step, and a 13-foot jump, while another produces a 14-foot hop, a 12-foot step, and a 14-foot jump. The first pattern suggests that the athlete is losing too much velocity during the hop and carrying that loss into the remaining phases. The second pattern is more balanced. The final distance alone would not show you that difference, but the phase distribution does.

The Most Telling Early Indicator

For beginners, the step percentage can be one of the clearest signs that something is wrong. A noticeably short step phase can indicate that the athlete is not carrying enough horizontal velocity out of the hop or is moving through the step too quickly without understanding its role in the sequence. Because the step connects the first and final phases, its percentage can reveal a great deal about the athlete's overall technical development.

How Athletes Can Self-Assess Without a Coach Measuring Them

You do not need advanced equipment to begin evaluating your phase distribution Film your jumps from the side, count the steps, and estimate the distance covered in each phase. Even rough measurements can help you see whether one phase is taking too much or too little of the total jump. At this stage, the goal is not perfect accuracy. It is learning to evaluate the structure of the jump rather than judging your performance only by the final distance.

Why Does the Step Phase Get Short?

The step phase collapses in most beginners not because they intentionally perform it poorly, but because the problem usually begins during the hop. What happens during the hop determines how much speed and control the athlete has when the step begins.

Almost every beginning high school triple jumper takes off too steeply on the hop. The body rises too high, gravity brings it back down quickly, and the landing leg has to absorb a large amount of force. At that point, the athlete either loses control completely or rushes into the step just to keep moving. The step then becomes more of a stumble forward than a controlled phase, often covering only 23 to 25 percent of the total jump instead of the 28 to 30 percent it should.

,The problem is difficult for beginners to recognize because the hop often feels powerful. They see the height they reach and assume they are doing well, without realizing that the extra height is creating the problem that follows. It usually becomes obvious only when they watch a video and see how the high hop affects the step. That disconnect between what the athlete feels and what is actually happening makes the mistake difficult to correct.

This is also why telling an athlete to “hold the step longer” or “slow down through the step” often does not solve the problem. Those cues address what happens after the hop, but they do not correct the movement that caused the issue. If the hop remains too high, the step will continue to collapse no matter how much attention the athlete gives it.

The mechanical change that breaks this cycle starts at the takeoff board: lower the hop trajectory Even reducing the takeoff angle from 20 degrees to 14 degrees can change the landing forces and preserve more velocity for the step. The solution, therefore, is not to force a longer step. It is to create a better hop so the step has enough speed and control to develop naturally.

How Should Beginners Learn Triple Jump?

Learning the triple jump correctly means building the movement in stages and combining those stages only after each part becomes stable. Trying the full jump too early can reinforce poor movement patterns before the athlete understands what the sequence should feel like.

• Stage 1: Standing triple jump (no approach): Begin from a standing position and perform the hop-step-jump sequence at low speed A distance of 15 to 25 feet is normal at this stage because distance is not the goal. The focus is simply on learning the correct foot sequence and rhythm. Once an athlete can perform the sequence smoothly from both sides, they are ready to move on.
• Stage 2: Three-stride approach only: Add three walking or jogging steps before the takeoff. This introduces the approach without adding too much speed. The athlete now has to connect the run-up to the phase sequence while keeping the takeoff flat and forward rather than high. Video is especially useful here because athletes often cannot judge their takeoff angle accurately from feel alone.
• Stage 3: Phase isolation drills: Next, work on the hop by itself Use a short three-step approach, perform the hop, and land on the same foot in the sand pit. There is no step or jump yet. Repeat this until the landing becomes active and the trajectory stays flat. Then add the step so the athlete performs the hop, lands, and completes the step before stopping. Once those two phases connect consistently, the full sequence can be brought back in.
• Stage 4: Full approach, technique focus only: After the phases are stable both individually and together bring back the full 10- to 14-stride approach. At this point, distance still should not be the priority. Adding speed creates more pressure and can temporarily disrupt movements that were clean at lower speeds, which is normal during the transition. When that happens, reduce the speed slightly and rebuild the sequence at a pace the athlete can control before increasing the effort again.

What not to do: Do not give a beginner a full approach and tell them to “just try it.” Avoid measuring distance during the early learning stages as well. Focusing on the result too soon can pull attention away from the movement itself, which is the opposite of what a technically demanding event requires. Begin measuring distance only after the athlete can produce three consecutive clean jumps.

What Comes After the Basics?

Once the three phases are stable, the focus shifts from learning the sequence to making the sequence stronger, faster, and more repeatable. Start with approach consistency. If your run-up changes every attempt, your hop, step, and jump will change with it.

From there, build the physical qualities that support the event: single-leg power, reactive strength, landing control, and enough approach speed to carry momentum through all three phases. Use video and coach feedback often, because triple jump mistakes can feel powerful while still costing distance. The goal after the basics is not just to jump farther. It is to produce the same connected movement at higher speed and pressure.

If you're weighing triple jump against a single-phase horizontal jump our guide on long jump technique for high school athletes covers the approach, takeoff, and landing mechanics that overlap heavily with triple jump's own foundation. For a broader look at how the jumps fit into a full track season, our guide on the complete high school track and field guide walks through events, practice rhythms, and meets from a beginner's perspective. And if you haven't settled on an event yet, our guide on how to choose your track and field events is worth reading first.

Triple Jump FAQs

What are the three phases of the triple jump?

Hop, step, and jump. The hop lands on the same foot, the step switches to the opposite foot, and the jump finishes in the pit with a two-foot landing.

Is triple jump harder than the long jump?

It requires more coordination because you have to connect three phases instead of one takeoff, but that does not automatically make it harder for every athlete.

What is a good hop-step-jump ratio for beginners?

A balanced pattern is usually best for beginners. Many coaches look for the hop and jump to stay similar while the step remains slightly shorter.

Why does my step phase feel short in the triple jump?

Your hop is probably too vertical, which causes braking and a loss of horizontal velocity. Fix the hop first, and the step usually improves without forcing a longer stride.

Can a long jumper also do the triple jump?

Yes. Many high school athletes compete in both events because the approach, takeoff discipline, and landing control overlap.

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