Hop.
Step.
Jump.
One approach into three contacts: same-leg landing, opposite-leg landing, two-foot pit landing. The phase ratio you choose defines your event; the velocity you preserve defines your distance.
One run, three contacts.
The triple jump compresses three takeoffs into a single sprint. Hop lands on the takeoff leg. Step lands on the opposite leg. Jump lands two feet in the pit. These are general guidelines, not exact targets: HS boys typically range 38 to 46 ft (11.58 to 14.02 m); HS girls typically range 30 to 38 ft (9.14 to 11.58 m). Where an athlete lands in those ranges depends on strength, speed, and how well the phases connect. Elite men reach 55 ft 9 in to 59 ft 1 in (17 to 18 m); elite women 45 ft 11 in to 49 ft 3 in (14 to 15 m).
The approach has three zones. Drive zone: first 4 to 6 strides accelerating from the start. Transition zone: middle strides building speed. Attack zone: last 4 strides into the board. For the triple jump, the attack zone is even more critical than for long jump because a board error compounds across all three phases. Approach speed at takeoff for HS varsity typically runs 7.5 to 8.5 m/s, slightly lower than long jump because the athlete must control three contacts rather than one.
Boys Triple Jump
Girls Triple Jump
◆ Four Mistakes To Avoid: Hop-and-Hope, Step Collapse, Jump-Sit, Reach-and-Brake
Phase rhythm breaks in four recognizable ways. Hop-and-Hope: the athlete over-hops in phase 1, leaving nothing for the step or jump; the hop feels great, the rest collapses. The Step Collapse: the knee buckles on step landing, hip drops, horizontal carry dies (the most common HS error). The Jump-Sit: the athlete sits down in flight on the final jump, lands on heels, leaves distance in the pit. Reach-and-Brake: the lead leg reaches forward into a contact instead of cycling through, and ground reaction force pushes backward.
Fix them with short-approach phase sequencing to budget across all three contacts, single-leg bounds for stiff under-hip ankle contact, alternate-leg pogo bounds to build the redirect-on-opposite-leg pattern, and standing triple jumps to feel the rhythm without approach noise. Cue across all four: swing through the contact, do not reach into it. Land tall, never sit.
Hop, balanced, jump.
Coaches teach three phase distributions. Hop-dominant trades a long first leap for shorter step and jump. Balanced spreads distance evenly. Jump-dominant saves the biggest contribution for the final pit-bound flight. These ratios are general guidelines, not exact targets: 36/30/34 is the modern HS default, but advanced athletes can shift toward 38/30/32 (hop-dominant) if they have the leg strength to absorb a long first contact, or toward 33/30/37 (jump-dominant) if they have sprinter speed and weaker hop power. Beginning athletes should focus on the balanced model and learn rhythm before ratio.
Triple jump is not three separate jumps. It is one continuous cycle of horizontal momentum across three contacts. Never think about hopping for distance: think about cycling through phases. Ankle stiffness is everything. Soft ankles bleed distance on every contact. The step is the weakness for almost every jumper. Protect the step.
◆ Reading the Diagram: What the Ratio Bars Show
Each bar shows how a 14.0 m (45 ft 11 in) total gets divided across three phases. The width of each segment is proportional to its share of total distance. When you compare bars across models, you see the trade: a wider hop segment means a narrower jump segment, and vice versa. The step (middle segment) barely moves between models, which tells you where the constraint lives.
Key coaching cue: never think about hopping for distance, think about cycling through phases. Athletes who try to maximize the hop almost always sacrifice the step. The step is where most HS jumpers leave the most distance. Protect it. Stiff ankles on every contact, swing through rather than reaching in, and land tall rather than sitting on each contact.
◆ Coach's Note: Why the Step Looks Short
The step phase is universally the shortest, around 30 percent. The athlete is landing on the opposite leg with massive horizontal momentum, then redirecting upward without a full strike-and-load cycle. The step is rarely the place to gain distance; it is the place not to lose it.
Eastern European
Big first leap powered by the takeoff leg. The athlete trades pit-bound height for horizontal carry off the board. Favored by tall, leg-strong jumpers.
The Even Split
Modern coaches' starting point. Distribute load across three phases so no single contact does outsized work. Typically the safest model for high school athletes still building strength.
The Big Finish
Conservative hop that protects the takeoff leg, then a powerful final flight. Best for athletes with strong vertical and good landing instincts off both legs.
◆ Balanced Beats Skewed: The Counterintuitive Math
For most HS athletes, a balanced 36/30/34 ratio yields more total distance than going hop-dominant at 40/28/32. Here is why. Take a 14.0 m target. Balanced: hop 5.04 m, step 4.20 m, jump 4.76 m. The step holds at 30 percent, which preserves horizontal velocity into the jump. Now shift to 40/28/32: hop 5.60 m, step 3.92 m, jump 4.48 m. The big hop drains the legs. The step suffers and shortens even further in practice because the athlete arrives fatigued. The jump is now shorter than the balanced version.
Hop-dominant works for tall, strong, plyometric athletes who can absorb the extra landing force and still carry speed into the step. Jump-dominant works for athletes with sprinter speed and relatively weaker hop strength. For the typical HS jumper still building lower-body power, the balanced model almost always wins on total distance. The message is simple: protect the step and the jump takes care of itself.
Boys distances, mapped.
For a 45 ft 11 in (14.0 m) total, the actual feet earned by each phase under each model. Same total distance, three different shapes.
Girls distances, mapped.
Same three models scaled to a 36 ft 1 in (11.0 m) total. The shape of the distribution stays constant; the absolute feet per phase shrink proportionally.
Speed in, speed out.
The triple jump is a velocity-loss problem. The athlete enters the board near 31.2 ft/s (9.5 m/s) and decays through three contacts. Total distance correlates more tightly with end-of-phase velocity than with raw vertical lift.
◆ Data Check: Reading the Curve
Each contact converts horizontal momentum into vertical lift. Hop adds roughly 1 ft 8 in (0.5 m) of vertical, step ~1 ft 4 in (0.4 m), jump ~2 ft 4 in (0.7 m). The penalty is unavoidable speed loss: about 3.3 ft/s (1.0 m/s) per contact for skilled jumpers, more for under-developed step mechanics. The slope between points is the diagnostic.
The step is the weak link.
Hop and jump contacts run around 0.13 seconds. The step contact stretches longer, around 0.16 seconds, because the opposite leg has to absorb landing forces and redirect upward without a full strike-and-load cycle. Most jumpers lose distance here.
| Phase | Share | Boys | Girls | Contact (s) | Vert. Lift | Velocity Out |
|---|
Build the rhythm, then the ratio.
Drills for the triple jump target two things above all else: ankle stiffness at every contact and even phase rhythm. Soft ankles bleed distance. Poor rhythm means the hop steals from the step and jump. Start with standing triple jumps to feel the sequence, build ankle stiffness with bounding work, then refine phase ratio with short-approach reps and a tape mark on the runway.
Standing Triple Jump
Start from a two-foot stand and execute the full hop-step-jump sequence. The goal is to feel the phase rhythm and practice landing tall on each contact without worrying about approach speed. At low velocity, technique errors become obvious: you will feel the collapse immediately if the step buckles or the jump-sit happens. Even, tall, slide through each contact.
Single-Leg Bounds
Repeated bounds on one leg for 20 to 30 m. Ground contact should happen under the hips, not in front of them. Drive the free knee forward and up, not across the body. This drill directly trains the stiff ankle mechanics that the hop and step demand. Soft contact here means soft contact on the runway. Stiff ankle. Long, low cycles.
Alternate-Leg Bounds
Alternating left-right bounds for 30 m. This is the closest drill to the step mechanic: switching legs quickly without collapsing the hip or losing height. Rhythm and ankle stiffness are the dual targets. The athlete should feel quick off the ground at each contact, not slow and springy. If contact time extends, something collapsed. Quick off the ground. Drive the knee.
Short-Approach Phase Sequencing
6 to 8 stride approach into a full triple jump with tape marks on the runway for hop landing, step landing, and jump takeoff. The athlete should hit each mark, not just execute the jump. At reduced speed, athletes have time to feel the ratio and self-correct. Once they consistently hit the marks at short approach, extend the run. Even ratio. Land tall on each contact.
◆ Endurance Variation: Hold the Ratio Late in a Meet
Bound endurance series: 3 sets of 5 alternate-leg bounds with full recovery between sets. The goal is not maximum distance per bound but consistent contact quality across all 5 reps. When leg stiffness degrades mid-set, the athlete is past their current endurance limit.
This matters because most HS athletes jump three or four times at a meet, often with 30 to 60 minutes between rounds. Fatigue in the third or fourth attempt almost always shows up first in the step. The athlete who can hold ankle stiffness and phase rhythm deep into a meet holds their distance. The athlete who cannot drifts toward hop-and-hope as the legs tire. Build the bound endurance series into preseason training, not just peak-season sharpening.