Jumping higher in high jump comes down to three things: a faster, more controlled approach, a more explosive takeoff, and better technique over the bar. Most athletes leave centimeters on the table not because they lack raw athleticism but because their mechanics break down in the final steps before liftoff. Here’s how to fix that and add real height.
Why the Last Three Steps Matter Most
The entire approach exists to serve one purpose: converting your forward speed into upward lift. That conversion happens almost entirely in your last three steps, and the second-to-last step, called the penultimate step, is the key to the whole sequence.
The penultimate step is longer and lower than your other strides. Its job is to drop your center of gravity so that on the very next step, your plant foot, you have room to drive upward. Think of it like loading a spring. Without that deliberate lowering, you’ll run into the bar instead of rising over it. A common mistake is rushing through the final steps or keeping them all the same length, which robs you of the drop you need to generate lift.
To practice this, mark your last three steps on the track and exaggerate the penultimate step’s length. You should feel a noticeable dip in your hips on that step, followed by a tall, aggressive drive off your plant foot. Film yourself from the side and compare your hip height on the penultimate step versus the plant. If there’s no visible difference, you’re not loading enough.
The Approach Curve
High jump uses a curved approach, typically a J-shape, where you run in a straight line for the first few strides and then arc into the bar over the final four or five steps. This curve does two things for you. First, it creates a natural lean away from the bar, which sets up the rotation you need to go over it on your back. Second, it positions your takeoff foot at the right angle to the bar without you having to twist awkwardly at the last second.
Speed matters here, but only the speed you can control. Running faster than your technique allows will cause your plant foot to buckle or slide, killing your vertical force. Start with a moderate approach speed, nail the curve and the penultimate step, and then gradually add speed as your mechanics hold up. Most developing jumpers see more improvement from a consistent curve than from simply running harder.
Takeoff Mechanics
You must take off from one foot. That’s a rule, not a preference. Your takeoff foot is the one farther from the bar (left foot if you approach from the left side, right foot from the right). At the moment of takeoff, your plant leg should be nearly straight and slightly ahead of your body, acting like a pole vault pole that redirects your momentum upward.
Simultaneously, your “free” leg (the one closer to the bar) drives up hard, knee first, toward the sky. Your arms swing up in sync. This coordinated drive of the free leg and arms adds significant force to the jump. If your free leg is lazy or your arms stay low, you’re leaving height on the ground.
A useful drill is to practice the plant and drive without a bar. Run your curved approach, hit the penultimate step, plant, and drive straight up, focusing on how high you can get your free knee and how tall you feel at the top. Repeat until the timing feels automatic before adding the bar back in.
Clearing the Bar With Less Effort
Here’s the most counterintuitive thing about high jump: your center of mass doesn’t have to go over the bar. With the Fosbury Flop technique, your body arches over the bar in a rolling sequence (head and shoulders first, then hips, then legs) while your center of mass actually passes below the bar. This means you can clear a height that’s technically above what your jump alone could reach.
The arch is what makes this possible. Once you leave the ground, you lay back so your shoulders cross the bar first. As your hips approach the bar, you push them upward by arching your back, creating a deep curve in your spine. Once your hips clear, you snap your knees up and kick your lower legs out of the way. At no point is your entire body above the bar at the same time. Each part clears in sequence.
The most common bar clearance mistake is lifting your head to look at the bar as your hips cross it. This drops your hips and knocks the bar. Instead, keep your chin tucked toward your chest once your shoulders are past. Your hips will naturally rise higher. Another frequent error is leaving your legs dangling. Actively pull your knees toward your chest as soon as your hips clear, then extend your feet upward.
Building Explosive Power Off the Ground
Technique alone won’t keep raising the bar forever. You also need the raw power to launch your body higher, and plyometric training is the most direct way to build it. These exercises train your muscles and tendons to store and release energy quickly, which is exactly what happens during the plant step.
Five plyometric exercises that transfer well to high jump:
- Depth jumps to a target: Step off a box, land, and immediately jump as high as possible toward a ceiling target. 3 to 5 sets of 2 to 5 reps.
- Single-leg depth jumps over a hurdle: The same concept but on one leg, which mimics the single-foot takeoff. 2 to 5 sets of 2 to 4 reps.
- Hurdle hops: Consecutive two-footed jumps over a series of hurdles, focusing on minimal ground contact time. 2 to 3 sets of 4 to 8 reps.
- Drop jumps to a second box: Step off one box and immediately rebound onto another, training the stiffness in your ankles and knees. 3 to 5 sets of 4 to 8 reps.
- Short-box depth jumps with short rest: Lower box heights with less recovery between sets build reactive strength endurance. 3 to 6 sets of 4 to 8 reps.
Keep plyometric sessions separate from heavy lifting days, and limit them to two or three sessions per week. Quality matters far more than volume. If your last rep looks sloppy, the set is over.
Strength Training That Transfers
Plyometrics build speed and reactivity, but you also need a base of maximal strength to support them. Squats, single-leg squats, and deadlift variations build the leg and hip strength that powers the takeoff. Focus on getting stronger in the range of motion you actually use: a quarter to half squat depth mirrors the knee angle at plant, so heavy partial squats and trap bar deadlifts are particularly useful.
Core strength matters more than most jumpers realize. The arch over the bar requires your core to hold a deep extension under load, then snap into flexion to clear your legs. Exercises like hanging leg raises, back extensions, and hollow body holds build the specific trunk control you need in flight.
Gear: Why High Jump Spikes Help
High jump spikes are built differently from sprint spikes. They have a stiff sole and a set of spikes on the heel, not just the forefoot. This matters because the plant step drives enormous force through your heel. Sprint spikes aren’t designed for that impact, and jumping in them risks injury or lost energy at takeoff. High jump spikes let you plant hard and transfer as much speed as possible into upward motion without the sole compressing or your heel sliding.
You can absolutely start learning in regular track spikes or even trainers. But once you’re jumping competitively and planting with real force, dedicated high jump spikes make a noticeable difference in both safety and performance.
Putting It Together in Practice
Improvement in high jump rarely comes from fixing one thing. It comes from cleaning up the chain of events from approach to clearance so that no single link wastes energy. A practical way to train this is to work backward. Spend sessions on bar clearance drills from a short approach (three steps). Once your arch and leg snap are consistent, extend to a five-step approach and focus on the penultimate step and plant. Finally, run your full approach and let everything connect.
Film every session, even on your phone from the side. Small errors in the penultimate step or arm drive are nearly impossible to feel but obvious on video. Compare your footage to elite jumpers at the same camera angle and look for the moments where your positions differ from theirs. Those gaps are where your next centimeters are hiding.