Jumping far comes down to three things: how much force you push into the ground, the angle you launch your body, and how well you coordinate your arms and legs through every phase of the jump. Small technique changes can add significant distance. In one study, simply using a full arm swing added over 21% to jump distance compared to jumping with restricted arms. That’s the difference between landing at 1.72 meters and 2.09 meters with no added strength at all.
The Four Phases of a Long Jump
Every horizontal jump, whether standing or with a run-up, breaks into four phases: preparation, takeoff, flight, and landing. Understanding what your body should be doing in each phase gives you specific cues to focus on during practice.
In the preparation phase, you start from a standing position and drop into a half squat while swinging your arms back. This loads your legs like a spring and creates the stretch in your front thigh muscles that fuels the explosive extension to come. Your weight should shift forward over the balls of your feet.
The takeoff phase is where distance is won or lost. Your body should have a pronounced forward lean as you leave the ground. Your front thigh muscles, which were stretching during the squat, snap into a rapid contraction to extend your knees and hips simultaneously. Your arms drive forward and upward in sync with the leg extension. The greater the force you put into the ground during this fraction of a second, the longer your flight distance will be.
During the flight phase, your arms block (stop their forward swing) while your legs tuck up and then reach forward to prepare for landing. You can’t change your trajectory once you’re airborne, but tucking and extending your legs at the right time determines where your feet touch down relative to your center of mass.
The landing phase determines your final measured distance. You want to land with your heels out in front of your hips, legs extended, then immediately drive your upper body forward over your feet to avoid falling backward. Think of pulling your hips through your heels and past your initial landing spot.
Why Arm Swing Matters So Much
Your arms are the single easiest variable to improve. Research published in the Journal of Biomechanics found that subjects jumped 21.2% farther when using a full arm swing compared to jumping with their arms held still. The mechanism is straightforward: your arms generate upward and forward momentum during takeoff that transfers to your whole body. They also help you maintain balance in the air and set up a better landing position.
To get the most from your arm swing, drive both arms back behind your hips during the squat, then swing them forward and up as you extend your legs. Your arms should reach roughly overhead at the peak of your jump. Just before landing, sweep them back down past your legs in a scooping motion. This forward rotation of your upper body counteracts the natural tendency to fall backward on landing, letting you stick the landing farther forward.
Building the Strength That Powers Distance
Leg strength is the engine behind jump distance. Research on elite soccer players found a strong correlation (r = 0.78) between maximal squat strength and jump height, and the relationship holds for horizontal jumping as well. Athletes who could squat more also sprinted faster and jumped higher across every test. This isn’t surprising: the more force your legs can produce against the ground in a short time, the faster you launch.
For practical training, focus on two categories: heavy strength work and explosive plyometrics.
For strength, squats and split squats build the raw force capacity in your quads, glutes, and hamstrings. You don’t need to chase a one-rep max, but progressively adding weight over weeks will directly improve your jump. Even getting your squat to 1.5 times your body weight makes a noticeable difference for most people.
For explosiveness, plyometric drills teach your muscles to produce force quickly. Effective options include:
- Pogo jumps: Quick, stiff-legged bounces that train your ankles and calves to be reactive. Start with 2 sets of 6 reps and progress to 3 sets of 10.
- Single-leg jumps uphill or on steps: Build unilateral power. Try 2 sets of 10 per leg.
- Practice standing long jumps: The best way to improve the jump is to do the jump. Perform 1 to 3 sets of 3 maximum-effort attempts, comparing each jump to the one before it. Stand at the edge of a soft surface to avoid slipping.
Dialing In Your Takeoff Angle
In a running long jump, the optimal takeoff angle is lower than most people assume. It’s not 45 degrees, the theoretical ideal from physics class, because that model ignores a critical real-world factor: you can’t maintain the same speed at every angle. As you jump at steeper angles, your takeoff speed drops. Research measuring experienced long jumpers across a range of angles confirmed that each athlete’s best competition angle matched their calculated optimum, which accounts for this speed tradeoff. For most competitive long jumpers, that works out to somewhere around 20 to 25 degrees.
For a standing long jump, the angle is slightly higher since there’s no run-up speed to preserve. Focus on driving both out and up rather than just forward. A useful cue: imagine launching yourself toward a spot on the ground about 45 degrees above the horizon, then let your legs reach forward in flight. If you’re consistently landing short, you’re probably jumping too flat. If you’re going high but not far, you need more horizontal drive.
How to Stick the Landing
A poor landing can cost you 10 to 20 centimeters, which is the difference between an average and a good jump for most age groups. The key mistake is falling backward after your feet hit the ground.
Here’s the sequence that prevents it: just before landing, your arms should be overhead. As your heels reach forward, drive your arms down past your legs in a fast scooping motion. This creates forward rotation in your upper body at the exact moment your feet contact the ground. Your goal is to pull your hips forward, past where your heels first landed. Some jumpers pull straight ahead, others pull slightly to one side. Either works, as long as your weight moves forward and not back.
Practice this as a separate drill. Sit on the edge of a low box or chair, swing your arms, and launch yourself forward out of the seated position, focusing on driving your hips past your feet. This isolates the landing mechanics so they become automatic.
Performance Benchmarks by Age
Knowing where you stand helps you set realistic goals. These standing long jump distances, drawn from a large study of children and adolescents aged 6 to 18, show what average (50th percentile) and strong (90th percentile) performance looks like.
For males: a 10-year-old averages about 142 cm (4 feet 8 inches), with top performers reaching 173 cm. By age 14, the average is 166 cm and elite is 205 cm (6 feet 9 inches). Peak performance in this age range hits around 17, where the average is 195 cm and elite jumpers reach 228 cm (7 feet 6 inches).
For females: a 10-year-old averages 138 cm, with top performers at 175 cm. Performance peaks around age 11, where the average is 152 cm and elite reaches 175 cm. After puberty, female averages settle between 123 and 139 cm for ages 15 to 18, while elite performers maintain distances around 157 to 176 cm.
Trained adult men typically clear 2.4 to 2.8 meters in the standing long jump, while trained adult women land in the 1.8 to 2.3 meter range. If you’re currently well below these numbers, technique improvements alone, especially arm swing and landing mechanics, will produce the fastest gains. Once your technique is solid, strength and plyometric training push you further.