Improving your standing long jump comes down to three things: stronger legs, better technique, and smarter training. Most people leave distance on the table not because they lack raw power, but because their takeoff angle, arm swing, or landing position is off. The good news is that each of these is trainable, and small fixes can add up to significant gains.
Why Arm Swing Matters More Than You Think
Your arms are the single easiest lever to improve. Research comparing jumps with and without arm movement found that a proper arm swing adds about 21% to total jump distance. For someone jumping 1.72 meters without arms, that translated to an extra 37 centimeters just from swinging.
About 71% of that improvement came from increased takeoff velocity. The arms don’t just create momentum during the jump itself. During the countermovement (when you dip down before launching), a vigorous backward-to-forward arm swing helps you generate more force through your legs by pre-loading the system. Think of it as your arms pulling your body forward and upward at the exact moment your legs push off the ground.
To practice this, stand with your feet shoulder-width apart and rehearse the timing: swing your arms back as you bend your knees, then drive them forward and up as you explode off the ground. Your arms should reach roughly head height at the moment your feet leave the floor. If you’ve been jumping with stiff or lazy arms, this alone will produce noticeable gains within a few sessions.
Dial In Your Takeoff Angle
Most jumpers launch at too steep an angle. Research on takeoff mechanics found that the optimal angle for maximum horizontal distance falls between 19 and 27 degrees from the ground. Yet most athletes naturally jump at 31 to 39 degrees, sending themselves too high and not far enough forward. The performance loss from this mistake is relatively small in absolute terms, but when you’re chasing every centimeter, flattening your trajectory helps.
A useful cue: think about driving forward, not up. Imagine you’re trying to clear a low fence rather than a high wall. You still need some height to give yourself flight time, but the priority is horizontal speed at takeoff.
Use Your Core as the Link
The standing long jump has three distinct phases: preparation (the countermovement dip), push-off, and flight. Your abdominal muscles fire hardest during the push-off phase, and they activate in a specific sequence. The deep core muscles engage first, stabilizing your trunk before the more superficial abdominal muscles kick in to transfer force from your legs through your torso.
If your core is weak or poorly coordinated, energy leaks out at the midsection. Your legs might produce plenty of force, but your upper body lags behind or folds forward. Core training for jump performance doesn’t mean crunches. Exercises that demand rapid trunk stabilization, like medicine ball throws, hanging leg raises, and anti-rotation holds, build the kind of stiffness your core needs during a fast, explosive movement.
Build Leg Strength First
There’s a strong relationship between maximal lower-body strength and jump distance. One study found a correlation of 0.805 between squat max and standing long jump performance, which is a nearly direct relationship. Stronger legs produce more force at takeoff, and no amount of technique refinement can fully compensate for a lack of raw power.
Squats, deadlifts, and split squats are the foundation. If you can’t squat at least 1.5 times your body weight, prioritizing strength gains will likely do more for your jump than any other intervention. Once you have a solid strength base, you can layer on more explosive work.
Add Plyometrics the Right Way
Plyometric training, exercises that involve rapid stretching and contracting of muscles like box jumps, broad jumps, and bounding, is the standard tool for converting strength into explosive power. However, the programming details matter. One study on adolescent athletes found that a six-week plyometric program (both horizontal and vertical variations) produced no measurable improvement in standing long jump distance, likely because the duration and intensity weren’t sufficient.
The takeaway isn’t that plyometrics don’t work. It’s that you need enough training volume over enough time, paired with adequate strength, for adaptations to occur. Most successful plyometric programs in the research run 8 to 12 weeks. Rest between sets should be two to four minutes to avoid fatigue that degrades technique and increases injury risk. Quality of each rep matters far more than quantity. If you’re landing sloppy or feeling sluggish, you need more rest or fewer reps.
For horizontal power specifically, focus on exercises that mirror the standing long jump pattern: broad jumps for distance, single-leg bounding, and lateral bounds. Two to three plyometric sessions per week, with at least 48 hours between them, gives your nervous system enough recovery time to adapt.
Fix Your Landing to Gain Free Distance
Many people focus entirely on takeoff and ignore the fact that the jump is measured from where your heels hit the ground, or from your rearmost contact point if you fall backward. A better landing position can add several centimeters without any change in actual flight distance.
The goal is to extend your feet as far forward as possible at the moment of landing while keeping your center of mass moving forward so you don’t topple backward. Track and field long jumpers do this by tucking their knees during the middle of flight and then kicking their legs out in front of them just before touchdown. In a standing long jump, the same principle applies on a smaller scale.
During the last portion of your flight, actively drive your knees up toward your chest, then extend your legs forward. As your heels contact the ground, let your hips slide forward to the point where your feet landed. If you’re consistently falling backward on landing, you’re probably extending your legs too early in the flight, which shifts your center of mass behind your feet. Delay the leg extension until the very end.
What Shoes to Wear
Footwear makes a small but real difference. A study comparing barefoot and shod performance in children found that shoes added about 5 centimeters to standing long jump distance. The likely reason is that a firm-soled shoe helps transfer calf muscle force more efficiently into the ground. For testing or competition, wear flat, firm-soled athletic shoes rather than heavily cushioned running shoes, which absorb some of the energy you’re trying to put into the ground. Wrestling shoes, indoor court shoes, or minimal trainers tend to work well.
Typical Distances by Age
If you’re wondering where you stand, here are 50th-percentile (median) values from a large study of children and adolescents. All distances are in centimeters.
- Age 10: 142 cm (boys), 138 cm (girls)
- Age 12: 164 cm (boys), 151 cm (girls)
- Age 14: 166 cm (boys), 138 cm (girls)
- Age 16: 180 cm (boys), 131 cm (girls)
- Age 18: 178 cm (boys), 123 cm (girls)
Trained adult men typically land in the 240 to 280 cm range, while trained adult women often reach 190 to 230 cm, though these numbers vary widely by sport and training background. If you’re well below the median for your age or training level, technique and strength work will likely produce rapid improvement. If you’re already near the top end, gains come slower and require more precise programming.
Putting It All Together
A practical weekly plan for improving your standing long jump might look like this: two or three lower-body strength sessions built around squats and deadlifts, two plyometric sessions emphasizing horizontal jumps with full recovery between sets, and dedicated technique practice where you film yourself and check your arm swing timing, takeoff angle, and landing position. Core work fits naturally into your warm-up or cooldown.
Give the program at least 8 to 12 weeks before expecting significant measurable gains. Strength adaptations take time, and your nervous system needs repeated exposure to explosive movements before it becomes efficient at producing them. Track your jump distance every two to three weeks under consistent conditions (same surface, same shoes, same warm-up) so you can see what’s working.