Long Jump Technique Breakdown: Approach, Takeoff, Flight & Landing (2026)

By Sarah Miller · May 26, 2026

The Four Phases of Long Jump

The long jump is one of the most technically demanding events in track and field. Success depends on four distinct phases that must flow together seamlessly: the approach run, takeoff, flight, and landing. Even world-class athletes spend years refining each phase. This guide breaks down the biomechanics and practical tips for each stage.

Phase 1: The Approach Run

The approach run builds the horizontal speed that converts into distance. Elite jumpers reach speeds of 10-11 m/s (22-25 mph) by the time they hit the board.

Length and Steps

Most competitive jumpers use a 16-22 step approach (about 35-50 meters). Beginners should start with 12-14 steps and add length as their speed and consistency improve. The key is not maximum steps but maximum controllable speed.

The Check Marks

Use two check marks on the runway to verify your stride pattern:

First mark: At step 4-6, confirming your acceleration pattern is consistent
Second mark: At 4-6 steps before the board, confirming you'll hit the board accurately

Practice your approach hundreds of times until your steps become automatic. A foul at the board wastes your best jumps.

Acceleration Pattern

The approach follows a gradual acceleration curve:

Steps 1-6: Drive phase, powerful pushes, gradual rise
Steps 7-14: Transition to upright running, building speed
Final 4 steps: Maximum controlled speed, slight adjustment for board accuracy

Phase 2: Takeoff

The takeoff is where horizontal speed converts into vertical lift. It lasts just 0.11-0.13 seconds but determines the trajectory of your jump.

Penultimate Step

The second-to-last step is slightly longer and lower, dropping your center of mass by about 10-15 cm. This "penultimate step preparation" stores elastic energy and sets up the explosive takeoff.

Takeoff Step

The final step is shorter and faster. Your takeoff foot should land flat or slightly heel-first, directly under or slightly ahead of your center of mass. The angle of your takeoff leg should be about 155-165 degrees at the knee.

Arm and Free Leg Action

At takeoff, drive your free knee up aggressively to at least hip height (parallel to the ground). Your arms swing forward and up, adding 10-15% to your vertical impulse. Elite jumpers coordinate this arm/leg drive precisely with the takeoff leg extension.

Takeoff Angle

The optimal takeoff angle for long jump is 18-22 degrees. This is much lower than the theoretical 45-degree physics answer because you need to preserve most of your horizontal speed. Too steep an angle sacrifices distance; too flat wastes your vertical impulse.

Phase 3: Flight

Once airborne, you cannot change your center of mass trajectory — it's determined entirely by takeoff velocity and angle. Flight technique is about maintaining balance and preparing for an optimal landing.

The Sail Technique

The simplest flight technique, best for beginners. After takeoff, you simply hold your position with the free leg forward and arms extended, "sailing" through the air before bringing your legs forward for landing. Easy to learn but doesn't counter forward rotation effectively.

The Hang Technique

After takeoff, you extend your body into an arch (the "hang" position), then bring your legs forward just before landing. The hang position slows your forward rotation by extending your moment of inertia. Suitable for intermediate jumpers who can clear 5.5+ meters.

The Hitch-Kick

The most complex and effective technique, used by most elite jumpers. You perform 1.5 or 2.5 "running" steps in the air, which counteracts forward rotation through angular momentum. The hitch-kick allows you to stay upright longer and land with your feet farther forward. It requires significant coordination and practice.

Phase 4: Landing

The landing can add or lose 20-30 cm from your jump. The goal is to get your feet as far forward as possible without falling backward.

Leg Extension

About one stride length before the sand, extend both legs forward and slightly upward. Your heels should touch the sand as far from the takeoff point as possible.

Body Collapse

As your heels contact the sand, bend your knees and let your momentum carry your body forward and to the side. The key is to avoid falling backward — your measurement is taken from the nearest mark in the sand to the takeoff board.

Arm Action

Sweep your arms forward during landing to pull your upper body past your feet. Some jumpers use a "sweep back" technique, swinging arms backward to pull the hips forward.

Common Mistakes to Avoid

Looking down at the board: Causes deceleration and fouls. Trust your approach and look ahead.
Slowing for the board: "Steering" to hit the board costs 10-20 cm of distance per jump.
Over-rotating in flight: Leads to landing on your hands or falling backward.
Sitting in the sand: Falling backward after landing can lose 30+ cm.
Insufficient approach practice: The approach accounts for 70% of jump distance.

Training Drills

Approach run practice: 20-30 full approaches per session, no jumping, just consistency
Short approach jumps: 6-8 step approaches to focus on takeoff without fatigue
Bounding: Alternating bounds for power and stride length
Depth jumps: Step off a box and immediately jump for reactive strength
Hanging leg raises: Core strength for landing position