Jump rope
Also called rope skipping, skipping rope.
What does jumping rope involve?
Jump rope is a cardio movement in which you turn a rope around your body and make repeated jumps so it can pass beneath your feet. In the standard version, both feet leave and meet the floor together while the wrists guide the rope. The calf muscles contribute strongly, with the quadriceps, hamstrings and shin muscles also involved. Jump rope can fit several kinds of sessions, so this guide teaches the movement without prescribing a workout.
How do you jump rope?
Set up
- Choose a rope that can clear your head and feet, and stand where its full arc will not hit anything.
- Hold one handle in each hand with the rope behind your heels, your elbows near your sides and your hands just outside your hips.
Execution
- Sweep the rope forward and overhead by turning your wrists while keeping your torso upright and your shoulders relaxed.
- As the rope approaches your toes, make a small two-foot jump so it passes underneath.
- Land softly on the front half of both feet with your knees slightly bent, then turn the rope through the next pass.
Common mistakes
Swinging the whole arms
Wide arm circles pull the handles away from the hips and change the rope's path. Keep the elbows nearby and let the wrists guide the turn.
Jumping much higher than the rope needs
A large jump makes the movement harder to repeat and can leave you landing stiffly. Use only enough height for the rope to clear your feet.
Landing with straight, rigid legs
Meet the floor through the front half of the feet and let the ankles and knees bend rather than locking the legs on contact.
Where it fits in a session
Wherever jump rope fits the purpose of the session.
Follow the plan for that session. Duration, pace, cadence, intensity, intervals and progression are intentionally not prescribed here.
Muscles worked
Primary
Secondary
Schematic surface view. Some muscles are partly visible or not shown.
Jump rope is cardio rather than a resistance exercise aimed at one muscle. The calves repeatedly contribute at takeoff and landing, while muscles at the front and back of the thigh and shin also take part. The list describes involvement rather than ranking a training effect.
Scientific studies on jumping rope
Jump-rope research includes dedicated cardio programs and rope work added to an existing sport routine. A result from one program does not prescribe the pace or duration for every session.
Structured jump-rope training can improve aerobic fitness. It has also been studied as a small addition to runners’ warm-ups. These findings concern specific programs and populations, not a guarantee of fat loss or a reason to replace running practice.
Can jumping rope improve aerobic fitness?
An eight-week trial randomly assigned 59 healthy young adults to interval rope skipping, continuous rope skipping or no exercise. Both rope-skipping groups improved maximum oxygen uptake, a measure of aerobic fitness, and performed better than the control group at the end.
The programs differed in both intensity and weekly frequency, so the trial does not isolate the effect of intervals alone. It found no clear body-composition change. Fitness improvement should not be read as a guaranteed fat-loss result or an exact calorie estimate.
Sources
Can rope work help runners?
In a study of 96 amateur endurance runners, one group included jumping rope in its warm-up for ten weeks while continuing running training. Its three-kilometre time-trial performance improved; the group keeping its usual routine showed no significant change.
Changes in jump reactivity and foot-arch stiffness were associated with the running improvement, but that does not prove they caused it. This was a warm-up addition to running, not a comparison showing that rope skipping can replace running. The abstract does not specify a single foot pattern, so it does not prove the basic two-foot version is uniquely responsible.
Sources
Variations
- Alternating-foot jump rope — Switches the landing foot from one rope pass to the next instead of jumping with both feet together.
- Single-leg jump rope — Keeps one foot off the floor while the other clears each rope pass.
Frequently asked questions
What muscles does jump rope work?
The calf muscles contribute strongly to the repeated takeoffs and landings. The quadriceps, hamstrings and tibialis anterior at the front of the shin also take part. Jump rope is still cardio rather than an exercise designed to isolate one of those muscles.
How high should you jump?
Jump only high enough for the rope to pass beneath both feet. If you need a large jump or have to tuck your knees, first check that the rope has room to turn and that your hands have not drifted far from your hips.
Why does the rope keep hitting my feet?
Stop and reset with the rope behind your heels. Keep the hands close to your hips, turn from the wrists and wait until the rope approaches your toes before jumping. Practise one clean pass at a time if the rope path changes as soon as you repeat the movement.
Do both feet have to jump together?
The standard version shown here uses both feet together. Alternating feet and single-leg jumps are separate variations, so changing the foot pattern does not make the movement wrong; it makes it a different version.
How long should you jump rope?
That depends on why jump rope is in the session. A warm-up, a general cardio session and preparation for a sport call for different choices. Follow the plan for that session rather than treating one duration or effort as correct for everyone.
Sources
- Lin Y, et al. The Influence of Different Rope Jumping Methods on Adolescents' Lower Limb Biomechanics during the Ground-Contact Phase. Children (Basel). 2022. https://pmc.ncbi.nlm.nih.gov/articles/PMC9139829/
- Yu H-B, et al. Effects of Footwear Selection on Plantar Pressure and Neuromuscular Characteristics during Jump Rope Training. Int J Environ Res Public Health. 2023. https://pmc.ncbi.nlm.nih.gov/articles/PMC9913986/
- Phongchin W et al. Rope-skipping programs, fitness and body composition. 2025. https://pubmed.ncbi.nlm.nih.gov/39994454/
- García-Pinillos F et al. Jump-rope warm-ups and running performance. 2020. https://pubmed.ncbi.nlm.nih.gov/32163923/