The pogo jump is one of the most underrated exercises in athletic training. It looks deceptively simple: rapid continuous jumps on the balls of the feet with minimal knee bend. But the simplicity of the movement is precisely what makes it so specific and so effective. Pogo jumps train the ankle spring mechanism and the reactive strength of the lower leg in a way that no other common exercise fully replicates.
For runners, the pogo jump is one of the most directly transferable exercises available. For field sport athletes, it develops the foot speed and reactive ankle stiffness that underpin quick direction changes and explosive first steps. For anyone building a plyometric training foundation, it is the logical starting point before progressing to depth jumps and more demanding reactive exercises.
This guide covers the mechanics of the pogo jump, the full range of variations, and how to programme them effectively for different athletic goals.
What a Pogo Jump Is
A pogo jump is a rapid, continuous jumping exercise performed on the balls of the feet where the primary propulsion comes from ankle plantarflexion rather than knee extension. The knees remain relatively straight throughout, and the body moves vertically with minimal hip and knee involvement. The name comes from the resemblance to the movement of a pogo stick, where the spring mechanism provides the bounce rather than a deeply bending joint system.
How pogo jumps differ from other jumping exercises:
Standard jump or squat jump: Uses significant knee and hip bend for power. Trains the slow stretch-shortening cycle. Ground contact time is 300 to 500 milliseconds or more.
Countermovement jump: Uses a rapid dip and extension of the hip, knee, and ankle. Trains the slow to moderate stretch-shortening cycle.
Box jump: Primarily trains concentric jump power from a stationary position.
Depth jump: Uses a box drop to create a rapid landing that is immediately redirected into a jump. Trains the fast stretch-shortening cycle at the whole-leg level.
Pogo jump: Trains the fast stretch-shortening cycle specifically at the ankle and Achilles tendon level, with minimal knee and hip involvement. Ground contact time is 100 to 200 milliseconds in well-trained athletes.
This ankle-specific loading is what makes pogo jumps unique. They isolate and develop the Achilles tendon spring mechanism more specifically than any other common exercise.
What Pogo Jumps Develop
Achilles tendon stiffness and elastic energy return: The primary adaptation of pogo jump training. The rapid loading and unloading of the Achilles tendon during each contact stores and returns elastic energy that directly contributes to running push-off power and the spring-like quality of efficient running mechanics.
Reactive strength at the ankle: The fast stretch-shortening cycle trained by pogo jumps develops the neuromuscular coordination and tendon properties that allow the ankle to produce force rapidly during very brief ground contacts. This is directly relevant to running ground contact time, sprint mechanics, and jumping.
Calf and soleus endurance: The repetitive calf contraction of continuous pogo jumps develops muscular endurance in the gastrocnemius and soleus, which supports the ability to maintain running push-off mechanics during long runs and late in races.
Foot and ankle stability: The precise balance demands of rapid pogo jumping on the balls of the feet develop the ankle and foot stability structures that reduce ankle sprain risk during dynamic athletic movements.
Running economy: Research on plyometric training for runners has found that ankle-stiffness-focused plyometrics, including pogo jumps, improve running economy by increasing the efficiency of elastic energy return during each running stride.
How to Do Pogo Jumps: Step-by-Step
Bilateral Pogo Jump (Basic)
Setup:
Stand with feet approximately hip-width apart on a firm, flat surface. Wear athletic shoes with adequate support. Barefoot pogo jumps on grass are appropriate once the basic technique is established.
The movement:
- Rise onto the balls of both feet
- Perform rapid continuous jumps using only ankle extension and the elastic rebound of the Achilles tendon
- The knees remain relatively straight throughout, bending only slightly (10 to 20 degrees) at the bottom of each contact
- The hips remain relatively stable, not driving upward as in a countermovement jump
- The arms stay relaxed at the sides or make small synchronised movements with the jump rhythm
- The contact with the ground is made on the balls of the feet, not the heels
- The heels may very briefly brush the ground between contacts in a relaxed pogo, or may not contact at all in a more demanding version
- Continue for the prescribed duration or repetitions
The rhythm: Pogo jumps should have a consistent, metronomic rhythm. Think of the sound: it should be a rapid, consistent tapping rather than an irregular pattern of heavy landings.
Key cues:
- Stiff ankles, not stiff knees. The ankles should be relatively stiff and reactive, bouncing off the ground quickly. The knees should have only a small bend, not a significant squat. If the knees are bending significantly, the pogo jump has become a squat jump.
- Land and immediately leave. Think of the feet as touching a hot surface and immediately bouncing off. Every fraction of a second spent on the ground after the optimal contact window reduces the reactive training stimulus.
- Stay tall. The trunk stays upright throughout. Collapsing forward or sideways during pogo jumps indicates insufficient ankle stability or fatigue.
- Ball of foot contact. Every contact should be through the balls of the feet. Heel contacts indicate the ankle is not managing the landing through stiffness and elastic rebound.
Common mistakes:
- Too much knee bend: Turns the exercise into a slow-SSC squat jump. Reduces specificity to the Achilles tendon spring mechanism.
- Inconsistent rhythm: Pausing between contacts defeats the purpose of continuous reactive loading. Maintain the consistent rhythm throughout the set.
- Too heavy a landing: A loud, thudding landing indicates the Achilles and calf are not managing the elastic loading effectively. Reduce contact force by jumping lower until the technique is clean.
- Heel dropping: The heel touching first or dropping between contacts increases Achilles tendon stress without the productive elastic loading of ball-of-foot contact.
Pogo Jump Variations
Single-Leg Pogo Jump
Purpose: The most important pogo jump variation for athletic performance. Single-leg pogo jumps double the demand on the calf and Achilles of the working leg, developing the unilateral reactive strength most relevant to running and sport-specific movements where one leg contacts the ground at a time.
How to do it:
- Balance on one foot on the ball of the foot
- Perform continuous rapid jumps on the single leg using ankle extension
- The knee remains relatively straight throughout
- Maintain the same rhythm as the bilateral version
- Complete the set on one leg before switching
- Begin with lower heights and shorter sets than the bilateral version
Key cue: Compare left and right. Single-leg pogo jumps reveal asymmetries in Achilles tendon stiffness and calf reactive strength between legs that bilateral versions mask. If one leg noticeably produces louder landings, lower height, or less consistent rhythm, that leg has a reactive strength deficit worth addressing.
Progression: Begin with the bilateral version and progress to single-leg when 3 sets of 20 bilateral pogo jumps can be performed with consistent, clean technique.
Forward Pogo Jump
Purpose: Adds a horizontal component to the pogo jump, developing the reactive ankle stiffness in the horizontal force production direction most relevant to running and sprint acceleration.
How to do it:
- Perform continuous pogo jumps while moving forward at a slow pace
- Each jump covers a small amount of forward distance (30 to 50 centimetres per contact)
- Maintain the same ankle-dominant, stiff-knee mechanics as the stationary version
- Continue for a prescribed distance rather than a time
Key cue: The forward movement should feel like bouncing forward on a pogo stick, not like running with stiff legs. The propulsion should come from ankle extension rather than from pushing backward with the whole leg.
Lateral Pogo Jump
Purpose: Develops reactive ankle stiffness and foot speed in the lateral direction, relevant to direction changes in court and field sports.
How to do it:
- Perform continuous pogo jumps while moving laterally
- Each jump covers a small amount of lateral distance
- Maintain the ankle-dominant mechanics throughout
- Perform the prescribed distance in one direction, then return
Pogo Jump With Arm Drive
Purpose: Integrates arm coordination with the ankle spring mechanism, developing the full-body rhythm that transfers to running arm-leg coordination.
How to do it:
- Perform standard bilateral pogo jumps
- Add a synchronised arm drive: arms swing downward as the feet contact and upward during the jump
- The arm drive should enhance the height of each jump without disrupting the ankle-dominant mechanics
Reactive Pogo Jump (Chaos Pogo)
Purpose: Adds a reactive element to pogo jumps by requiring the athlete to respond to unpredictable cues (a partner’s signal, a ball, or a light) while maintaining pogo mechanics.
How to do it:
- Perform continuous bilateral pogo jumps
- A partner calls directions: forward, backward, left, right
- Immediately react to the direction called while maintaining the pogo rhythm
- This develops the reactive footwork pattern relevant to sport-specific agility
Weighted Pogo Jump
Purpose: Adds external resistance to increase the demand on the calf and Achilles, appropriate only for advanced athletes with excellent basic pogo jump mechanics.
How to do it:
- Hold light dumbbells (2 to 5 kilograms) at the sides
- Perform standard bilateral pogo jumps with the added load
- The load should not noticeably change the mechanics. If it does, it is too heavy.
How Pogo Jumps Connect to Running Performance
The connection between pogo jumps and running performance is one of the most direct of any training exercise to running mechanics, and it operates through several specific mechanisms:
Achilles tendon spring function: Running propulsion is heavily dependent on the Achilles tendon’s ability to store elastic energy during the loading phase of ground contact and return it during push-off. Pogo jumps train this spring mechanism more directly than any other exercise because they specifically isolate the ankle plantarflexion-dorsiflexion spring cycle without involving hip and knee extension.
Ground contact time reduction: Pogo jump training increases the stiffness and reactive capacity of the Achilles tendon, allowing it to manage the ground contact load more rapidly. This directly reduces running ground contact time, which as covered in the running ground contact time article on this site, is a primary determinant of running economy.
Running cadence support: The neuromuscular pattern of rapid, rhythmic pogo jumps is directly analogous to the rhythm of running cadence. Athletes who regularly perform pogo jumps develop the neuromuscular timing of rapid foot contacts that supports higher running cadence.
Shin splint prevention: By developing calf and Achilles endurance and reactive capacity, pogo jumps reduce the compensatory loading on the tibialis anterior and tibial periosteum that occurs when the Achilles tendon spring mechanism is weak. This directly reduces shin splint risk during mileage increases.
Where Pogo Jumps Fit in a Plyometric Progression
Pogo jumps occupy a specific position in the plyometric exercise hierarchy:
Entry-level plyometrics (learning reactive landing and jumping):
Box jumps, broad jumps, simple hurdle hops
Intermediate plyometrics (developing reactive strength):
Pogo jumps, ankle hops, bounding → Pogo jumps are here
Advanced plyometrics (maximising fast SSC performance):
Depth jumps, single-leg depth jumps, depth jump to sprint
Pogo jumps are simultaneously the most advanced exercise in the intermediate tier and the most appropriate foundation for the advanced tier. Athletes who cannot perform clean pogo jumps with consistent rhythm and ball-of-foot contact are not ready for depth jumps.
The specific prerequisite role of pogo jumps:
Before attempting depth jumps, an athlete should be able to perform 3 sets of 20 consecutive bilateral pogo jumps with consistent technique and 3 sets of 15 single-leg pogo jumps per leg. This demonstrates sufficient Achilles tendon stiffness and calf reactive strength to tolerate the greater demands of depth jumps.
Programming Pogo Jumps
For running performance (integrated into running programme):
- Frequency: 2 to 3 sessions per week, on easy run days
- Session format: Bilateral pogo jumps 3 x 20 repetitions, forward pogo jumps 3 x 20 metres, single-leg pogo jumps 3 x 15 per leg
- When in session: Before the run, after a thorough warm-up
- Duration of programme: Continuous as a maintenance exercise
For plyometric foundation development (pre-depth jump):
- Phase 1 (weeks 1 to 2): Bilateral pogo jumps 3 x 15, ankle hops 3 x 20m
- Phase 2 (weeks 3 to 4): Bilateral pogo jumps 3 x 20, forward pogo jumps 3 x 20m
- Phase 3 (weeks 5 to 6): Single-leg pogo jumps 3 x 12 per leg, lateral pogo jumps 3 x 15m each way
- Phase 4 (weeks 7 to 8): Single-leg pogo jumps 3 x 15 per leg, introduce depth jumps from 30cm box
For sprint athletes:
- Pogo jumps 4 x 20 before sprint sessions as a neural activation exercise
- Forward pogo jumps into sprint transition: 4 x 20m pogo immediately transitioning into a 20m sprint
- Single-leg pogo jumps 3 x 15 per leg as a standalone reactive strength exercise
For team sport athletes:
- Bilateral pogo jumps 3 x 20 as a warm-up activation exercise before training
- Reactive pogo jumps (chaos pogo) 3 x 20 seconds during agility training
- Lateral pogo jumps 3 x 15m as a footspeed drill
Volume guidelines:
Pogo jumps are less demanding than depth jumps and can be performed at higher volumes:
- Beginner: 60 to 100 contacts per session
- Intermediate: 100 to 150 contacts per session
- Advanced: 150 to 200 contacts per session
A Complete Pogo Jump Session
This standalone pogo jump session is designed for an intermediate athlete looking to develop reactive strength and running economy:
Warm-up (5 minutes):
- Easy jogging 3 minutes
- Ankle circles 10 per direction per foot
- Calf raises 2 x 15
- Quick feet in place 3 x 10 seconds
Main session:
- Bilateral pogo jumps: 4 x 20 repetitions (2 minutes rest between sets)
- Forward pogo jumps: 3 x 30 metres (90 seconds rest)
- Single-leg pogo jumps: 3 x 15 per leg (90 seconds rest between legs)
- Lateral pogo jumps: 3 x 15 metres each direction (90 seconds rest)
Cool-down (5 minutes):
- Easy walking 2 minutes
- Calf stretch 2 x 30 seconds per leg
- Plantar fascia stretch 2 x 30 seconds per foot
Total session time: Approximately 25 to 30 minutes
Frequently Asked Questions
Are pogo jumps good for beginners?
Bilateral pogo jumps at a moderate height and pace are appropriate for athletes who have basic fitness and no current lower limb injury. They are significantly less demanding than depth jumps and do not require the strength prerequisites that depth jumps demand. However, beginners should start with lower heights and shorter sets, focusing on technique before volume or intensity. Anyone with Achilles tendinopathy or calf pain should consult a physiotherapist before starting pogo jump training.
How high should I jump during pogo jumps?
The height of each pogo jump should be moderate rather than maximum, approximately 5 to 15 centimetres. Higher jumps are not the goal. The goal is minimal contact time and maximum rhythm consistency. Athletes who try to jump as high as possible during pogo jumps tend to use more knee bend and slow their rhythm, losing the ankle-specific reactive training stimulus that makes pogo jumps valuable.
How are pogo jumps different from just jumping rope?
Jump rope and pogo jumps are closely related and train similar qualities. The key difference is that pogo jumps are more easily quantified, progressable, and variable. Single-leg pogo jumps, forward pogo jumps, and lateral pogo jumps are not replicable with a jump rope. Jump rope is an excellent complementary exercise to pogo jumps and can be used interchangeably for the bilateral variation in most contexts.
Can pogo jumps cause Achilles injuries?
Pogo jumps load the Achilles tendon repeatedly and at relatively high rates. For athletes with existing Achilles tendinopathy, pogo jumps may aggravate symptoms if introduced too aggressively. The approach for athletes with Achilles tendinopathy is to first complete a progressive Achilles rehabilitation programme (eccentric calf raises and isometric loading) before introducing pogo jumps at very low heights and volumes. For healthy athletes without Achilles issues, pogo jumps progressively strengthen the Achilles and reduce injury risk rather than increasing it.
How long before pogo jumps improve running performance?
Research on plyometric training programmes including ankle-focused exercises typically shows measurable improvements in running economy and ground contact time within 6 to 8 weeks of consistent training 2 to 3 times per week. Subjective improvements in the spring-like feeling of running are often noticed earlier, typically within 3 to 4 weeks.