Implementing Olympic Weightlifting Derivatives in Soccer Strength & Conditioning

By Sergii Putsov, Weightlifting Coach & PhD

The World Cup 2026 is here, coaches and players are searching for every advantage to enhance performance on the pitch. Modern soccer demands lightning‑fast sprints, explosive changes of direction, powerful jumps and relentless endurance.  

Players cover up to 12–13 km per match, with numerous high‑intensity sprints, accelerations and decelerations. Winning aerial duels, out‑muscling opponents and bursting past defenders often depend on an athlete’s ability to rapidly generate and apply force.

Traditional strength programs often focus on maximal lifts such as squats and deadlifts. While these remain essential, they do not fully address the speed–power continuum that underpins elite soccer performance. 

Olympic weightlifting derivatives - explosive movements derived from the clean, snatch and jerk develop rate‑of‑force‑development and triple‑extension power more efficiently than almost any other exercise. 

Importantly, recent surveys show that 67 % of professional soccer strength & conditioning  coaches prescribe Olympic lifting exercises, and their most common choices are derivatives such as hang cleans and jump shrugs. These coaches note that derivatives provide most of the benefits of full lifts while being easier to teach and less time‑consuming.

What Are Olympic Weightlifting Derivatives?

Olympic weightlifting consists of two full lifts: the snatch and the clean & jerk along with their associated pulls, presses and squats.  Full lifts start from the floor and require catching the bar in a deep squat and standing up. They demand significant mobility, timing and technical skill; learning them properly can take months.  By contrast, derivatives isolate the most explosive phase of the lift, the second pull, while removing complex elements like the initial pull from the floor or the full catch.  They include exercises such as:

Hang Power CLEAN / Mid‑Thigh Power Clean 

Starting from just above or at the knee, the athlete explosively extends the hips, knees and ankles, pulling the bar upward and catching it on the shoulders with minimal squat depth.

Clean PULL / Jump Shrug / High PULL 

Similar to a power clean but without catching the bar; the athlete violently extends and shrugs to accelerate the barbell, then lets it drop.

Hang Power SNATCH / Snatch PULL 

The same concept applied to the snatch movement - quick extension followed by a catch overhead or simply a forceful pull.

Push JERK / Split JERK / Landmine JERK 

Variations of the jerk movement that teach rapid hip and knee extension combined with upper‑body power; the landmine jerk uses an angled bar anchored at one end, making it easier to learn.

Because these derivatives focus on explosive triple‑extension and omit the most technical aspects, they can be taught quickly and safely to athletes who do not specialize in weightlifting.  This makes them ideal for sports such as soccer, where gym time is limited and technical training with the ball takes priority.  

In fact, a survey of professional soccer coaches revealed that hang clean (33 % of coaches), power clean (31 %) and jump shrugs (25 %) were the most commonly prescribed Olympic‑style exercises.

Why Derivatives Work

Derivatives maximize the rate of force development (RFD) by demanding rapid contraction of the hip extensors, knee extensors and ankle plantarflexors.  They mimic the triple‑extension pattern used in sprints, jumps and direction changes.

Research shows that athletes who excel at the hang power clean possess greater maximal strength, jump height and sprinting speed. The movement requires coordination, but because the bar starts at mid‑thigh or knee height, athletes can focus on exploding upward rather than worrying about clearing the bar off the ground or receiving it in a deep squat.

Crucially, derivative lifts have been shown to be as effective as full lifts for developing power when performed with maximum intent.  They also allow coaches to work across a range of loads and speeds, which is essential for developing power along the entire force–velocity continuum. For example, heavier cleans and pulls (~70–90% 1RM) develop maximal strength and high‑force production, while lighter jump shrugs and hang power snatches (~30–50% 1RM) emphasize velocity.

If you want to know more about Implementing Olympic Lifts in Athletic Training - watch this VIDEO.

How Weightlifting Derivatives Improve Soccer Performance

Adoption and Perception Among Coaches

The large-scale survey by Weldon et al. (2021) interviewed 52 professional soccer S&C coaches and documented their training practices. The majority used periodized resistance training, plyometrics and speed work. Squats and their variations were still ranked as the most important exercise, but cleans and derivatives ranked highly, indicating their perceived importance.

Strength, Power and Sprint Correlations

A key question is whether proficiency in weightlifting derivatives relates to performance in sprinting and jumping tasks. An influential study by Hori et al. (2008) examined 29 semiprofessional Australian Rules football players (similar anthropometrics to many soccer athletes).

Players with higher relative 1RM hang power cleans displayed significantly greater maximum strength, higher countermovement jump power and faster 20‑m sprint times than those with lower hang clean performance.  The authors found strong correlations between hang power clean ability, jump height and sprint speed, suggesting that the strength qualities developed through the clean transfer to explosive athletic actions.

Subsequent research tested whether training with hang‑power‑clean derivatives actually improves performance.  Silva et al. (2024) assigned professional female handball players (a sport requiring similar explosive movements) to train hang power cleans at either 90 % or 50 % of their 1RM for seven weeks.

Both groups significantly increased their hang power clean 1RM, but only the higher‑intensity (90 %) group showed meaningful improvements in 5‑, 20‑ and 30‑m sprint speeds.  This suggests that heavier derivatives may better transfer to speed gains.  Interestingly, vertical jump performance did not change significantly, highlighting that different stimuli may be needed for jump height improvements.

Strength Training & Endurance Performance

Strength training often improves endurance indirectly by reducing energy cost at submaximal speeds.

A study summarised on SoccerFitness.ca reported that a six‑week program combining resistance exercises (including power cleans) with soccer‑specific drills resulted in a 2.9 % improvement in Yo‑Yo Intermittent Recovery Test scores compared with soccer drills alone.  Athletes who included strength work showed higher aerobic capacity and covered more distance before fatigue.

The article noted that power cleans increase strength in the legs, back and shoulders and can improve running speed and jump height.  Those opposed to weightlifting for soccer often argue that the lifts take too long to learn; however, the athletes in this program learned the movements quickly and gained both strength and endurance benefits.

Why Not Just Plyometrics?

Plyometric exercises such as bounding, hops and depth jumps are valuable for developing elastic qualities and reactive strength. Professional coaches overwhelmingly use plyometrics, and a majority train both strength and power year‑round. However, plyometrics alone may not provide the maximal force stimulus needed to improve sprint acceleration and capacity against heavier opponents.

Combining weightlifting derivatives with plyometrics allows coaches to train across the force–velocity spectrum: heavy cleans/pulls develop force, lighter jump shrugs/jerks develop velocity, and plyometrics train reactive strength. This balanced approach targets multiple neuromuscular qualities essential for soccer.

Considerations for Soccer Athletes

Despite evidence supporting derivatives, some coaches remain hesitant because of limited training time, concerns about injury, or a belief that soccer players should avoid upper‑body lifts.

The survey results indicate that time, scheduling and fixture congestion are common obstacles to implementing Olympic lifts.  Derivatives address this by reducing learning time, allowing athletes to achieve the primary adaptations (power and RFD) with fewer technical demands.  Moreover, the lifts can be tailored to each athlete’s needs; for example, players with limited ankle mobility might perform mid‑thigh clean pulls or jump shrugs rather than catching the bar.

Real‑World Examples and High‑Profile Athletes

Zlatan Ibrahimović

Few footballers demonstrate the benefits of weightlifting derivatives more spectacularly than Zlatan Ibrahimović. The Swedish striker known for his powerful kicks and agility despite his 1.95 m frame has been filmed performing clean & jerk derivatives with weights around 120 kg.

His ability to transfer explosive strength from the gym to the pitch is evident in his 30‑plus‑metre bicycle kicks and dominant aerial duels.  Zlatan’s enthusiasm for Olympic lifts shows that even elite players at the highest level recognize their value for maintaining power into their late 30s and 40s.

Other Team & Coach Examples

Professional clubs in Italy (e.g., Renate Calcio) have publicly documented using kettlebell swings and Zercher squats together with weightlifting derivatives for soccer players. Coaches like Mauro Franzetti (StrongFirst) centre their programs on ballistic hip‑hinge exercises; they report improvements in sprint speed and strength while maintaining players’ energy for tactical work.  Although kettlebell swings are not Olympic lifts, they emphasize similar hip extension mechanics and pair well with cleans and pulls.

Strength coaches in Serie A and the Premier League often include hang power cleans, push jerks and landmine presses in weekly gym sessions. The landmine jerk, in particular, allows players to develop explosive upper‑body power without the overhead position, which some find uncomfortable. 

Integrating Derivatives Into a Soccer Season

Off‑Season (8–12 weeks)

Use the off‑season to teach proper technique and build a strength base.  Focus on mid‑thigh and hang power cleans, clean pulls and foundational squats.  Train 2–3 times per week, allowing full recovery between sessions. Emphasize movement quality; progress loads gradually. Include unilateral strength and core exercises to address imbalances.

Pre‑Season (6–8 weeks)

Shift emphasis toward higher‑intensity cleans and jerks.  Introduce split jerks or landmine jerks and heavy squats. Use complex training (pairing a clean derivative with a plyometric movement) to link strength and speed.  Reduce volume slightly and maintain maximum intent.

In‑Season (30–40 weeks)

Reduce session frequency to 1–2 times per week; focus on maintaining strength and power rather than building new qualities. Use derivatives with lower volume (e.g., 3 × 3 hang power clean) to generate maximal force without excessive fatigue. Landmine jerks and jump shrugs are excellent choices as they are quick to perform and recover from. Emphasize low‑impact plyometrics (hurdle hops, rebound jumps) and maintain core/hip stability work. If fixture congestion increases, perform cleans only once every 10–14 days and rely more on pulls or jump shrugs to maintain neural activation.

Post‑Season / Transition (2–4 weeks)

After the season, allow players to recover physically and mentally. Light technical sessions, mobility work and recreational activities are appropriate.  Introduce fun, low‑load derivatives (e.g., barbell complexes, kettlebell swings) once or twice per week to maintain neuromuscular firing without heavy loading.

Common Mistakes & Coaching Tips

Rushing The Learning Process  

Many coaches skip fundamental positions (e.g., correct hang setup, balanced catch) and add weight too quickly. Start with a dowel or empty bar; progress only when the athlete can consistently hit key positions. Remember that movement quality trumps load.

Using Excessive Loads

Soccer players do not need to clean 150 kg to gain benefits.  Research suggests that heavier hang power cleans (around 90 % 1RM) can improve sprint speeds, but athletes with modest experience can use 60–80 % and still develop power.  Avoid overloading at the expense of technique, especially during congested periods.

Neglecting Unilateral And Rotational Components  

Soccer is played on one leg with rotational forces. Incorporate split jerks, asymmetry deadlifts and rotational core work to ensure the power developed in cleans translates to on‑field actions.

Ignoring Recovery And Monitoring  

Heavy cleans and squats impose significant neural and muscular stress.  Schedule them after light field sessions or use them in the morning before evening technical work.  

Over‑reliance On Plyometrics  

Plyos are essential but should not replace strength and power work. Combining weightlifting derivatives with plyometrics yields better transfer to sprinting and jumping than plyos alone.

Conclusion

Olympic weightlifting derivatives offer a potent, time‑efficient means to develop the explosive strength, speed and power required at the highest levels of soccer. Evidence from coach surveys shows widespread adoption of hang cleans, power cleans and jump shrugs, with coaches valuing their ability to drive triple‑extension power without excessive technical demands.

Scientific studies link hang clean performance to faster sprints and higher jumps, while high‑intensity hang power clean training increases sprint speed. Combined strength and derivative programs also improve endurance and aerobic capacity.

Implementing weightlifting derivatives does not mean turning soccer players into Olympic weightlifters.  Rather, it is about selecting the right exercises and integrating them smartly into a periodized plan alongside squats, deadlifts and plyometrics.  Done correctly, these movements can help athletes sprint faster, jump higher and remain powerful through the closing minutes of World Cup matches.

References

1. Weldon, A., Duncan, M. J., Turner, A., et al. “Contemporary practices of strength and conditioning coaches in professional soccer.” Biology of Sport, 2021. https://pubmed.ncbi.nlm.nih.gov/34475621/

2. Hori, N., Newton, R. U., Andrews, W. A., et al. “Does performance of hang power clean differentiate performance of jumping, sprinting, and changing of direction?” Journal of Strength and Conditioning Research, 2008. https://pubmed.ncbi.nlm.nih.gov/18550955/

3. Silva, C., Berton, R., Boccato, J., Tricoli, V. “Effects of training with different hang‑power‑clean intensities on maximum dynamic strength, vertical jump and sprint performance of female handball players.” International Journal of Sports Physiology and Performance, 2024. https://pubmed.ncbi.nlm.nih.gov/39374924/

4. Soccer Fitness Inc. “Should Soccer Players do Power Cleans?” SoccerFitness.ca, 2016. https://www.soccerfitness.ca/2016/10/should-soccer-players-do-power-cleans/