Developing World Class Conditioning For Wrestling

November 26, 2020

Wrestling workouts are considered some of the hardest in any sport. Not surprising as wrestling requires manipulating another large human being and is considered the 5th hardest sport in the world. But being in condition for wrestling isn’t just about hard training.

Conditioning for wrestling requires high-levels of anaerobic power and capacity as elite wrestlers display greater values in this area making it a distinguishing factor for elite performance. Aerobic conditioning is also vitally important in maintaining high-intensity efforts and recovery between matches.

To help us decide which type of conditioning training best suits the sport of wrestling, we must analyze the demands of the sport and what separates elite wrestlers from their non-elite counterparts.

Physiological Profile Of Elite vs. Non-Elite Wrestlers

Elite and amateur young wrestlers aged 15-17 years old were compared for anaerobic and aerobic qualities [1]. Elite wrestlers were those who participated in the European or World Championships while amateur wrestlers were those who did not.

Anaerobic qualities were assessed with the Wingate test which you will find a common thread throughout these studies. If you are unfamiliar with the test, you can check out this short video explanation and demonstration.

This test is often vomit-inducing it is that intense. The one demoing in this video looks like he may have been half arsing it.

An upper body Wingate test was also used and a shuttle run test to measure aerobic capacity (VO2max). Elite wrestlers had approximately 12% greater aerobic capacity than amateur wrestlers except for in the lightweight class where no difference was found.

There were no differences found for upper body anaerobic performance between elite and amateur wrestlers. Only the middleweights saw a difference in lower body anaerobic performance with elite wrestlers showing a 12.5% and 7.5% greater peak and average power output.

Aerobic capacity and anaerobic performance variables were found to be very similar within elite Junior Iranian freestyle wrestlers with lower body average power ranging from 330-620 W and aerobic capacity ranging from 50-57–1min–1 on average in both studies [2].

For reference, elite endurance athletes can have aerobic capacities above 70–1min–1 [3], while senior elite level wrestlers can display power outputs of 836 W on average [4]. Some anomalies can crank out power outputs over 1000 W!

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Junior elite wrestler’s average power relative to body weight tends to exceed the values presented by elite taekwondo athletes highlighting the potential importance of lower body anaerobic performance in wrestling over striking combat sports [5].

In fact, these junior elite wrestlers’ lower body power outputs even exceed the German 4000m pursuit World Record breakers in the 2000 Olympics again highlighting potentially how important it is to have the ability to generate power in the lower body [6].

One of the original studies looking at elite vs. non-elite USA developmental junior wrestlers found peak anaerobic power of the arms and legs relative to bodyweight were key factors distinguishing the level of wrestler while aerobic capacity was not [8].

But how do senior elite wrestlers compare with their non-elite counterparts?

Elite Spanish wrestlers (International competitors) showed 11% greater peak power than sub-elite wrestlers (National competitors) [7]. However, there was only a trend showing elite wrestlers to have greater aerobic capacity than the sub-elites.

Probably the best-performed study to date is this 2011 study where 92 wrestlers from 5 different countries based on their level and body weight were compared to predict wrestling performance [9]. Elite wrestlers had at least 6 years of experience and competed in at least 3 European and/or World Championships while amateur wrestlers had been a finalist at their National Championships.

Elite wrestlers showed greater absolute and relative upper-body average and peak power in the Wingate test in all 3 weight categories (light, middle, and heavy).

The stark difference in anaerobic power is likely influenced by the 3-5% greater fat-free mass that the elite wrestlers possessed. Fat-free mass has been shown to correlate strongly with anaerobic peak and mean power during the Wingate test in wrestlers [10].

More recently, a review study of 71 research journals with a combined 2,124 wrestlers looked to decipher the main physiological characteristics of wrestlers [12]. They made the following observations:

  • The VO2max of wrestlers are comparable to karateka, taekwondo, and amateur boxers establishing the importance of a well-developed aerobic base.
  • A high level of aerobic capacity is an important factor for elite wrestling performance.
  • Anaerobic power is higher than those of judo, amateur boxing, and karate but anaerobic capacity is similar to these martial arts.
  • Upper and lower anaerobic power and capacity are higher in elite wrestlers vs. non-elite.

Overall, a high level of aerobic development does seem to differentiate between elite wrestlers and non-elite wrestlers. But other factors may better predict wrestling success.

What the research clearly shows is the ability to display high levels of anaerobic power and capacity is indicative of elite wrestling performance. In order to improve this power output and capacity, high levels of fat-free mass and muscular strength and power are needed.

Physiological Demands Of Wrestling

Activity Profile Wrestling

While the aerobic energy system doesn’t seem to differentiate between elite and non-elite wrestlers, a baseline level of aerobic development is needed to compete in a tournament format.

Not only to sustain high-intensity efforts but also aid in recovery between matches [12]. In a 2-day tournament simulation study of NCAA Division I wrestlers, blood lactate concentration after each of the 5 matches was extremely high (17-20 mmol.L-1) [11].

Indicating the high anaerobic demand for each individual match regardless of the incurred fatigue as the tournament progressed.

However, this study was performed before the rule change where matches were 2 x 5-minute rounds.

A more recent study found blood lactate concentration to only reach 8-13 mmol.L-1 [13]. Most notable was that while elite and amateur level wrestlers reach similar blood lactate levels post-match after the 2nd and 3rd match, elite wrestler’s blood lactate gradually increases throughout the match while amateurs have a spike.

Further, amateur wrestlers had higher blood lactate values after the first match. All of this indicates:

Elite wrestlers are able to pace themselves appropriately.

Elite wrestlers are more technically efficient meaning they don’t expend as much energy when performing wrestling techniques.

Activity Profile Of A Wrestling Match

Very little research has investigated the match demands of a wrestling match. In fact, one of the only studies is from 2002 looking at the 1998 Greco-Roman Wrestling World Championships [14]. The average work to rest ratio for all weight classes was 27-47 seconds of work to 7-20 seconds rest. Leading to an approximately 2.5:1 work-rest ratio.

The 85 kg weight class had work periods of 52+ seconds which was the highest of all weight classes. 28% of the matches went into sudden death while only 19% of matches ended early. High blood lactate concentrations were recorded after matches averaging 15 mmol.L-1 which increased as the length of the matches increased.

The average length of all matches was approximately 7 minutes due to the majority of matches going full-length and many going to sudden death. Match time combined with the aerobic capacity present in wrestlers indicates a need for a well-developed aerobic energy system with strong anaerobic power and capacity capabilities to make explosive maneuvers.

Conditioning For Wrestling

Elite vs Non Elite Wrestlers

Aerobic Power & Capacity

While aerobic training will focus on the usual central and peripheral adaptations in order to deliver more oxygen to the muscles and improve the ability to utilize it at the muscular level. However, we also want to train the ability to maintain a high quality of effort intermittently.

Cardiac Output Circuits

Building volume within the 130-150 BPM heart rate range is going to develop heart adaptations that will allow you to deliver more oxygen to the working muscles with each heartbeat. Use the Polar Heart Rate Monitor with a chest strap (check current price here) and not inaccurate wrist-worn fitness trackers.

Starting as low as 30 minutes and building to 60 minutes of continuous work should be the goal with this type of training.

This can be performed using off-feet cardio equipment such as rowers and bikes. However, using shadow wrestling drills such as sprawls, shots, and potentially partner-based alternating drills such as snap downs and arm drags into a takedown sequence can provide a great cardiovascular response while drilling wrestling techniques.

It could be as simple as choosing three or more different techniques and performing them in a continuous fashion for 5-10 minutes each.

Cardiac Power Intervals

You can also perform these using wrestling techniques. Ideally, these would be continuous double legs and other high-intensity takedowns. The idea is to maintain the highest heart rate possible throughout the entire work period in order to strengthen the contractile ability of the heart improving its ability to pump blood and maintain its strength at higher heart rates.

Week 1Wrestling Drills5 x 60 sec2-5 min or HR between 120-130 BPM
Week 2OR7 x 60 sec2-5 min or HR between 120-130 BPM
Week 3Off-Feet Cardio9 x 60 sec2-5 min or HR between 120-130 BPM
Week 45 x 75 sec2-5 min or HR between 120-130 BPM

Tempo Training

Intermittent aerobic work is a great way to maintain a high quality of movement and effort without the unnecessary fatigue that accompanies harder lactic-based training. The work-rest ratio of wrestling closely fits this type of training making it potentially a more “specific” aerobic training protocol.

Week 1Wrestling Drills10 x 40sec @70-75%/20sec
Week 2OR2x (10 x 40sec @70-75%/20sec)2-3 min
Week 3Off-Feet Cardio3x (10 x 40sec @70-75%/20sec)2-3 min
Week 4OR Callisthenic Circuits4x (10 x 40sec @70-75%/20sec)2-3 min

Perform the work interval at around 70-75% effort or pace. You should be able to maintain the same effort and pace for every single rep during every single set. If you aren’t able to, then you are pushing too hard. If this is too challenging to maintain a steady pace, you can also start with 30sec/30sec and progress to 40sec/20sec.

Threshold Training

You’ve probably heard plenty about the anaerobic threshold. It represents the shift in energy regeneration mainly from the aerobic processes to the anaerobic processes. Ideally, you want to stay with energy coming from mainly the aerobic energy system for as long as possible. But in sports like wrestling, it is inevitable that anaerobic processes will be taxed heavily.

But we can increase the intensity in which you still use predominantly aerobic processes to fuel your match. By shifting the anaerobic threshold to a higher intensity leaving more room for aerobic processes to work. Meaning at the same intensity, you produce less blood lactate and therefore, will not fatigue as fast.

Lactate Threshold before and after
Courtesy of

Joel Jamieson has invented a neat way to test your heart rate at lactate threshold in a field setting within MMA [16]. Using a heart rate monitor, spar for 3 x 5-minute rounds with 60-second breaks and take the average heart rate of the rounds only.

While wrestling isn’t fought over multiple 5-minute rounds, perhaps the same protocol could be used to find this measurement.

Once you have your average heart rate, you want to work between 5 BPM above and below. This average heart rate likely sits somewhere between 160-170 BPM on average.

Week 1Wrestling Drills3 x 3 minutes2-3 min or HR between 120-130 BPM
Week 2OR4 x 3 minutes2-3 min or HR between 120-130 BPM
Week 3Off-Feet Cardio5 x 3 minutes2-3 min or HR between 120-130 BPM
Week 43 x 5 minutes2-3 min or HR between 120-130 BPM

Anaerobic Power & Capacity

In my opinion, anaerobic power is likely best developed with increase fat-free body mass and overall strength and power.

Anaerobic capacity on the other hand can be trained with a few different variations. If you’re following similar guidelines to my program in the “Wrestling Strength Training” article, then the high-volume power training is likely enough alongside intense wrestling training.

Here are some other anaerobic capacity training options:

Lactic Capacity Intervals

Week 1Continuous Takedowns2x (3 x 90 sec/90 sec)6-8 min active recovery
Week 2OR2x (3 x 90 sec/75 sec)6-8 min active recovery
Week 3Off-Feet Cardio3x (3 x 90 sec/90 sec)6-8 min active recovery
Week 43x (3 x 90 sec/75 sec)6-8 min active recovery

These intervals are best performed using wrestling techniques or even pure hard sparring. Drills can be manipulated such as always bringing fresh wrestlers in during the round.

You should be able to sustain the work intensity for all reps and rounds otherwise the work intervals are too intense. In fact, positive physiological adaptations to this kind of training have been found using sub-maximal intensities in endurance athletes so don’t worry too much if you think you aren’t working hard enough [15].

Lactic Explosive Repeat

Week 1KB Squat Jump2x (6 x 12 sec/30 sec)6-8 min active recovery
Week 2OR Explosive Push-up2x (6 x 15 sec/20 sec)6-8 min active recovery
Week 3OR Split Squat Jump2x (6 x 20 sec/15 sec)6-8 min active recovery
Week 42x (6 x 30 sec/10 sec)6-8 min active recovery

This is basically the high-volume power training I discussed in the strength training for wrestling article. However, this is done with lighter loads. Pick exercises such as kettlebell squat jumps, explosive push-ups, and split squat jumps and go to town.

Alactic Power & Capacity

This will be a very brief section as the explosive side of training will be performed mainly in the gym through the use of appropriate strength and power training. Maximum effort jumps, throws, sprints, and Olympic lifts will do the trick.

Wrestling Conditioning Plan

When putting your plan together, don’t perform all of these at the same time. There is no way you could and the mixed signals you send your body will dilute the adaptations you are after. Instead, you can phase your training like this (brackets indicate number of sessions a week):

Phase 1 (Longest Phase)Cardiac Output (2-3), Tempo (1)
Phase 2Cardiac Output (1), Tempo (2-3)
Phase 3Threshold (2), Cardiac Power (2)
Phase 4 (Shortest Phase)Lactic Capacity (1-2), Lactic Explosive (1), Cardiac Output (1)

This is a very crude example and the number of sessions and how long each phase will run will be dictated completely by your wrestling training and strength training.

Become The Enforcer & Manhandle Opponents

12-Week Off-Season Wrestling Strength & Conditioning Program that will give you elite level strength & conditioning specifically for wrestling so you can dominate the mats.


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2. Mirzaei, B., Curby, D. G., Rahmani-Nia, F., & Moghadasi, M. (2009). Physiological profile of elite Iranian junior freestyle wrestlers. The Journal of Strength & Conditioning Research23(8), 2339-2344.

3. Hue, O., Gallais, D. L., Chollet, D., & Prefaut, C. (2000). Ventilatory threshold and maximal oxygen uptake in present triathletes. Canadian Journal of Applied Physiology25(2), 102-113.

4. Jakovljević, D. K., Eric, M., Jovanovic, G., Dimitric, G., Cupic, M. B., & Ponorac, N. (2018). Explosive muscle power assessment in elite athletes using wingate anaerobic test. Revista Brasileira de Medicina do Esporte24(2), 107-111.

5. Lin, W. L., Yen, K. T., Lu, C. Y. D., Huang, Y. H., & Chang, C. K. (2006). Anaerobic capacity of elite Taiwanese Taekwondo athletes. Science & sports21(5), 291-293.

6. SCHUMACHER, Y. O., & MUELLER, P. (2002). The 4000-m team pursuit cycling world record: theoretical and practical aspects. Medicine & Science in Sports & Exercise34(6), 1029-1036.

7. Morán-Navarro, R., Valverde-Conesa, A., López-Gullón, J. M., la Cruz-Sánchez, D., & Pallarés, J. G. (2015). Can balance skills predict Olympic wrestling performance?. Journal of Sport & Health Research7(1).

8. Horswill, C. A., Scott, J. R., & Galea, P. (1989). Comparison of maximum aerobic power, maximum anaerobic power, and skinfold thickness of elite and nonelite junior wrestlers. International Journal of Sports Medicine10(03), 165-168.

9. García-Pallarés, J., López-Gullón, J. M., Muriel, X., Díaz, A., & Izquierdo, M. (2011). Physical fitness factors to predict male Olympic wrestling performance. European journal of applied physiology111(8), 1747-1758.

10. Vardar, S. A., Tezel, S., Öztürk, L., & Kaya, O. (2007). The relationship between body composition and anaerobic performance of elite young wrestlers. Journal of sports science & medicine6(CSSI-2), 34.

11. Kraemer, W. J., Fry, A. C., Rubin, M. R., Triplett-McBride, T., Gordon, S. E., Koziris, L. P., … & Fleck, S. J. (2001). Physiological and performance responses to tournament wrestling. Medicine and science in sports and exercise33(8), 1367-1378.

12. Chaabene, H., Negra, Y., Bouguezzi, R., Mkaouer, B., Franchini, E., Julio, U., & Hachana, Y. (2017). Physical and physiological attributes of wrestlers: an update. The Journal of Strength & Conditioning Research31(5), 1411-1442.

13. Karnincic, H., Tocilj, Z., Uljevic, O., & Erceg, M. (2009). Lactate profile during Greco-Roman wrestling matchx. Journal of sports science & medicine8(CSSI3), 17.

14. Nilsson, J., Csergö, S., Gullstrand, L., Tveit, P., & Refsnes, P. E. (2002). Work-time profile, blood lactate concentration and rating of perceived exertion in the 1998 Greco-Roman wrestling World Championship. Journal of sports sciences20(11), 939-945.

15. Weston, A. R., Myburgh, K. H., Lindsay, F. H., Dennis, S. C., Noakes, T. D., & Hawley, J. A. (1996). Skeletal muscle buffering capacity and endurance performance after high-intensity interval training by well-trained cyclists. European journal of applied physiology and occupational physiology75(1), 7-13.

16. Joel Jamieson. Ultimate MMA Conditioning.

About the author 

James de Lacey

I am a professional strength & conditioning coach that works with professional and international level teams and athletes. I am a published scientific researcher and have completed my Masters in Sport & Exercise Science. I've combined my knowledge of research and experience to bring you the most practical bites to be applied to your combat training.



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