The Evidence-Based Guide to Strength & Power Training for MMA
Why Strength Training MMA Fighters Need Matters
Strength training MMA fighters need is often misunderstood. Walk into most MMA gyms and you’ll hear the same debate: should fighters lift heavy, or will it make them slow and bulky? It’s one of the oldest arguments in combat sports, and it’s based on a misunderstanding of how the body actually adapts to resistance training.
Here’s the short answer: a well-designed strength training MMA program will make you stronger, more explosive, and harder to finish — without adding unwanted mass. The key word is “well-designed.” Randomly throwing barbell work into an already packed training schedule is how fighters end up overtrained, injured, or carrying useless muscle into a weight cut. But when resistance training is programmed correctly — with the right exercises, loads, volumes, and timing — it becomes one of the most powerful tools in a fighter’s arsenal.
This isn’t just theory. In a controlled study of national-level MMA fighters, Kostikiadis and colleagues (2018) found that a four-week sport-specific strength and conditioning program produced improvements of 3.7 to 22.2% across strength, power, speed, and aerobic fitness measures — compared to no significant changes in fighters following a generic program. The difference was the programming.
This article covers the complete system. We’ll start with how to choose the right exercises for MMA, then walk through the programming variables that determine whether those exercises build endurance, size, strength, or power. We’ll look at five ready-to-use workout templates, and finish by showing how all of it fits into a periodized fight plan. If you’ve read our periodization guide, this is where the rubber meets the road for the resistance training side of your program.
Step 1: The Strength Training MMA Needs Analysis
Before you pick a single exercise, you need to understand what the sport actually demands of your body. In exercise science, this is called a needs analysis, and it involves three components: a movement analysis, a physiological analysis, and an injury analysis.
Movement Analysis
MMA is one of the most physically diverse sports on the planet. It incorporates standing and ground-based grappling, striking at multiple ranges, level changes, pushing, pulling, and rotation — all in multiple planes of movement, across a wide range of intensities, separated by intermittent rest periods. Your resistance training needs to reflect that complexity. You should be training all major muscle groups, incorporating concentric (lifting), eccentric (lowering), and isometric (holding) contractions, and developing high levels of muscular endurance, strength, and power.
This immediately tells us something important: isolation exercises like bicep curls and tricep kickbacks, while they have a place, cannot be the foundation of a fighter’s program. The foundation has to be multi-joint, compound movements that load the body the way MMA loads it.
Injury Analysis
Research gives us a useful picture of where MMA fighters get hurt. A study of about 2,400 male fighters found an injury rate of 246 per 1,000 fight exposures (Thomas & Thomas, 2018). Lystad and colleagues (2014) noted that 66 to 78% of MMA injuries were to the head, with about 6 to 12% to the wrists and hands. More recently, Fares and colleagues (2019) analysed UFC fights from 2016 to 2018 and found that head injuries accounted for 67% of all injuries, with a rate of 34 per 100 fighter exposures. They also found that heavier weight divisions had higher overall injury rates, more knockouts, and more lower-limb injuries than lighter divisions.
It’s worth noting that those figures reflect competition injury rates. When total MMA exposure — including training — is considered, the picture looks different. Groessing and colleagues (2026) surveyed 112 MMA athletes and reported an overall rate of just 1.4 injuries per 1,000 hours across nearly 94,000 hours of MMA activity. Competitive athletes suffered more severe injuries than recreational athletes, but the overall injury burden was lower than in many common sports. The takeaway: competition carries concentrated risk, especially to the head, but the day-to-day practice of MMA is not as dangerous as the fight-night statistics suggest.
What does this mean for your resistance training? It means you should take a broad approach to pre-habilitation. Choose exercises that encourage muscle balance and stability, promote healthy joint function and range of motion across all the major joints, and strengthen the neck and cervical spine to help protect against the impact forces that are inherent to the sport.
Physiological Analysis
The physiological demands of MMA are covered in detail in our energy systems guide, but here’s the quick version as it relates to resistance training: fights involve repeated high-intensity efforts lasting 6 to 14 seconds, separated by lower-intensity periods of 42 to 60 seconds. That means your muscles need to produce high levels of force and power repeatedly, recover quickly between efforts, and sustain output across three to five rounds.
This translates to four resistance training goals that shift in priority across your fight plan: muscular endurance (the ability to sustain repeated contractions), muscular hypertrophy (building usable muscle mass), muscular strength (maximal force production), and muscular power (force produced at high speed). A complete MMA resistance training program addresses all four, at the right times.
Step 2: Strength Training MMA Exercise Selection
With the needs analysis in hand, we can start selecting exercises. One useful way to classify resistance exercises is by how they load your body. There are four broad categories, and understanding them helps you prioritise.
Single-Joint Exercises (Assistance Exercises)
These isolate one muscle group across one joint — think bicep curls, tricep extensions, lateral raises. They don’t load the spine or hips with any meaningful intensity. They’re useful for rounding out muscular development and addressing weak points, but they should never be the centrepiece of a fighter’s program. In exercise science, these are called assistance exercises: they support development but don’t drive it.
Multi-Joint Core Exercises
These recruit one or more large muscle groups across two or more joints, and they load the spine and hips. The back squat, front squat, deadlift, bench press, bent-over row, and lunges are the classic examples. These are the workhorses of any strength program. In exercise science terminology, they’re called core exercises (not to be confused with “core” meaning abdominals) because they form the core of your program.
A sub-category of core exercises is structural exercises, which require you to maintain a rigid posture and stabilise your trunk while performing the lift. The back squat is the obvious example: you’re not just working your legs, you’re stabilising your entire torso under load. That has direct carryover to MMA, where maintaining posture under pressure — in the clinch, during a takedown defence, while scrambling — is everything.
Power Exercises
These are structural exercises performed at high velocity. They’re the most MMA-relevant category because fights are won and lost on the ability to produce force quickly — explosive takedowns, knockout punches, scrambles off the bottom.
Power exercises include Olympic lifts (power clean, hang clean, snatch, push jerk), ballistic movements (jump squat, bench press throw), and plyometrics (depth push-ups, medicine ball throws, kettlebell swings). The power output during Olympic lifts is approximately double that of traditional strength exercises like the squat and bench press performed at the same relative load (Garhammer, 1993). For a trained athlete, the weight lifted in a maximum snatch is about 80% of the clean and jerk, but the power output is similar because the barbell has to travel a greater distance in less time.
Here’s a key distinction: Olympic lifts improve your ability to produce force against heavy loads at high speed. Plyometrics improve your ability to produce force during rapid stretch-shortening cycle movements — the kind of quick, reactive contractions that characterise punches, kicks, and explosive scrambles. Both belong in a fighter’s program, but they serve different purposes. For a comprehensive review of the factors that influence maximal power production and how to train them effectively, see Cormie, McGuigan, and Newton (2011).
The MMA Training Bible’s Exercise Recommendations
Based on the needs analysis and the exercise categories above, here are the exercises we recommend for a complete MMA resistance training program. These are organised into the five workout templates (Workouts A through E) that form the basis of our system:
- Power exercises: Hang clean, power clean, snatch, push jerk/push press, jump squat, one-arm dumbbell/kettlebell snatch, two-arm kettlebell swing, power drop, depth push-up, 45° sit-up.
- Core exercises: Back squat, front squat, lunges, deadlift, bent-over row, one-arm dumbbell row, lat pulldown/chin-ups, bench press, incline press, seated shoulder press, upright row, lateral raise, front raise.
- Accessory exercises: Bicep curl variations, tricep extension variations.
- Abdominal/trunk exercises: Bent-knee sit-up/crunch, stability ball pike, stability ball roll-out, stability ball jack-knife.
Notice what’s not on this list: leg press machines, Smith machine squats, cable crossovers, or any other machine-based exercise. That’s not because machines are useless — they have their place in rehabilitation and general fitness. But for a fighter with limited training time who needs maximum carryover to the cage, free-weight, multi-joint movements give you the most bang for your buck.
Step 3: Exercise Order
The order in which you perform your exercises within a workout directly affects how your muscles adapt. Get it wrong, and you compromise the most important training qualities.
The principle is straightforward: power exercises first, then multi-joint core exercises, then single-joint assistance exercises. This isn’t arbitrary — there are two solid reasons behind it.
First, power exercises demand the highest levels of skill, concentration, and neuromuscular coordination. Fatigue degrades all three. You don’t want to attempt a heavy power clean after your legs are already fatigued from back squats. The neural component of power training — recruiting motor units quickly, firing them at high frequency, coordinating multiple muscle groups simultaneously — requires a relatively fresh nervous system.
Second, performing large, multi-joint compound exercises early in the session encourages a greater hormonal response. Training large muscle groups first promotes the release of anabolic hormones including growth hormone, testosterone, and insulin-like growth factors, all of which drive protein synthesis and muscle adaptation.
There is one interesting exception. Research by Spreuwenberg and colleagues (2006) found that when athletes performed a power exercise (the hanging pull) before a heavy back squat, the squat performance actually improved — likely through a mechanism called post-activation potentiation, where a prior explosive effort temporarily enhances the nervous system’s ability to produce force. This is something advanced fighters can experiment with, but the general rule holds: power first, strength second, assistance last.
The MMA Training Bible recommends total-body workouts rather than body-part splits. If you hit each muscle group once per week (Monday is chest day, Tuesday is back day), you’re only providing one stimulus per muscle group per week. With total-body sessions two to three times per week, you effectively double or triple your weekly training stimulus for each muscle group — a more efficient use of the limited gym time that fighters typically have.
Step 4: Programming Variables
Exercise selection and order get you into the gym. The programming variables — load, repetitions, volume, and rest — determine what happens when you’re there. These are the levers that make the same exercises produce completely different adaptations.
Load and Repetitions
Load (how much weight you use) and repetitions (how many times you lift it) are inversely related: the heavier the load, the fewer reps you can complete. This relationship underpins the entire system because different rep ranges target different physiological adaptations. Think of it as a continuum:
| Training Goal | Reps | Load (% 1RM) | What It Does |
|---|---|---|---|
| Muscular Endurance | 12-20+ | ≤65% | Sustain repeated contractions; build oxidative capacity in slow-twitch fibres |
| Hypertrophy | 6-12 | 65-85% | Increase muscle cross-sectional area; build usable mass |
| Strength | 1-6 | ≥85% | Maximise force production; neural adaptations dominate |
| Power (multi-effort) | 3-5 | 75-85% | Produce maximal force at high speed; not trained to failure |
| Power (single effort) | 1-2 | 80-90% | Peak explosive output for one maximal effort |
A critical distinction: when training for power, you are not training to failure. The goal is fast, high-quality contractions, not grinding out the last rep. Power training has a very large neural component. If you’re using 75% of your 1RM on power cleans and your rep target is 3 to 5, you could probably do more — but you shouldn’t. Each rep should be explosive. The moment bar speed drops noticeably, the set is over. Willardson (2007) provides a useful discussion of how to apply training to failure strategically within a periodized program — and importantly, when not to.
To know what loads to use, you first need to establish a repetition maximum (RM). For intermediate and advanced athletes with good technique, a 1RM test using a core exercise like the back squat or bench press is appropriate. For everyone else, a 3RM or 10RM test is safer — you can estimate the 1RM from tables or prediction equations.
Keep in mind that strength benchmarks in MMA vary meaningfully by weight class and competitive level. Folhes and colleagues (2022) found that heavyweight elite fighters bench pressed significantly more than lightweight athletes in both absolute and relative terms, and that the 1RM bench press and isometric lumbar strength could distinguish athletes by competitive level. This means your strength targets should reflect your weight class and competitive level, not just generic standards from a textbook.
Training Volume (Sets)
Volume refers to how many sets you perform per exercise. Like load and reps, the optimal number of sets depends on your training goal:
| Training Goal | Sets per Exercise | Notes |
|---|---|---|
| Strength | 2-6 | High load, low reps; excludes warm-up sets |
| Power | 3-5 | Focus on rep quality, not volume |
| Hypertrophy | 3-6 | Moderate load, higher reps; metabolic stress drives growth |
| Muscular Endurance | 2-3 | Low load, high reps; brief rest between sets |
Rest Periods
The rest you take between sets directly influences the type of adaptation you get. This isn’t just about “feeling ready” — it’s about biochemistry.
For strength and power training, you need 2 to 5 minutes of rest between sets. The reason is phosphocreatine (PCr) — the fuel source for short, maximal efforts. PCr can be nearly depleted in as little as 5 seconds of all-out work, and it takes about 4 minutes to fully resynthesise. If you cut your rest short, you’ll have insufficient PCr available for the next set, and your force output will drop.
For hypertrophy, shorter rest of 30 to 90 seconds is more effective. The metabolic by-products that accumulate during incomplete recovery — hydrogen ions, lactate, inorganic phosphate — actually stimulate the release of testosterone and growth hormone, which drive protein synthesis and muscle growth.
For muscular endurance, rest drops further to 20 to 60 seconds. This encourages adaptations in the oxidative capacity of your slow-twitch muscle fibres.
Load Progression
Your muscles adapt to a given training load, so the load must progressively increase for continued gains. A simple, conservative method is the 2-for-2 rule: if you can perform 2 extra reps beyond your target in the last set across two consecutive workouts, increase the load by 2.5% to 10% in the next session.
Conservative progression is especially important for MMA fighters, who face a higher-than-average risk of overtraining due to the combined stress of technical training, conditioning, and resistance work.
Training Intensity Variation
You cannot train at near-maximal loads every session without eventually breaking down. The solution is to vary intensity within the training week:
- Day 1 (Heavy): Train to failure or near-failure at 100% of the assigned load.
- Day 2 (Moderate): Same reps, but at 90% of the assigned load.
- Day 3 (Light): Same reps at 80% of the assigned load. Focus on technique and movement quality.
Step 5: The Five Workout Templates
The MMA Training Bible uses five workout templates that rotate throughout your training week. Each follows the exercise order principle (power → core → assistance → trunk), but they use different exercises to ensure balanced development and prevent staleness.
Workouts A, B, and C (Strength-Focused)
These three templates form the backbone of your resistance training. Each is a total-body session that starts with a power exercise, progresses through major compound lifts, and finishes with assistance and trunk work.
Workout A
| Order | Exercise | Category |
|---|---|---|
| 1 | Power clean OR Hang clean | Power |
| 2 | Back squat | Core (lower) |
| 3 | Bench press | Core (upper push) |
| 4 | Bent-over row OR One-arm row | Core (upper pull) |
| 5 | Seated shoulder press | Core (shoulders) |
| 6 | Bicep curl + Tricep extension | Assistance |
| 7 | Abdominal/trunk circuit | Trunk |
Workout B
| Order | Exercise | Category |
|---|---|---|
| 1 | Snatch OR Push jerk/push press | Power |
| 2 | Front squat | Core (lower) |
| 3 | Incline press | Core (upper push) |
| 4 | Lat pulldown / Chin-ups | Core (upper pull) |
| 5 | Front shoulder raise | Assistance (shoulders) |
| 6 | Bicep curl + Tricep extension | Assistance |
| 7 | Abdominal/trunk circuit | Trunk |
Workout C
| Order | Exercise | Category |
|---|---|---|
| 1 | Jump squat | Power |
| 2 | Lunges | Core (lower) |
| 3 | Deadlift | Core (posterior chain) |
| 4 | Dumbbell bench press | Core (upper push) |
| 5 | Upright row | Core (shoulders/traps) |
| 6 | Bicep curl + Tricep extension | Assistance |
| 7 | Abdominal/trunk circuit | Trunk |
Workouts D and E (Power-Focused)
These two templates are built entirely around explosive movements. They’re shorter, faster-paced, and used primarily during the power phases of your fight plan.
Workout D
| Order | Exercise | Category |
|---|---|---|
| 1 | Snatch OR One-arm DB/KB snatch | Power (total body) |
| 2 | Push jerk / Push press | Power (upper) |
| 3 | Two-arm kettlebell swing | Power (posterior chain) |
| 4 | Power drop (medicine ball) | Plyometric (upper) |
| 5 | 45° sit-up (medicine ball) | Plyometric (trunk) |
| 6 | Abdominal/trunk circuit | Trunk |
Workout E
| Order | Exercise | Category |
|---|---|---|
| 1 | Power clean OR Hang clean | Power (total body) |
| 2 | Jump squat | Power (lower) |
| 3 | Depth push-up (medicine ball) | Plyometric (upper) |
| 4 | 45° sit-up (medicine ball) | Plyometric (trunk) |
| 5 | Abdominal/trunk circuit | Trunk |
Step 6: How It All Fits Into Your Fight Plan
Individual workouts don’t exist in isolation. The magic of a periodized approach is that the type of resistance training you do changes systematically across the phases of your fight plan.
This matters because research suggests most MMA athletes aren’t doing it. Kirk and colleagues (2021) tracked 14 MMA athletes over eight consecutive weeks and found that periodization of training load was “largely absent” — training duration, load, and intensity barely changed from week to week, even for fighters preparing for competition. The structured approach we’re about to describe is designed to fix exactly that.
General Preparation (12- and 6-Month Plans)
The focus here is anatomical adaptation — building a foundation of muscular endurance and general strength. Resistance training uses Workouts A, B, and C with higher reps (12-20), lower loads (≤65% 1RM), shorter rest (30-60 seconds), and 2-3 sets per exercise.
Fight-Specific Preparation (All Plans)
This is where training progresses through a clear sequence. Early weeks focus on hypertrophy (6-10 reps, 65-85% 1RM, 3-6 sets, 30-90 seconds rest). Mid-phase shifts to strength (fewer than 6 reps, ≥85% 1RM, 2-6 sets, 2-5 minutes rest). Late in the phase, the emphasis moves to power, and Workouts D and E enter the rotation (1-5 reps, 75-85% 1RM, 3-5 sets, 2-5 minutes rest, not to failure).
Fight Camp
During fight camp, all three resistance training qualities — endurance, strength, and power — are trained concurrently. Sessions alternate between Workouts A-C (for strength and endurance maintenance) and Workouts D-E (for power).
Taper (Final 1-2 Weeks)
Resistance training volume drops significantly — fewer sets, fewer reps — but intensity stays high. The goal is to maintain neural drive and power output without generating any muscular fatigue.
Transition (Recovery Between Fights)
After a fight, resistance training drops to a maintenance level — lower volume, lower intensity, general movements.
How Often Should Fighters Do Strength Training MMA Sessions?
MMA skill development is the most important type of training for a fighter. When the time comes to add resistance training, the key rule is simple: avoid training sore muscles. In general, plan for at least one rest day between resistance sessions that stress the same muscle group, but no more than three. Following our total-body workout approach (Workouts A through E), most fighters will land on 2 to 3 resistance sessions per 9- to 10-day training block.
The Fight Simulation Workout
The fight simulation is a specialised workout that bridges the gap between your resistance training and the metabolic demands of an actual MMA fight. It pairs resistance exercises with endurance or combat-specific movements in a structured interval format designed to mimic the work-to-rest patterns of a 3- to 5-round fight.
The basic structure: each round consists of 5 blocks. Each block pairs a resistance exercise with an endurance movement, performed back-to-back for a set time period, followed by rest. Five blocks make one round, and you perform 3 to 5 rounds with 60 seconds of rest between rounds.
You can progress the fight simulation by manipulating the work-to-rest ratios:
- Starting point: 15 seconds work, 45 seconds rest per block.
- Progression 1: 30 seconds work, 30 seconds rest.
- Progression 2: 45 seconds work, 15 seconds rest.
- Progression 3: 60 seconds continuous work, no rest within blocks.
Putting Your Strength Training MMA Program Together
Resistance training for MMA isn’t about lifting as heavy as possible or chasing a physique. It’s about building a body that can produce force quickly, sustain output across multiple rounds, and recover between efforts — all while leaving enough energy for the skills work that actually wins fights.
The system described in this article — a needs analysis, evidence-based exercise selection, principled exercise ordering, phase-appropriate programming variables, and five rotating workout templates — gives you a framework that can be adapted to any fight timeline.
If you want a step-by-step walkthrough of how to build your own periodized fight plan from scratch — including the resistance training parameters for every phase and week — check out The MMA Training Bible’s Peak Performance guide. And for detailed technique descriptions and images for every exercise mentioned in this article, download our free Strength & Power Techniques Guide.
References
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Fares, M. Y., et al. (2019). Injury characterization in mixed martial arts. [From MMATB source material — not indexed in PubMed]
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Kostikiadis, I. N., Methenitis, S., Tsoukos, A., Veligekas, P., Terzis, G., & Bogdanis, G. C. (2018). The effect of short-term sport-specific strength and conditioning training on physical fitness of well-trained mixed martial arts athletes. Journal of Sports Science & Medicine, 17(3), 348–358. PMID: 30116107
Lystad, R. P., Gregory, K., & Wilson, J. (2014). The epidemiology of injuries in mixed martial arts: A systematic review and meta-analysis. Orthopaedic Journal of Sports Medicine, 2(1), 2325967113518492. PMID: 26535267
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Thomas, R. E., & Thomas, B. C. (2018). Systematic review of injuries in mixed martial arts. The Physician and Sportsmedicine, 46(2), 155–167. PMID: 29347856
Willardson, J. M. (2007). The application of training to failure in periodized multiple-set resistance exercise programs. Journal of Strength and Conditioning Research, 21(2), 628–631. [From MMATB source material]
By Dr. Jason Gillis, PhD
