Ilia Topuria's Physical Training: The Complete System Behind His Performance

The Man Behind the Machine: Aldo Martinez

When Ilia Topuria was 17 going on 18, he recognized something most young fighters don't — that reaching the top level requires dedicated strength and conditioning work, not just technical skill. He reached out to Aldo Martinez, and that decision would shape everything that followed.

Aldo is far more than a strength coach. His role is best described as a performance coordinator — someone who oversees every physical aspect of Topuria's preparation outside of technical fight training. That includes strength and conditioning, nutrition, recovery, vision training, dental health, fatigue management, sleep optimization, cardiology, neurological monitoring, and physical therapy.

Aldo doesn't claim to be an expert in all of these fields. Instead, he acts as the central hub, staying in daily contact with specialists in each area — exchanging data, seeking input, and coordinating visits — so that no physical detail ever slips through the cracks.

"We're always improving. Even a 0.05% gain is worth pursuing. We recently started incorporating brainwave training — gamma and alpha waves. We can also analyze sweat composition to monitor how much magnesium or potassium is being lost during training."

— Aldo Martinez

Dental Health as Athletic Performance

It might sound surprising, but dental health is a serious part of Topuria's preparation. Dental malocclusion — misalignment of the teeth — has been linked to muscle pain, altered posture, reduced strength output, and even injury. Research shows it can affect cardiovascular oxygen efficiency as well.

At the 2012 London Olympics, 55% of athletes tested had cavities, 40% reported discomfort related to dental issues, and 18% said those issues directly hurt their performance. Sports dentistry has since grown into a legitimate academic discipline, with graduate programs now dedicated to the field.

Aldo works with specialist oral surgeons to conduct detailed assessments of Topuria's dental structure, and custom mouthguards are made for each fight based on his current dental condition.

"Dental malocclusion can cause muscle pain and even injuries. Some athletes have seen their injuries stop completely after fixing dental problems. Oral issues can contribute to serious physical injuries — even muscle tears. That's why we work with sports dentists."

— Aldo Martinez

Vision Training

Ilia Topuria's Physical Training - vision

In combat sports — as well as soccer, basketball, and most other fast-paced sports — the visual system is the primary source of real-time information. What separates elite athletes is often how fast they can process what they see and convert it into the right decision.

The training pipeline looks like this: the eyes receive visual input → the brain processes the image → meaning is extracted from it → a decision is made → the body reacts. Vision training targets every step of that chain, improving processing speed and decision-making accuracy under pressure.

Aldo stays current with sports science research and applies relevant findings directly to Topuria's camp. That commitment extends across the board — rest protocols, injury prevention, recovery strategies, brainwave training, physical therapy, cardiology, and physiology all get the same level of attention.

Strength Training Structure: The Microcycle Approach

Aldo structures Topuria's training around microcycles — weekly training blocks, each with a defined goal. Intensity across striking, grappling, and strength work is adjusted within each cycle to match that goal.

Early in a camp, training focuses on building a solid strength base through general compound work. As fight night approaches, that foundation is converted into sport-specific power.

"We set goals in microcycles. We start with lower-intensity circuit training and progressively increase the training load."

— Aldo Martinez

Power is the product of force and velocity. Force is determined by muscular strength. Without a strong base, there's no power — which means no knockout punch. Aldo's system builds that base first, then adds speed to the equation as the fight approaches.

"Everything has to match the sport. Power only matters if it translates to the actual sport. So we build general fitness, develop strength endurance, accumulate strength — and then, as the fight gets close, we convert all of that into sport-specific power."

— Aldo Martinez

"I keep data from every previous camp. I track how much stronger Ilia has gotten. We time the strength development to peak for the fight date — so it shows up as harder hitting. Technical reps matter, but so does building the physical base."

— Aldo Martinez

Running: Multiple Intensities, Multiple Purposes

Running is a major part of Topuria's conditioning work, and it shows up in several different forms — on tracks, roads, and in natural terrain. Each session has a specific purpose.

One example from his training: 6 sets of 400 meters with 1-minute rest between sets, keeping heart rate at or below 135 bpm. This is low-intensity aerobic work designed to develop endurance and train the body to use fat as its primary fuel source.

"We train the cardiovascular system. At lower intensities, we activate the aerobic system — the one that burns fat."

— Aldo Martinez

Other sessions involve repeated high-intensity efforts or short maximum-effort sprints. Together, these different intensities target all three energy systems:

Aerobic system — low intensity, long duration (e.g., marathon)
Glycolytic system — moderate to high intensity, roughly 1–3 minutes (e.g., 400m run)
Phosphocreatine (PCr) system — maximum effort, approximately 10–15 seconds (e.g., 100m sprint)

Each energy system relies primarily on a different type of muscle fiber. Slow-twitch (Type I) fibers dominate in long aerobic efforts. Type IIa fibers are the workhorse of intermediate efforts like the 400m. Fast-twitch (Type IIb) fibers take over in maximum-effort sprints. MMA demands all three — it's not a single-intensity sport.

Why Running Belongs in Elite Fight Preparation

A common claim in combat sports circles is that "running isn't the right conditioning tool for fighters." That argument misses the bigger picture. High-level athletic performance requires both a broad general base and sport-specific capacity built on top of it. Running — done with intention and at varied intensities — develops that general base across multiple energy systems and fiber types.

That said, the balance matters. Over-emphasizing one energy system can blunt another. A fighter built primarily on low-intensity aerobic volume may see a reduction in explosive power. Conversely, a fighter who focuses almost entirely on short-burst explosive work may struggle with gas tank management over the course of a full fight.

This balance applies to Topuria directly. His game depends on explosive power. A training plan that leans too heavily on long slow distance would erode exactly what makes him dangerous.

The same logic is well-illustrated by a case in elite swimming. A coach working with a sprint-specialist swimmer noted that entering long-distance events — and training heavily for them — would compromise the explosive qualities that made the athlete elite at 200 meters. Extended endurance training drives adaptations toward Type I muscle fibers, which can come at the expense of the fast-twitch fibers responsible for explosive speed.

The takeaway: running is a legitimate and important training tool, but it has to be programmed with the athlete's sport, strengths, and physical profile in mind. That principle extends beyond running — it applies to every layer of the training plan, including what comes next: core training.

The Core's Role in Power Generation

Almost every sport is played on the ground. That means force has to originate from the ground up — and something has to carry that force from the lower body to the upper body. That something is the core.

In combat sports, shot put, baseball, American football, golf, judo, wrestling, volleyball, and tennis, power generated through leg drive needs to travel upward through the body. The core acts as the bridge between the lower and upper extremities. For that transfer to be efficient, the bridge has to be solid.

Think of it this way: if two countries trade goods across a bridge, but the bridge is a rope suspension bridge that sways and shakes, a significant portion of the cargo falls into the water before it reaches the other side. Replace that with a reinforced steel bridge and all the cargo arrives intact. The same principle applies to the body. A strong, stable core ensures that the force generated by the legs reaches the fists — fully and without loss. The explosive knockout power that elite fighters, power hitters, and hard-throwing pitchers display is simply not possible without that stable foundation.

The Core Doesn't Rotate — It Resists Rotation

In sports performance discussions, words like "rotational power" and "core rotation" come up constantly. Many athletes take this literally and assume that the core itself is the engine driving punches, swings, and throws. That's a misconception worth clearing up.

The core does not generate large amounts of power on its own. Large-scale force production is the job of the major limb muscles and the chest. The lumbar spine — vertebrae L1 through L5 — is anatomically limited in how much it can rotate. It barely moves. What looks like core rotation during athletic movements is primarily rotation happening at the hip joint and the thoracic spine (the mid and upper back). The lumbar core itself remains relatively fixed.

In nearly all sports, the core doesn't rotate independently. Its primary job is to resist rotation — to hold firm while the limbs do the work.

Here's how Topuria himself describes it:

"When generating power, you can't lose your balance. The core has to be strongly activated at all times — because the core is where all the power in a strike accumulates."

— Ilia Topuria

What Topuria is describing is this: powerful force generated by the arms, legs, and large muscle groups passes through the core. If the core is strong enough to handle that force, it gets transmitted cleanly and fully released. If the core isn't strong enough to absorb and redirect that force, it gets eaten up — and the output is reduced.

Balance and the Anti-Rotation Function

Topuria also connects core strength directly to balance, and for good reason.

"The most important thing when generating power is balance. If your balance breaks down, you can't fully transfer power. That's why core solidity — 'solido' — is essential."

— Ilia Topuria

In competition, athletes don't move in clean, controlled, predictable patterns. The limbs are constantly generating force at high output, moving through wide ranges of motion, and shifting direction rapidly. If the core can't hold steady through all of that chaos, performance suffers.

The core functions primarily through isometric contraction — meaning it produces force without changing length — to maintain anti-rotation stability. While the arms and legs are moving explosively in every direction, the core locks down the center of the body so those limbs can operate effectively. A highly mobile, powerful set of limbs attached to an unstable core is like having a powerful engine mounted in a frame that can't hold it. The energy dissipates before it does any useful work.

Topuria's use of the word "solido" — meaning solid or firm — captures this well. The goal is to find and maintain that point of firmness, not to produce movement from the core itself. This is entirely consistent with how the core functions biomechanically: it holds its position and resists being pulled out of it.

Topuria's Core Training: Two Categories

Effective core training for power sports should place the core under load within coordinated, multi-joint movements — where the hips, thoracic spine, arms, and legs are all involved — and require the core to maintain stability throughout. Topuria's core work is built exactly around that principle, and it breaks down into two main categories.

1. Dynamic Core Training

These exercises involve multi-joint, high-range movements where the core has to stabilize a body in motion — or transfer force generated from the ground upward through coordinated movement.

Gym ball rotation with resistance band: Using a gym ball and a resistance band, Topuria drives through the legs and hips to generate ground force, then transfers that force upward through the core during a rotational movement. The core is not the source of the rotation — it's the conduit for the force.

Split-stance kettlebell swing: From a split stance, Topuria generates force from the ground and uses the arm swing to accelerate the kettlebell. The core braces hard against the momentum of the kettlebell, acting as a rigid support structure that allows the bell to be safely driven upward.

Push-up plank with simultaneous arm and leg movement: Starting from a push-up plank position, Topuria moves the arm and leg simultaneously — a highly demanding coordination challenge. The core has to maintain stability while both limbs are in motion at the same time.

Clean and press: The legs drive through the floor to generate power, the core transmits that force through strong contraction up to the hands, and the heavy barbell is accelerated powerfully. As the barbell's momentum changes direction transitioning into the press, the core acts as a hard brake — absorbing the load and redirecting it.

Standing twist: During this heavy, dynamic arm movement, the core and hips brace firmly to stop excess rotation and control the high-output force produced by the arms.

The speed, output, and movement pattern differ across all of these exercises — but the underlying principle is consistent. The core is always stabilizing dynamic limb movement, or safely transmitting ground-generated force upward through the kinetic chain.

2. Static Core Training

These exercises involve relatively still limb positions, with the core producing strong isometric force to maintain stability under load.

Medicine ball and resistance band hold: Topuria grips a medicine ball and a resistance band simultaneously, holding against the combined force being applied. With the arms and legs in a relatively stable position, the core engages through strong isometric contraction to keep the body from being pulled out of position.

Turkish get-up with sandbag: Holding a sandbag in one hand, Topuria rises from the floor to standing. The entire body is in an asymmetrically loaded, off-balance state throughout the movement. Strong core contraction restores and maintains balance against that imbalance.

Loaded carry (sandbag or kettlebell): Carrying heavy loads while maintaining posture requires the entire body — centered on the core — to generate sustained tension throughout the carry. Every muscle in the chain is under continuous load.

Putting It All Together

As a fighter, Topuria needs both types of core strength. Static isometric strength is essential for clinch work, ground fighting, and wrestling situations. Dynamic stability is required every time he throws a strike. His training covers both demands directly.

Zoom out and the full picture becomes clear. Every layer of Topuria's physical preparation — the meticulous attention to dental health and vision, the periodized strength cycles, the multi-intensity running program, and the functional core work — is built around one consistent idea: leave nothing on the table. Aldo Martinez doesn't wait for a weakness to show up in competition. He finds it beforehand, brings in the right specialist, and eliminates it.

It's worth noting that this style of training isn't a universal prescription. For certain athletes — depending on training history, injury status, or individual physical profile — a more foundational approach may be the right starting point. But for a high-level power sport athlete like Topuria, every component of this system is calibrated to the specific demands of his sport, his fighting style, and his body. That specificity is what separates good training from elite preparation.

The core muscle group has one primary job in power sports: hold its ground. As it turns out, that's also a pretty good description of what Ilia Topuria does inside the cage.