The relentless pursuit of physical dominance in professional rugby demands a training regimen that is both brutal and scientifically precise. Imagine stepping onto the field, a colossal force ready to collide, drive, and repeat, all while maintaining peak performance for 80 minutes. Such an athlete’s physical prowess is not an accident; it is forged through calculated, high-intensity strength and conditioning protocols. In the accompanying video, renowned Men’s Health expert Andrew Tracey delves into the elite training world of England and Bristol Bears prop, Ellis Genge, revealing the foundational pillars of his formidable physique and enduring athleticism. This discussion offers a rare glimpse into the strategies employed at the highest echelons of professional sport, transcending mere lifting to embody a holistic approach to athletic excellence.
Mastering Eccentric Overload for Unmatched Strength and Robustness
One of the most intriguing aspects of Ellis Genge’s program, as highlighted in the video, involves the strategic application of eccentric training, specifically assisted eccentric lifts. This method capitalizes on the physiological reality that individuals are inherently stronger in the lowering (eccentric) phase of a lift compared to the lifting (concentric) phase. By artificially increasing the load during the eccentric portion—often with external assistance to make the descent heavier than the lifter could concentrically lift—muscles are subjected to unparalleled stress.
This deliberate overload serves multiple critical functions within an elite athlete’s programming. Firstly, it amplifies muscle damage, a primary catalyst for hypertrophy and subsequent strength gains. Secondly, it strengthens connective tissues and enhances neurological adaptations, which are paramount for injury prevention and overall bodily resilience, qualities that are absolutely non-negotiable for a front-row rugby player like Genge. As was casually mentioned, Genge’s training incorporates these ‘big blocks’ of eccentric lifts, underscoring their integral role in building a ‘robust’ athlete capable of withstanding the sport’s tremendous impacts.
The Nuance of Pulling Movements: Variety and Purpose
While the video primarily showcases Genge performing lat pulldowns, a key takeaway is the emphasis on varied grip positions and types of pulling movements throughout the week. Ellis Genge incorporates both close-grip and wide-grip pulldowns, often alternating them across different training days, such as a wide grip on a Thursday. This conjugate approach, reminiscent of methodologies popularized by institutions like Westside Barbell, ensures comprehensive muscle development and addresses specific biomechanical demands. Varying grip widths can shift the emphasis between the latissimus dorsi, rhomboids, and biceps, contributing to a more well-rounded upper back and arm development.
Furthermore, the discussion touches upon the use of specialized tools such as MAG grips, which are becoming increasingly prevalent in commercial gyms due to their ergonomic design. These grips allow athletes to optimize their pulling mechanics by reducing strain on the forearms and hands, which is particularly beneficial for rugby players whose hands and fingers are often ‘shot to pieces’ from the demands of the game. By alleviating grip fatigue, MAG grips facilitate a more direct focus on the primary target muscles, thus maximizing the training stimulus. Horizontal pulling movements, such as neutral grip rows, are also integrated, complementing the vertical pulls and contributing to the development of a powerful, injury-resistant posterior chain essential for scrummaging and tackling.
Squatting for Power: Beyond Maximal Lifts
Squatting, often considered the king of all exercises, holds a critical position in Ellis Genge’s programming, albeit with a deliberate structure. Contrary to what might be assumed for a power athlete, Genge only performs heavy back squats once a week, often followed by a power-focused session later in the week. His impressive personal best of 223 kg, while weighing 120 kg, underscores his formidable lower body strength, although it is remarked upon with a touch of humility given his body weight. This strategic frequency allows for adequate recovery while still providing sufficient stimulus for strength maintenance and gradual progression.
The conversation also humorously addresses the “depth police” from social media comments regarding Genge’s squat depth. In the context of rugby, functional depth—sufficient for absorbing and generating force in dynamic movements like tackles or scrums—often takes precedence over the ultra-deep, competition-standard squats seen in powerlifting. For a large athlete with significant muscle mass, achieving extreme depth can be biomechanically challenging and may not offer additional sport-specific benefits. Ellis confirmed his high-bar squat preference, a common choice for athletes aiming to develop quadriceps and maintain an upright torso, distinguishing it from the low-bar squat often favored by powerlifters for maximal load.
A fascinating historical note emerges when Genge recalls performing German Volume Training (GVT) during his college years, involving ten sets of ten repetitions, even super-setting with lunges. This high-volume approach, performed with weights around 120 kg at the time, is an excellent method for building work capacity and hypertrophy, laying a robust foundation of muscle mass and endurance. It illustrates a common progression in elite athletics: foundational high-volume training in younger years gives way to more refined, specific, and often lower-volume, higher-intensity work as athletes ascend the ranks, with a greater emphasis placed on game-specific practice and less on pure weightlifting volume.
The Bench Press: More Than Just a “Bro” Lift for Rugby Front-Rowers
While bench press might be perceived as a classic “bro lift,” its significance for a front-row rugby player like Ellis Genge cannot be overstated. He benches two to three times per week, incorporating variations such as flat bench and roller press. Genge notably prefers a tight, close grip, diverging from the wider grip often adopted in powerlifting to maximize weight moved. This close grip more effectively targets the triceps and deltoids, essential for the explosive push-off needed in scrums and for maintaining a rigid upper body during contact. He highlights that this close grip naturally provides a significant triceps pump, eliminating the need for extensive direct arm training.
Perhaps the most compelling insight regarding the bench press for rugby players is Genge’s observation on bone density. Citing DEXA scans, he notes that front-row players who lift heavy tin regularly exhibit remarkably dense chest bone structures. This phenomenon aligns with Wolff’s Law, which states that bone adapts to the loads placed upon it. The immense compressive and shearing forces experienced during heavy bench presses, coupled with the impact forces of rugby, undoubtedly contribute to superior bone mineral density, translating into enhanced resilience against fractures and improved ‘robustness’ in contact situations. This finding underscores the bench press as a crucial element for structural integrity, not just muscular strength, in elite rugby.
Conditioning: The Unsung Hero of Rugby Performance
The conversation invariably shifts to the less glamorous but equally vital aspect of conditioning. Ellis Genge succinctly captures the essence of rugby’s physiological demands: “rugby is not about the long effort, it’s about the repeat effort.” This philosophy underpins their rigorous conditioning protocols, predominantly executed on the Wattbike and the formidable assault bike. The aim is to build anaerobic capacity and repeat sprint ability, enabling players to perform multiple high-intensity efforts (scrums, rucks, tackles, sprints) with minimal recovery between them.
Wattbike protocols mentioned include highly intensive intervals such as 6 seconds on, 24 seconds off, or 10 seconds on, 30 seconds off, designed to tax the anaerobic energy systems and improve power output. Longer intervals like six 1-kilometer repeats are also employed to develop aerobic capacity and lactic acid tolerance. The assault bike, infamous for its full-body, high-power output demands, is described as the “biggest finisher of a body.” Ellis recounts a “Mat Fraser” inspired workout of 20 “cows” (calories) every minute on the minute for six rounds, which he completed in a staggering 19 seconds for the first round, plummeting to 37 seconds by the last—a testament to its brutal effectiveness in driving metabolic fatigue and pushing athletes to their limits. These specific, grueling conditioning efforts are paramount to ensuring that even when physically drained, a rugby player can still perform the necessary explosive actions repeatedly throughout a match.
After the Final Whistle: Your Ellis Genge Workout Q&A
What is ‘eccentric training’ in an elite rugby workout?
Eccentric training focuses on the lowering phase of an exercise, often with increased load, to build muscle strength and enhance the robustness of connective tissues, which helps prevent injuries.
How often does an elite rugby player like Ellis Genge perform heavy squats?
Ellis Genge typically performs heavy back squats only once a week. This structured approach allows for adequate recovery while still providing sufficient stimulus for strength maintenance and progression.
Why is the bench press important for a front-row rugby player?
The bench press is crucial for front-row rugby players as it strengthens the pushing muscles needed for scrums and tackles. It also contributes to increased bone density in the chest, enhancing resilience in contact situations.
What is the primary focus of conditioning for rugby players?
Rugby conditioning focuses on ‘repeat effort,’ meaning players train to perform multiple high-intensity actions like scrums, tackles, and sprints with minimal recovery time during a match.
What types of equipment are commonly used for rugby conditioning?
Rugby players frequently use the Wattbike and the assault bike for conditioning. These machines are ideal for high-intensity interval training to build anaerobic capacity and improve power output.