Monique had been to a gym before. She had trained, on and off, through university: the way many people do, without structure, without progression, without a clear understanding of what the training was supposed to achieve. She had a general sense that she wanted to be stronger and leaner, but the results never quite matched the effort.
Back from Japan, balancing the final stretch of her degree with part-time work, she decided this time would be different. She locked in, both on training and on nutrition. Five months later, she had lost 12.8kg and doubled her squat from 26kg to 63kg.
Why Recomposition Is the Hardest Thing to Explain
Monique’s result is technically described as body recomposition: the simultaneous reduction of fat mass and increase of muscle mass. It’s the goal that most women express when they say they want to “tone up”
they want to lose fat and build definition, not just be smaller, and it’s also the goal that is most consistently misunderstood.
The common approach to achieving this goal, eating very little and doing lots of cardio, produces a result that resembles weight loss but not recomposition. The scale goes down. But the fat-to-muscle ratio often barely shifts, because the caloric deficit is too large and the training stimulus too minimal to maintain, let alone build, muscle tissue alongside the fat loss. The result is a smaller version of the same body composition, not a genuinely different one.
Monique’s approach was different: adequate protein to support muscle building, a modest caloric deficit to drive fat loss, and progressive resistance training to create the stimulus for muscle growth. The combination produces recomposition, fat down, muscle up, body composition genuinely changed.
The Squat as a Progress Metric
Doubling a squat, from 26kg to 63kg in five months, is a specific and measurable achievement that most people underestimate how meaningful it is. It’s not just a number. It represents a fundamental change in the neuromuscular architecture of the body: more muscle fibres recruited, stronger connective tissue, better movement patterns, more efficient energy systems.
A woman who can squat 63kg for working sets is not the same body as one who could squat 26kg five months earlier. The muscle mass required to produce that force, primarily in the glutes, quads, hamstrings, and supporting structures, is substantial. And muscle mass is the single most important driver of resting metabolic rate: the more you have, the more you burn at rest.
This is why Monique’s 12.8kg of weight loss happened: not because she restricted aggressively, but because she built enough muscle that her body’s energy requirements increased meaningfully. The fat loss was the downstream consequence of the muscle building, not something achieved at its expense.
The Uni Student Reality
Monique was balancing a university degree and part-time work during these five months. Her schedule was not ideal. Her sleep was not perfect. Her budget was not unlimited. She achieved this result inside a real life, not a controlled experimental condition.
This matters because women who are waiting for ideal conditions to start often find that the conditions never quite arrive. The semester is always demanding. The schedule is always full. The budget is always tighter than you’d like. Monique’s result is evidence that “ideal conditions” is not a prerequisite. Commitment, a good programme, and consistent execution are.