Chapter 7
Bulking, Cutting and Body Recomposition

Lean Bulking

Learning goal: Build muscle with a controlled energy surplus while minimising fat gain.

Lean bulking is the process of eating slightly more energy than you expend—typically 5–15% above maintenance—while following progressive resistance training. The goal is to maximise muscle gain while keeping fat gain modest enough that future cutting phases remain manageable and you maintain metabolic health throughout the process.

1Setting the surplus size

The surplus size depends on training experience, current body fat, and genetics. Beginners often tolerate larger surpluses (10–20% above maintenance) because their muscle-building capacity is higher and they have more room to improve. Intermediate and advanced trainees typically do better with smaller surpluses (5–10%) because muscle-building capacity slows and excessive fat gain becomes harder to reverse. A practical starting point is 250–500 kcal above maintenance, assessed weekly and adjusted if weight gain is too rapid or too slow.

Too large a surplus wastes energy as fat tissue and makes later cuts longer and more uncomfortable. Too small a surplus may leave training performance compromised and recovery capacity limited. The sweet spot is a surplus that supports consistent training while producing a steady weekly weight gain of 0.25–0.5% of body weight.

2Rate of weight gain and body composition

A conservative rate of roughly 0.25–0.5% of body mass per week is a useful guardrail for most trainees. At 70 kg, this equates to 0.18–0.35 kg per week, or 0.7–1.4 kg per month. Beginners can often tolerate the upper end; advanced trainees should stay toward the lower end. Faster gains do not automatically mean faster muscle gain—excess energy becomes fat tissue at a predictable ratio based on training and nutrition quality. Weekly scale weight alone is misleading; use a combination of waist measurement, gym performance (lifting the same weights for more reps or heavier loads), and photos under consistent lighting and condition.

3Protein and training during a lean bulk

Protein remains central: 1.6–2.2 g/kg/day supports muscle protein synthesis across the surplus. Carbohydrate should be matched to training volume—higher around sessions, distributed across meals to support glycogen repletion. Fat should comprise 20–35% of energy and should not be restricted. Training should remain progressive: if you are not adding reps, weight or sets over weeks, the surplus is not being used effectively. Reduce exercises that create excessive fatigue without driving strength or hypertrophy.

4Monitoring and adjustment

Track trends over two to four weeks, not daily weigh-ins. If weight rises faster than the target (e.g., 1 kg per week), reduce calories by 100–200 kcal and reassess. If weight is stalling, add 100–200 kcal. Waist circumference should rise slowly—if it rises faster than weight, fat gain is excessive and the surplus is too large. Gym performance is the most reliable signal: if you are stronger and moving more weight for the same effort, the surplus is working.

5Lean bulking on an Indian vegetarian diet

A lean bulk needs a modest surplus delivered without excessive fat, which is harder on a vegetarian diet where the convenient protein sources — paneer, curd, nuts — carry fat with them. The practical solution is soya chunks and dal as the protein backbone, with rice and roti supplying the surplus. A 72 kg vegetarian lifter targeting a 300 kcal surplus at 2.0 g/kg protein can build it as: 4 eggs or two moong dal chillas at breakfast, 60 g dry soya chunks at lunch, 200 g curd and roasted chana mid-afternoon, 80 g dry soya chunks or paneer at dinner, and 300 ml milk before bed — roughly 145 g of protein for about ₹190 a day. Adding surplus calories through extra rice and roti rather than through ghee and fried snacks keeps the fat gain proportionate, which is the entire point of a lean bulk.

The monitoring point from earlier in this lesson matters more on a vegetarian diet, because the surplus arrives largely as carbohydrate and the day-to-day scale movement is noisier as a result. Judge the seven-day average rather than the daily figure, and give any adjustment three weeks before deciding it failed.

• Choose a surplus that allows 0.25–0.5% weekly body-weight gain.
• Use waist, strength and photos alongside scale weight.
• Adjust every 2–4 weeks based on trends, not daily values.

Traditional Bulking

Learning goal: Understand the benefits and risks of larger-surplus mass-gain phases.

Traditional bulking uses a larger energy surplus—often 15–30% above maintenance or higher—to make eating easy, to improve training performance in the short term, and to produce rapid scale-weight changes. It can be useful for very underweight novices who struggle to eat at all, for athletes returning after long underfeeding or injury, or for people with limited time and access to close professional monitoring. It is not inherently superior for experienced lifters and carries distinct metabolic and psychological costs.

1When larger surpluses can work

A very lean or underweight beginner (BMI <18) may benefit from a 20–30% surplus to normalise energy intake and rebuild metabolic capacity. Someone returning from injury or a long cut may experience rapid muscle recovery at higher calories because the nervous system and hormonal environment are sensitised to training stimulus. Someone with a tight training timeline—such as an athlete preparing for a specific competition or event—may prioritise rapid mass gain over minimal fat gain. In these contexts, a larger surplus can be appropriate if monitored carefully.

2The muscle-building ceiling

The maximum rate of muscle gain is set by training status, programme quality, sleep, genetics and nutrient availability—not surplus size alone. A beginner can build 0.5–1.0 kg of lean tissue per month under optimal conditions. An intermediate trainee: 0.25–0.5 kg per month. An advanced trainee: 0.1–0.25 kg per month. These rates are hard ceilings and cannot be overcome by eating more. Surplus calories beyond what supports these rates simply become fat tissue, which creates two problems: (1) you gain unnecessary body fat that must later be cut away, and (2) you may train less effectively if increased body fat reduces comfort, joint health or cardiovascular performance.

3Metabolic and hormonal effects of large surpluses

Large surpluses improve short-term gym energy and performance—more ATP, more glycogen, higher motivation. Over weeks, however, body fat accumulates and leptin rises, which can initially improve appetite and training. But high body fat also elevates systemic inflammation (especially in a sedentary state), impairs insulin sensitivity, and worsens cholesterol and blood pressure profiles if the surplus is sustained. For an athlete concerned with health longevity, the gains in short-term performance do not always justify metabolic damage.

4Assessing the trade-off

Before choosing a traditional bulk, ask: (1) Are you truly unable to eat at a moderate surplus? (2) Do you have time-limited goals that justify rapid mass gain? (3) Can you monitor training, recovery and health markers closely? (4) Do you have professional support to manage the cut afterward? If the answer to all four is yes, a traditional bulk may be appropriate. If not, the lean-bulk approach carries less risk and often works equally well.

5Who a larger surplus still suits

Traditional bulking is out of fashion, and for most trained lifters the criticism is fair. It still suits a specific group: genuine beginners in their first year of training, who gain muscle fast enough to use a larger surplus; underweight athletes whose starting point is low body fat and low mass; and athletes with very high training volumes or physically demanding jobs whose expenditure is genuinely difficult to exceed. For these, a 500 kcal surplus is defensible. For an intermediate lifter of five years' training at 18% body fat, it is not — the muscle-building ceiling described above means the extra energy has nowhere useful to go, and the cut that follows will be longer than the gains justify.

The practical test is whether the athlete is still gaining strength week to week at their current surplus. If they are, the surplus is being used and there is no case for enlarging it. If they are gaining weight without gaining strength, the surplus already exceeds what their training can convert, and the answer is to reduce it rather than to wait for the body to catch up. That test is more useful than any body-fat threshold, because it measures the thing the surplus is supposed to be buying.

• Use large surpluses only with a clear reason.
• Prioritise nutrient-dense, whole-food additions.
• Monitor waist circumference and performance together.

Dirty Bulk Myths

Learning goal: Reject the idea that uncontrolled eating is necessary or beneficial for muscle growth.

A "dirty bulk" is an intentionally large surplus built mostly from highly processed, high-calorie, low-nutrient foods—junk food, deep-fried items, sugary drinks, alcohol and convenience meals. It is attractive because it removes the need for planning and produces rapid scale weight changes. It does not, however, create a special anabolic state. Muscle responds to training stimulus, adequate protein, recovery and a manageable energy surplus—not to food source. Excess alcohol, poor fibre intake, low micronutrient density, erratic meal patterns and sleep disruption can impair recovery even when calorie totals are high.

1The false promise of "bulk season"

Many young lifters adopt a "bulk season" mindset: eat whatever, whenever, without restriction; get strong; then cut it off. This approach ignores that excessive fat gain, poor digestion, low micronutrient intake, and sleep disruption during the bulk actually undermine the cutting phase. A person who gains 15 kg of fat and 5 kg of muscle during a 16-week bulk must then spend 12–16 weeks in a deficit to return to their starting body-fat level—wasting months. The same 5 kg of muscle could often be built in the same timeframe with a leaner, more controlled approach and no need for a lengthy cut.

2The role of food quality in recovery

Food quality matters because micronutrient density, fibre, and digestive comfort affect hormone production, immune function, and sleep—all essential for recovery and training performance. A diet of chips, fried food, sugary drinks and alcohol provides calories but lacks B vitamins, magnesium, zinc, and vitamin D that regulate cortisol, testosterone, and sleep quality. Poor digestion from low fibre and excessive fat also impairs nutrient absorption. You can be in a surplus and still undermining recovery by eating food that destabilises blood sugar, disrupts sleep, or triggers inflammation.

3Flexibility is not the same as chaos

A well-designed bulk can include restaurant meals, sweets, and social eating. The difference between flexibility and a dirty bulk is that flexibility operates within a monitoring framework. If you eat pizza once weekly but track your intake, adjust your macros around it, and maintain your weekly average, that is flexibility. If you eat pizza twice daily without tracking and justify it as "bulking season," that is chaos. The first supports long-term adherence; the second creates regret and metabolic dysregulation.

4A practical alternative approach

A sustainable bulk uses whole foods as the base—rice, roti, dal, paneer, soy, milk, eggs, vegetables, fruit—and adds a realistic quantity of preferred foods. Track the total, hit your macros, and plan adjustments. This approach teaches sustainable eating habits, maintains metabolic health, and produces cleaner muscle gain with less fat to cut later. It is slower by the scale but faster in real terms because you spend less time cutting and more time gaining.

5The cost is paid in the cut that follows

The argument against dirty bulking is rarely about the bulk itself, which is usually enjoyable. It is about the arithmetic afterwards. An athlete who gains 12 kg over a winter, of which perhaps 4 kg is muscle, faces an 8 kg cut lasting three to four months at a safe rate of 0.5–1.0% of bodyweight weekly — during which training quality falls and some of the new muscle is at risk. The same athlete on a controlled surplus might have gained 5 kg with 3.5 kg of muscle and needed a three-week mini cut. Present the choice in months of dieting rather than in kilograms of gain, and most athletes choose differently.

There is also a training cost that gets overlooked. Carrying substantially more body fat makes bodyweight work harder, reduces work capacity in longer sessions, and in Indian summer conditions meaningfully worsens heat tolerance. An athlete twelve kilograms heavier than necessary is training less effectively throughout the bulk, which erodes the muscle gain the bulk was supposed to produce.

• Calories create surplus; food quality supports recovery.
• Flexibility and uncontrolled eating are not the same.
• Plan rapid fat gain and plan the costly cut that follows.

Mini Cuts

Learning goal: Use short, purposeful deficit phases to manage body fat without disrupting long-term gains.

A mini cut is a short, controlled energy-deficit phase, typically 2–6 weeks, used during a longer gaining phase when accumulated body fat exceeds the athlete's comfort, aesthetic goal, or health target. It is not a punishment or a sign of failure. It is a tactical tool to recalibrate body composition before returning to a productive surplus. When done correctly, a mini cut preserves muscle and training performance while reducing fat, extending the productive bulking window and improving the athlete's confidence and adherence.

1When a mini cut is appropriate

A mini cut is most useful when an athlete has been in a surplus for 8–16 weeks, has gained visibly around the midsection, is starting to feel uncomfortable or sluggish, and wants to recalibrate before continuing to gain. It can also be useful if an athlete is approaching an event—a beach holiday, a photo shoot, a competition weigh-in—and wants to look leaner without derailing long-term progress. Mini cuts are inappropriate when an athlete is already lean (<12% body fat for men, <20% for women), is recovering from injury or illness, is under-sleeping or high-stress, shows signs of low energy availability, or is preparing for a demanding training block. In these cases, further deficit can harm performance and health.

2Deficit size and duration

A mini cut typically uses a moderate-to-large deficit of 400–700 kcal per day (roughly 20–30% below maintenance) to produce meaningful fat loss in a short timeframe without muscle loss. At this deficit, expect to lose 0.5–1.0 kg per week. A 4-week mini cut might therefore result in 2–4 kg of fat loss. Protein should be slightly higher than normal—aim for 2.0–2.4 g/kg—because the deficit increases muscle-protein breakdown risk. Carbohydrate should remain adequate for training: do not drastically slash carbs; instead, reduce overall energy by trimming portions evenly across macros or cutting calorie-dense foods like oils and nuts.

3Training and recovery during the deficit

Maintain resistance-training intensity and effort, even if volume decreases slightly. Heavy compound lifts should remain in the programme; isolation work and high-volume accessory work can be reduced. Prioritise sleep—aim for 7–9 hours—because sleep deprivation worsens fat loss and increases hunger. Consider reducing additional cardio or conditioning work during the mini cut; walking is fine, but long runs or high-intensity interval training will add to the deficit and increase fatigue without meaningful advantage. The goal is to lose fat fast without compromising training quality.

4Exiting the mini cut and returning to surplus

After the mini cut ends, return to maintenance calories for 1–2 weeks before resuming surplus. This stabilises your hunger signal and appetite regulation, which often dysregulate after even a short deficit. It also confirms that your new, lower body weight is sustainable and that you have not developed a disordered eating pattern. Then increase calories by 100–200 kcal weekly until you return to your surplus. This gradual transition prevents rapid rebound fat gain and metabolic adaptation.

5How often a mini cut can be repeated

Mini cuts work because they are short, and they stop working when they become a permanent state. A reasonable pattern is one three-to-four-week mini cut for every three to four months of surplus, which keeps body fat in a usable range without spending most of the year in a deficit. Athletes who chain mini cuts together with brief maintenance periods between them are, in practice, running a long diet with breaks — and they accumulate the fatigue, training decline and adherence problems of one. If an athlete needs a mini cut every six weeks, the surplus is too large, which is a Lesson 7.1 problem rather than a mini cut problem.

Watch the psychological side as well. Mini cuts are short and aggressive by design, which makes them appealing to athletes who are prone to restriction, and the structure can become a socially acceptable frame for a longer pattern. If an athlete looks forward to the cut and resents the surplus, that is worth noticing and, if it persists, worth raising with a doctor.

• Use 2–6 weeks and a 20–30% deficit.
• Keep protein and training intensity high.
• Return to maintenance briefly before resuming surplus.

Body Recomposition

Learning goal: Identify when fat loss and muscle gain can occur simultaneously.

Body recomposition is the process of gaining lean muscle tissue while losing fat mass, often with little or no change in total body weight. Because muscle is denser than fat, recomposition can produce dramatic visual changes—smaller waist, more defined muscles, stronger appearance—even when the scale barely moves. Recomposition is most likely in beginners, people returning after time away from training, people carrying excess body fat, and anyone who previously under-trained or under-ate protein relative to their potential. It is slower and less predictable in advanced lifters with low body fat.

1Why recomposition works for some athletes

Recomposition works when there is a large gap between current and potential muscle mass, and when the body has metabolic flexibility to simultaneously build muscle and oxidise fat. Beginners and returners benefit from high mechanical-tension sensitivity—their nervous systems and muscles respond dramatically to training stimulus even at maintenance or slight deficit calories. People with higher body fat (>25% for men, >32% for women) have abundant energy stores and hormonal environments that support both processes. However, an advanced lifter who is already lean and well-trained cannot build muscle efficiently at a deficit because the deficit overrides the anabolic signal; they must eat at surplus.

2Nutrition and protein for recomposition

Protein is critical—aim for 2.0–2.4 g/kg—because recomposition requires robust muscle-protein synthesis. Energy can be at maintenance or a mild deficit (100–300 kcal below maintenance), but should not be severe. Carbohydrate should be matched to training demand and should be adequate to support glycogen repletion; do not restrict carbs simply because you are in a deficit. Micronutrient intake should be high: recomposition often fails not because of calories, but because of inadequate sleep, vitamin D, magnesium, or iron. Meal timing is less critical than total daily intake, but eating protein across meals (3–5 g every 3 hours) is more effective than one large meal.

3Training structure for recomposition

Progressive resistance training is non-negotiable. Focus on compound movements—squats, deadlifts, presses, rows—that recruit large muscle groups and generate high mechanical tension. Perform 2–4 sets of 5–8 reps at challenging loads, targeting a rep range where the last 1–2 reps are difficult. Include 2–4 sessions per week for most people. Accessory work can be included but should not take priority over compounds. Volume should be progressive: if you are not adding reps, weight, or sets over weeks, the programme is not generating sufficient stimulus for hypertrophy. Avoid excessive endurance work; walking or low-intensity cycling is fine, but marathon cardio will compete with muscle growth.

4Measuring progress in recomposition

The scale is misleading because muscle and fat weigh the same volume, so rapid recomposition can show no scale change or even a slight gain. Use multiple markers: waist circumference (should shrink), strength (should increase), clothing fit (should improve), energy (should rise), and photos (should show more muscle definition). Recomposition is typically slower than a pure cut or a pure bulk—expect 0.25–0.5 kg of muscle gained and 0.5–1.0 kg of fat lost per month. If progress stalls after 8–12 weeks, assess: Are you eating enough protein? Are you sleeping 7–9 hours? Are you making steady progress in the gym? Are you tracking honestly? Often recomposition plateaus because one of these factors has slipped.

5Why recomposition disappoints experienced lifters

Recomposition — gaining muscle and losing fat simultaneously — works best in beginners, in athletes returning after a layoff, and in those carrying higher body fat, because all three have a large muscle-building response available and substantial stored energy to fund it. A lean, experienced lifter has neither: their adaptation response is smaller and their fat stores are less willing to subsidise it. Setting this expectation early prevents months of frustration. For that athlete, sequenced phases — a controlled surplus, then a deliberate cut — produce more change in a year than an indefinite attempt at doing both at once.

Where recomposition is the right choice, the monitoring has to change with it. Bodyweight is nearly useless as a single measure when fat is falling and muscle is rising at similar rates, so judge by training loads, waist circumference and how clothes fit over eight to twelve weeks. Athletes who track only the scale during a recomposition usually conclude nothing is happening and abandon a phase that was working.

• Best for beginners, returners, and those with higher body fat.
• Keep protein at 2.0–2.4 g/kg.
• Use waist, strength and photos beside scale weight.

Transitioning Between Phases

Learning goal: Move between gain, maintenance and loss phases deliberately to preserve health and metabolic stability.

Transitions between phases are often overlooked but are critical for long-term success. A sharp pivot from a long bulk directly into an aggressive cut causes metabolic shock, dramatic hunger, poor training performance, and often a rebound to uncontrolled eating. Similarly, exiting a cut straight into an unlimited surplus triggers rapid fat gain and can reinforce disordered eating patterns. Planned transitions—especially maintenance phases between major shifts—stabilise your hunger signal, restore training performance, and reduce the psychological toll of phase changes.

1The role of maintenance phases

A maintenance phase is 2–4 weeks of eating at calories that match your energy expenditure, neither surplus nor deficit. During this phase, body weight stabilises, hunger and appetite signals normalise, and you can assess whether you are healthily practicing food behaviours or whether restrictive or chaotic habits are present. Maintenance also allows adaptation hormones—leptin, ghrelin, thyroid—to reset, which improves metabolic health and makes the next phase more effective. After a long deficit, maintenance should precede a surplus; after a long surplus, maintenance should precede a deficit.

2Exiting a surplus and entering a deficit

After a 12–16 week bulk, spend 2–3 weeks at maintenance to stabilise body weight and allow training performance to reset. Then gradually reduce calories by 100–200 kcal per week until you reach your target deficit (typically 300–500 kcal below maintenance). This gradual transition prevents the shock of sudden energy restriction, preserves muscle, and maintains training quality. Do not cut carbohydrates drastically; instead, trim portions evenly or remove calorie-dense foods. Protein should increase slightly as you enter the deficit. Avoid the trap of "compensating" for the surplus by severely restricting intake in the first week of a cut.

3Exiting a deficit and entering a surplus

After a 6–12 week cut, spend 2 weeks at maintenance to stabilise body weight and reset hunger. Then increase calories by 100–200 kcal per week until you reach your target surplus. This prevents "rebound eating"—the tendency to overeat after restriction, which quickly adds body fat and can undo a cut's progress. During the transition, hunger and cravings may rise; this is normal adaptation and should settle after 2–3 weeks of stable surplus calories. Pay attention to portion sizes and how you feel; if you are uncomfortably full or losing energy, slow the increase.

4Planning the transition before starting a phase

Decide your exit strategy before committing to a phase. If you are starting a 14-week bulk, know that you will spend 2–3 weeks at maintenance, then 8–10 weeks cutting, before the next surplus. If you are starting a cut for a holiday, know that you will spend 2 weeks at maintenance after to stabilise weight before resuming eating higher. This forward planning prevents impulsive decisions, reduces the psychological toll, and increases adherence. Phase length matters: shorter phases (6–8 weeks) require less aggressive nutrition, while longer phases (12–16 weeks) can become misaligned with life demands—plan accordingly.

5The reverse-diet question, honestly

Reverse dieting — raising calories gradually after a deficit rather than jumping straight to maintenance — is widely promoted, and the honest position is that the practice is sensible while the claims made for it are overstated. Raising intake in steps of roughly 100–150 kcal every week or two lets the athlete find their new maintenance without a rapid rebound, and it helps psychologically after a long diet. What it does not do is repair a metabolism, and the dramatic language used to sell it exceeds the evidence. Present it as a controlled way back up rather than as a metabolic intervention, and the athlete gets the benefit without the mythology.

A practical detail for the transition out of a deficit: appetite is frequently elevated for some weeks after a long diet, and athletes routinely overshoot maintenance without noticing. Raising intake in planned increments rather than by appetite is what prevents the rapid regain that so often follows an otherwise successful cut, and it is worth warning the athlete about before the diet ends rather than after.

• Use 2–4 week maintenance phases between major shifts.
• Transition calories gradually (100–200 kcal per week).
• Plan your exit before entering a phase.

Maintaining Muscle While Cutting

Learning goal: Preserve lean tissue and strength during a fat-loss phase.

Cutting—eating at an energy deficit to lose fat—inevitably reduces muscle as well as fat unless specific measures are taken to preserve lean tissue. However, muscle loss can be minimised significantly through resistance training, adequate protein, a sensible deficit, and prioritised sleep. The goal of cutting is not to lose maximum weight, but to lose maximum fat while preserving muscle, strength, and training performance. Understanding how to cut effectively transforms fat loss from a painful, muscle-wasting ordeal into a sustainable, performance-preserving process.

1The relationship between deficit size and muscle loss

A larger deficit produces faster fat loss but also greater muscle loss. A mild deficit (200–300 kcal below maintenance) may produce 0.25–0.5 kg fat loss per week with minimal muscle loss, but the process is slow. A moderate deficit (400–500 kcal) produces 0.5–1.0 kg fat loss per week with minimal muscle loss if the other factors (protein, training, sleep) are optimised. A severe deficit (>700 kcal) produces rapid fat loss but also significant muscle loss, reduced training performance, and increased risk of hormonal disruption. For most people, a moderate deficit (400–500 kcal) is the sweet spot: fast enough to see results within weeks, but sustainable enough to maintain training quality and recover performance.

2Protein intake during cutting

Protein is even more critical during a cut than during a surplus because it signals the body to preserve muscle in the face of energy shortage. Aim for 1.8–2.4 g/kg body weight daily, distributed across at least three meals to maximise muscle-protein synthesis throughout the day. At 75 kg, this is 135–180 g protein per day. Protein also has a higher thermic effect (the energy cost of digestion) than carbs or fat, so higher protein intake slightly increases your deficit without needing to cut calories further. Source protein from cheap, accessible foods: eggs, dal, milk, paneer, curd, soy, chicken, canned fish.

3Resistance training during a cut

Maintain relative intensity: the weight you lift should remain challenging, even if volume (sets × reps) decreases. A trainee cutting on 400–500 kcal deficit can usually sustain 80–90% of their peak strength, so lifts should not dramatically drop. Keep compound movements—squats, deadlifts, bench press, rows—as your foundation. These exercises signal the body that muscle is needed for survival. Reduce volume on accessory work (isolation exercises) by 20–30% to manage fatigue, but keep compound lifts' volume close to maintenance. If you are unable to lift meaningfully during the cut, the deficit is too large or something else (sleep, protein, stress) is wrong.

4Sleep and recovery during cutting

Sleep becomes even more important during a cut because the deficit raises cortisol, which opposes muscle retention. Aim for 7–9 hours nightly. Poor sleep during a cut worsens hunger, reduces training performance, and increases muscle loss. If sleep is difficult during a cut, the deficit may be too large. Also reduce additional stressors: a person juggling a cut, a stressful job, and poor sleep will lose muscle despite high protein and training. Consider whether cutting is the right time to change jobs, train for a marathon, or take on major life changes.

5Tracking body composition changes

Use multiple indicators: scale weight (should decrease 0.5–1 kg per week), waist circumference (should shrink ~1 cm per 2–3 weeks), strength (should remain stable or decrease minimally), and photos (should show clearer muscle definition). If strength drops dramatically while scale weight falls, muscle loss is excessive and you need more protein, more calories, more sleep, or easier training. If scale weight stalls for 2 weeks but waist shrinks and strength is stable, fat loss is still occurring—the scale is masked by water retention or glycogen, common during deficits.

6Cutting on a vegetarian Indian diet

Holding muscle in a deficit needs protein at 2.2–2.6 g/kg, and vegetarian sources need a further 10–20% on top with larger per-meal doses to clear the leucine threshold. In practice that means a 68 kg vegetarian lifter cutting should target roughly 170–180 g of protein daily, which is achievable but requires deliberate structure: soya chunks twice daily, paneer or low-fat curd, eggs where eaten, and protein-first ordering at every meal. The foods to reduce are the oil, the fried items and the sweets rather than the dal and rice, since carbohydrate at 3–4 g/kg on training days is what preserves the session quality that preserves the muscle.

One more constraint specific to Indian training environments: many lifters cut during summer months in gyms without air conditioning, which compounds the fatigue of a deficit with genuine heat stress. Where that is the case, moving sessions earlier, attending to sodium and fluid per the hydration principles in this programme, and accepting a slower rate of loss all protect the training quality that the cut depends on.

• Use a moderate deficit (400–500 kcal) for sustainable fat loss.
• Prioritise protein (1.8–2.4 g/kg) and strength training.
• Ensure sleep, as deficit raises muscle-wasting hormones.

Contest Preparation Basics

Learning goal: Understand the unique demands and risks of competitive physique preparation.

Contest preparation—preparing the body for a physique competition (bodybuilding, figure, bikini, men's physique)—is an extreme, time-limited intervention, not a general-health template. It involves extended low energy intake, low carbohydrate availability, high training volume with limited recovery, and gradual water and sodium manipulation to achieve very low body fat (typically 4–8% for stage). While reachable for brief periods, contest leanness carries substantial physical and psychological costs and is not a sustainable or healthy year-round state. Successful contest prep requires planning, qualified support, and a clear post-competition recovery strategy.

1Pre-contest preparation timeframe and phasing

Effective contest prep requires 12–20 weeks, depending on starting body fat and target leanness. The first 6–10 weeks are a gradual energy deficit (300–500 kcal below maintenance) with stable training volume, aiming to lose 0.5–1.0 kg per week. The final 4–6 weeks are more aggressive—deeper deficit (500–800 kcal), potentially lower carbohydrate availability around non-training hours, and maintained training intensity despite increased fatigue. The final 1–2 weeks ("peak week") involve managed water, sodium and potassium manipulation to maximise skin tightness on stage day, though poorly executed peak weeks often backfire with sub-optimal appearance and health risk. Longer prep is generally safer and allows more sustainable methods; rushed prep (8 weeks or less) forces extreme deficit and higher risk of hormonal disruption and muscle loss.

2Protein, carbohydrate and fat in contest prep

Protein is set at or above 2.0–2.4 g/kg to maximise muscle retention during the extended deficit. Carbohydrate should never be aggressively restricted early in prep; instead, it is matched to training volume and adjusted down gradually in later weeks as fatigue increases. Many competitors maintain 2–3 g/kg carbohydrate until the final 3 weeks, then reduce to 1–1.5 g/kg in the last two weeks to deplete muscle glycogen for conditioning (flatness disappears and muscle hardness improves visually). Fat should remain 0.8–1.2 g/kg minimum to protect hormonal health—cholesterol and hormones cannot be synthesised below this threshold. Total energy is typically 10–20% below maintenance in early weeks and 20–30% below in final weeks; aggressive coaches sometimes drive deeper, which increases risk of muscle loss, hormonal suppression, and psychological strain.

3Training and recovery during contest prep

Training should remain focused on compound exercises to preserve strength and muscle size. Volume can increase slightly in early prep (building the physique base), then be maintained or slightly reduced in later weeks to manage central-nervous-system fatigue and preserve training quality. Many competitors add additional low-intensity cardio (walking, light cycling) in later weeks to increase deficit without further cutting calories or training intensity. However, excessive cardio adds stress and interferes with recovery, so total weekly activity should be assessed: resistance training + light cardio, not resistance training + intense conditioning + hours of walking. Sleep becomes critical and often difficult during late prep because low energy availability, low carbohydrate availability, and hormonal changes disrupt sleep architecture. Aim for 7–9 hours despite difficulty; poor sleep worsens muscle loss, hunger, and mood.

4Peak week and stage day

Peak week involves deliberate manipulation of water, sodium and carbohydrates to achieve maximal skin tightness and muscle hardness on stage day. A common approach is high sodium and normal water for 5–6 days, then sodium and water reduction 24–48 hours before the show to achieve a "flat" look—appearing harder and more defined. Carbohydrate loading (consuming higher-carb meals 12–24 hours before stage) re-fills glycogen and plumps muscles, creating the appearance of size despite very low body weight. These manipulations are valid tools but are easily mismanaged: excessive water loss causes dizziness and muscle cramps on stage; excessive carb loading causes bloating; sodium mistakes cause either excessive water retention or severe dehydration. Many competitors peak poorly despite months of perfect prep because final-week decisions were rushed or unsupported.

5Post-contest recovery and preventing rapid rebound

The period immediately after a contest is critical. Do not binge for a week—this rapidly rebuilds fat and can establish eating-disorder patterns. Instead, increase calories by 200–300 kcal daily over 3–4 weeks to reach maintenance, then maintenance for 2–4 weeks before moving into a planned surplus. Reintroduce normal foods gradually: after weeks of plain rice and chicken, a sudden large pizza or dessert can cause digestive distress and psychological guilt. Use the post-contest period to assess health: hormones, digestion, mood, menstrual function, and energy levels. If any are disrupted, extend recovery and consider professional support before the next prep cycle. The goal of post-contest is to rebuild metabolic health, not to immediately begin cutting again.

6Where this lesson deliberately stops

Contest preparation at the sharp end involves body fat levels that carry real physiological cost — hormonal disruption, menstrual dysfunction in female competitors, bone density effects, disordered eating risk and psychological strain. Extreme leanness is not a health state, and an athlete pursuing it should be doing so with medical oversight, not with a nutrition plan alone. This course covers the principles and stops there: it does not provide peak-week water and electrolyte manipulation protocols, diuretic use, or anything involving pharmacological assistance. Where a competitor is using performance-enhancing drugs, that changes the physiology this chapter describes and is a matter for a doctor — and it should never be presented to an audience as achievable naturally.

For the same reason, be careful about what a prep is presented as achieving. Photographs taken at the end of a contest preparation show a temporary state held for days, maintained by a process that is neither healthy nor sustainable, and frequently by athletes using drugs that are not disclosed. Presenting that appearance as a reasonable goal for a general audience is one of the more harmful things a practitioner can do.

• Plan 12–20 weeks; rushed prep increases injury and muscle-loss risk.
• Protect protein and maintain training intensity despite deficit.
• Use professional medical and nutritional support.
• Plan recovery as carefully as the prep itself.

Off-Season Nutrition

Learning goal: Use the off-season to build capacity and lean tissue without uncontrolled fat gain.

The off-season is the period when an athlete is not preparing for a specific competition or event, allowing training and nutrition to prioritise long-term capacity building over short-term appearance. It is where most productive muscle-building work occurs because training volume can be higher, exercise selection can target weak points, and food intake can support recovery and adaptation without the urgency of an approaching deadline. The mistake many athletes make is using the off-season as a justification for uncontrolled eating and poor food choices. The correct approach is deliberate, moderately aggressive nutrition that supports muscle gain while keeping fat gain manageable.

1Off-season training goals and structure

Off-season training typically prioritises hypertrophy and strength: higher volume (12–20 sets per muscle group weekly), moderate loads (6–12 rep range), and exercise variety to target weak points. An athlete might dedicate 4 weeks to higher-rep work (8–12 reps, 3–4 sets), then 4 weeks to strength work (3–6 reps, 4–5 sets), cycling throughout the 16–20 week off-season. Accessory work expands: targeting lagging muscle groups with isolation exercises and unilateral work. This variety is only possible in the off-season; during a pre-contest cut, training must be defensive (protecting muscle), not ambitious (building new muscle). The off-season is also when injuries can be properly rehabilitated, programming errors can be corrected, and training consistency is highest—because there is no deadline causing rushed decisions.

2Off-season energy intake and calorie surplus

Off-season intake is typically a modest surplus: 300–500 kcal above maintenance for most people, or 8–15% above maintenance if using percentage-based targets. This is larger than a lean-bulk surplus but smaller than a traditional bulk, aiming to build muscle with manageable fat gain. The duration of the off-season affects strategy: an 8-week off-season (perhaps before a short competition prep) may use a 400–500 kcal surplus, while a 20-week off-season (December–May for a summer competition) may use a 250–350 kcal surplus in the first half and 400–500 kcal in the second, allowing a longer prep timeframe. Weight gain of 0.3–0.7 kg per week is typical and acceptable; if gain exceeds 1 kg per week, the surplus is too large or training intensity is insufficient to convert energy into muscle.

3Macronutrient distribution in the off-season

Protein remains at 1.6–2.2 g/kg to support muscle protein synthesis. Carbohydrate is typically higher in the off-season than in a cut—2–3 g/kg—to support higher training volume and allow complete glycogen repletion. Fat should comprise 25–35% of total energy. Meal timing is flexible: an athlete can eat pre-training, post-training, or around it, as long as total daily macros are hit. Many off-season athletes find eating more frequent, slightly smaller meals helpful (5–6 meals daily) because appetite is often lower than the surplus requires and eating becomes mechanical rather than enjoying large meals. Others prefer 3–4 larger meals. Both work equally if macros are consistent.

4Monitoring progress in the off-season

Track scale weight, waist circumference, strength, and photos. Scale weight should rise steadily (0.3–0.7 kg per week); if it stalls or drops, the surplus may be too small or training is not driving adaptation. Waist should rise slowly (roughly 1 cm per 8–12 weeks)—if waist rises faster than scale weight, fat gain is excessive and the surplus is too large. Strength should increase across the board: heavier lifts, more reps at a given weight, or improved technique. If strength plateaus while scale weight rises, muscle is not being built—it is fat. Photos are the most honest marker: they reveal whether you look more muscular (good), fatter (surplus too large), or unchanged (something else is wrong).

5Using the off-season for what a prep cannot fix

The off-season is the only period where several things can actually be addressed, and athletes routinely waste it. Weak points that need genuine growth require a surplus and months, not a diet. Strength deficits need heavy loading and adequate carbohydrate. Nagging injuries need loading, sleep and food rather than rest alone. Iron, vitamin D and B12 status can be tested and corrected with enough lead time to matter. And a weight-class athlete can reach a lower class through body composition rather than through a water cut. Framing the off-season as the period where next season's problems get solved is more motivating than framing it as time off.

The off-season is also the right time to test the things that need lead time. Iron, vitamin D and B12 correction takes weeks to months under medical supervision, and an athlete who discovers a deficiency six weeks before a competition has left it too late to benefit. Building a blood test into the start of every off-season is a cheap habit that occasionally changes an entire season.

• Use a modest surplus (250–500 kcal above maintenance).
• Prioritise training volume and exercise variety.
• Keep waist gain slow relative to weight gain.
• Strength should rise consistently; if it stalls, something is wrong.

Long-Term Physique Planning

Learning goal: Plan years of progress instead of repeated short cycles.

Sustainable physique development requires planning in years, not weeks or months. Most natural trainees need 5–10 years to build substantial, competitive muscle mass. Many spend their first 2–3 years chasing quick transformations—joining boot camps, extreme diets, crash cuts—and actually regress in muscle because inconsistency and injury disrupt progress. A small fraction commit to stable training, consistent nutrition, and planned phases over years, and they achieve transformations that seem unrealistic to the casual observer. The difference is not genetics or supplements; it is strategy and patience.

1Multi-year planning structure

A realistic long-term plan spans 3–5 year blocks, each built from sequential phases. Block 1 (Years 1–2): build foundational strength and muscle, tolerate higher body fat (15–20% for men, 22–28% for women), prioritise consistent training and basic nutrition. Block 2 (Years 2–3): continue strength and muscle building, begin competition prep if interested, refine nutrition understanding. Block 3 (Years 3–5): advanced training, potential competition, refined periodisation, peak aesthetic and strength development. Within each block, plan specific 12–20 week phases—off-season bulks, maintenance periods, cutting phases—with clear objectives and exit criteria. A person who follows this structure will progress dramatically; a person who changes plans every 6 weeks will plateau.

2Performance goals alongside visual goals

Many people focus on appearance (six-pack abs, bicep size) but ignore performance (how much they lift, how many reps they do). Performance goals drive progress more reliably because strength and training capacity are objectively measurable and progressive. Set goals like "squat 1.5× bodyweight," "bench 1.2× bodyweight," "row 1.3× bodyweight," "10 pull-ups with 20 kg attached." These goals force training consistency, high effort, and nutrition quality. When performance improves, appearance improves predictably. When appearance is the only goal, motivation is fragile and easy to lose if progress stalls.

3Life demands and sustainable nutrition

A physique plan is only as strong as its ability to survive real life: exams, job changes, travel, family, illness, injury. A plan that requires meal prep 12 hours weekly, 1–2 hour gym sessions daily, and zero social meals will fail when life gets busy. A plan that uses simple home-cooked staples, works with flexible eating, and accepts temporary plateaus during busy periods survives. Prepare a preferred eating pattern (meal preps, favourite foods), a good-enough pattern (restaurant meals, simpler cooking), and an emergency pattern (portable foods, quick meals). If you can maintain 70% of nutrition consistency during chaos, you will progress; most people aim for perfection, fail, and restart repeatedly.

4Adjusting the plan when life changes

A job change, relationship change, or health issue is a reason to adjust the plan, not abandon it. If you start working 60-hour weeks, shift to shorter, higher-intensity training sessions and simpler meals. If you have an injury, modify training around it and maintain nutrition (you can still eat well during rehab). If you're managing a health condition, nutrition and training should support it—not fight it. A flexible, long-term plan accounts for these variables; a rigid plan breaks.

5Knowing when to stop chasing a phase

Long-term planning includes recognising when the current approach has stopped serving the athlete. Signals: a cut extending well past its planned duration; body composition goals that move every time they are reached; training performance declining across months while the scale is prioritised; social and family life organised entirely around food; and distress when a meal is unplanned. Any of these means the phase should end and, in several cases, that a doctor or psychologist should be involved. A practitioner willing to say "this phase is over, and the next one is maintenance" is more useful across a decade than one who supplies whatever the athlete asks for.

Finally, plan around the athlete's actual life rather than an idealised one. Weddings, festivals, exams, work travel and family obligations are not interruptions to the plan — they are the plan's operating conditions, and a structure that cannot absorb Diwali or a wedding season will be abandoned rather than adapted. Building maintenance phases deliberately around the periods when adherence is hardest is more effective than expecting discipline to hold through them.

• Plan in 3–5 year blocks, not week-to-week.
• Set performance goals (strength, reps) alongside appearance goals.
• Build flexibility into nutrition and training.
• Adjust when life demands change; do not restart.

Chapter Revision

Learning goal: Integrate surplus, deficit and maintenance into one decision system.

Bulking, cutting and recomposition are not identities or lifestyle choices—they are tactical tools selected based on an athlete's current goal, training experience, body composition, recovery capacity, and health status. Energy balance is the foundation: a modest surplus builds muscle when training is progressive; a controlled deficit preserves muscle and loses fat when protein and training intensity are maintained; maintenance stabilises eating patterns and resets hunger signals. The correct phase is always the one that fits your current needs, not the one that is trending on social media or popular in your gym.

Excellence in physique development requires competence across all three: the ability to bulk without getting fat, to cut without losing muscle, to maintain without losing control. Most people are good at one and poor at the others. Developing skill in all three is how natural athletes separate themselves from the crowd. The key is practice: plan phases, execute them with attention to detail, monitor outcomes, and adjust the next cycle. After three to five years of this, you will have developed expertise that works for your body and life, and progress accelerates.

1The chain of reasoning

Deliberate energy phases work because muscle gain requires a surplus and fat loss requires a deficit, and doing both at once suits only a narrow group (7.1, 7.5). Surplus size matters because the muscle-building rate has a ceiling, so excess energy becomes fat rather than muscle (7.1, 7.2). This is why dirty bulking is costly — the price is paid in the length of the cut afterwards (7.3). Mini cuts exist to keep body fat usable without a long diet (7.4), and transitions between phases need planning rather than improvisation (7.6). Cutting preserves muscle only with high protein, maintained training loads and a controlled rate of loss (7.7). Contest preparation is the extreme version and carries genuine health cost (7.8). The off-season is where problems a prep cannot fix get solved (7.9), and all of it sits inside a multi-year plan shaped by the athlete's life rather than by an ideal (7.10).

2The numbers worth memorising

Lean bulk surplus 200–350 kcal; traditional bulk 400–600, justified only for beginners and hard gainers. Rate of gain 0.25–0.5% of bodyweight weekly in a surplus. Protein 1.6–2.2 g/kg in a surplus, 2.2–2.6 g/kg in a deficit, plus 10–20% for vegetarian diets. Rate of loss 0.5–1.0% of bodyweight weekly. Mini cut 3–4 weeks, roughly one per three to four months of surplus. Carbohydrate 3–4 g/kg minimum on training days while cutting, 5–7 g/kg in a hypertrophy surplus. Reverse diet increments 100–150 kcal every one to two weeks.

3The decisions, in order

First, which phase is appropriate — and for many athletes the answer is maintenance rather than either extreme. Second, the size of the surplus or deficit, which determines the ratio of muscle to fat in the change. Third, protein, which determines how much of the change is lean tissue. Fourth, training load, which determines whether the body has a reason to keep muscle. Fifth, duration and the planned exit, decided before the phase begins rather than when it stops working. Athletes who skip straight to the fourth or fifth decision are the ones who end up in indefinite diets.

4The errors that recur

Running a surplus far larger than the muscle-building ceiling can use. Treating a bulk as permission rather than as a controlled phase. Cutting without raising protein, then losing muscle and calling it fat loss. Reducing training load during a deficit, which removes the signal to retain muscle. Starting a phase with no planned end. Chaining mini cuts until they constitute a permanent diet. And pursuing contest-level leanness without medical oversight.

5What this chapter does not settle

Honest limits. Optimal surplus size is individual and the ranges above are population guidance rather than precise prescriptions. The muscle-building ceiling varies substantially with training age, genetics and starting point, and cannot be predicted accurately for an individual. Recomposition research is limited and mostly in beginners or higher-body-fat participants, so its applicability to trained lean athletes is uncertain. Reverse dieting has little direct evidence despite confident marketing. And as elsewhere in this volume, most underlying research is in young male subjects, so recommendations for female, adolescent and masters athletes warrant closer monitoring.

6The one-sentence version

Choose one direction at a time, make the surplus or deficit small enough that the body can use it, keep protein high and training heavy throughout, and decide how the phase ends before it begins.

• Energy balance is the primary lever—surplus, deficit or maintenance.
• Resistance training and protein protect muscle across all phases.
• Consistency over months and years beats intensity over weeks.

Physique Transformation Cases

Learning goal: Apply the chapter principles without promising unrealistic outcomes.

Case A: The 60-kg Novice
A 19-year-old male, 60 kg, 5'8", ~18% body fat, wants visible muscle. He has never trained consistently. A dangerous approach is a dirty bulk: eating pizza and fried food daily, assuming all calories turn to muscle. The correct approach is an 8–12 week introductory phase of learning movement patterns in the gym, eating a modest 250–300 kcal surplus (2,600 kcal daily if maintenance is ~2,300), hitting 1.8 g/kg protein, training 3–4 days weekly on simple full-body routines, and sleeping 8 hours. After 12 weeks: 63–65 kg (3–5 kg gain), 16–17% body fat (fat gain is minimal), and significantly stronger. Then a 4-week maintenance phase resets appetite and preparation for an 8-week cut to reach 10–12% body fat and reveal the muscle he built. This approach builds the habit and knowledge base for decades of progress.

Case B: The 92-kg Intermediate
A 32-year-old male, 92 kg, 5'10", ~24% body fat, trained for 4 years, strong (squats 150 kg, benches 110 kg), but unhappy with waist size. He was in a surplus for 18 months. A crash diet (severe deficit, excessive cardio) is tempting but will destroy his strength. The correct approach is a 12-week cut: 400-kcal deficit (2,600 kcal daily if maintenance is ~3,000), high protein (2.2 g/kg = 200 g), heavy resistance training 4 days weekly with modest volume reduction, 30 minutes walking daily, 8 hours sleep. After 12 weeks: 86–87 kg, ~16–18% body fat, strength maintained within 5% of baseline. Result: visible abs, maintained muscle and strength, ready for a 2-week maintenance and 12-week controlled surplus.

Case C: The 75-kg Overstressed
A 28-year-old female, 75 kg, 5'5", ~26% body fat, worked a new demanding job, trained sporadically, ate inconsistently. She has done three "quick cuts" in the past 18 months, each lasting 4–6 weeks, followed by rebound eating. She is diet-fatigued and needs reset. The correct approach is NOT another cut—it is 8–12 weeks of maintenance at her current intake (establish what that is first, probably ~2,000–2,200 kcal), consistent training 3 days weekly (not aggressively, just moving), and focusing on hunger regulation and food enjoyment. She will likely lose 1–2 kg during this period without restriction because consistent eating and training improve metabolic health. After this reset, she is ready for a planned cut if desired, or a planned surplus if she chooses recomposition.

1Case one — Aditya, 23, first-year lifter, Pune

Situation: 64 kg at roughly 12% body fat, training six months, wants to add muscle, eating around 2,300 kcal with 90 g protein. Analysis: A genuine beginner at low body fat — the one profile where a larger surplus is defensible (7.2). Protein at 1.4 g/kg is short. Plan: energy to roughly 2,800 kcal, protein to 130–140 g across four feeds, carbohydrate 5–6 g/kg, target 0.4% bodyweight gain weekly. Review at eight weeks. Why it works: his beginner response can use the surplus, and the protein correction is the larger of the two changes.

2Case two — Rohit, 31, five years training, Delhi

Situation: 88 kg at roughly 22% body fat, has been "bulking" for fourteen months on 3,600 kcal, gained 14 kg, strength up modestly. Wants to keep bulking. Analysis: Well past the point where a surplus is productive (7.2, 7.3). Most of the recent gain is fat, and the cut ahead is now a four-month project. Plan: end the surplus. A controlled deficit at 0.7% of bodyweight weekly, protein to 2.3 g/kg, training loads maintained, carbohydrate 3–4 g/kg on training days. Reassess phase direction at 12 weeks. Why it works: it stops the phase that has stopped working, and frames the deficit in months so he understands the trade he already made.

3Case three — Kavya, 27, vegetarian, Bengaluru

Situation: 58 kg, trains four times weekly, wants recomposition — leaner and stronger — eating 1,700 kcal with 75 g protein. Two years of consistent training. Analysis: Recomposition is plausible but not at 1.3 g/kg protein, and her vegetarian diet needs the further upward adjustment (7.5, 7.7). Energy is also likely below maintenance already, which makes muscle gain unlikely. Plan: protein to 125–130 g in four feeds built on soya, paneer, curd and eggs; energy to maintenance rather than a deficit; keep training heavy. Expect slow change and say so. Why it works: it fixes the constraint that was making recomposition impossible rather than adding a deficit on top of it.

4Case four — Sameer, 35, physique competitor, Mumbai

Situation: 78 kg, twelve weeks from a show, wants to reach stage condition, currently losing 1.4 kg weekly on 1,500 kcal with heavy daily cardio and reduced lifting. Analysis: Rate of loss is roughly 1.8% of bodyweight weekly against a 0.5–1.0% ceiling, protein is unstated but almost certainly inadequate at that intake, and reduced lifting removes the retention stimulus (7.7, 7.8). Plan: raise energy to slow loss to 0.8% weekly, protein to 2.4 g/kg, restore lifting loads and cut cardio volume instead. Involve a doctor given the leanness being targeted. Why it works: it preserves the muscle the show is judged on, and puts medical oversight where extreme leanness requires it.

5Case five — Priya, 24, returning after injury, Chennai

Situation: 55 kg, six months off training after a knee injury, lost noticeable muscle, now cleared to train. Wants to cut first because she gained fat during the layoff. Analysis: This is the strongest recomposition profile in the chapter — a returning athlete with a large adaptation response available and fat to fund it (7.5). Cutting first would waste that window. Plan: maintenance energy rather than a deficit, protein 2.0–2.2 g/kg, progressive resistance training as her physiotherapist permits. Expect simultaneous fat loss and muscle regain over three to four months. Why it works: it uses the one period where doing both at once genuinely works, instead of spending it dieting.

• Match the phase to the person and their current need.
• Use safe rates of change (0.5–1 kg per week max).
• Refer to professionals when health concerns arise.