Today’s youth are increasingly shifting towards healthier, fitness-focused lifestyles. A recent obsession has been actor Ranveer Singh’s physique in Dhurandar, where he appears bulky in some areas and toned in others—looking lean, muscular, and buff at the same time. While most people struggle either with losing weight or gaining muscle—commonly referred to as “cutting” or “bulking”—the approach followed by Ranveer Singh is known as body recomposition.
The question arises: what is body recomposition? It is the process of reducing body fat percentage while simultaneously increasing lean muscle mass. Unlike the traditional approach, which focuses either on “bulking” (muscle gain with some fat gain) or “cutting” (fat loss with some muscle loss), body recomposition aims to achieve both at the same time.
First of all, let us understand fat loss and muscle gain. Fat loss and muscle gain can occur together, but they require different strategies. Fat loss is achieved through a calorie deficit, while muscle gain requires strength training along with an adequate amount of protein intake. Thus, body recomposition is all about striking a balance between diet and exercise. It can be achieved by decreasing body fat percentage while increasing muscle mass.
Factors affecting body recomposition:
Calorie deficit – As far as body recomposition is concerned, calorie balance is very crucial. It is a known fact that, in order to lose weight, the body should be in a calorie deficit, which can be achieved in two ways—either by eating less or by expending more calories than consumed. The balance for body recomposition is very delicate, as too many calories can lead to weight gain, while too few calories can lead to muscle loss. Therefore, body recomposition requires a slight or modest calorie deficit (200–300 calories below maintenance).
High protein intake – Increased protein intake in the diet helps provide essential amino acids needed for muscle growth and repair. The aim should be about 1.6 to 2.2 grams of protein per kilogram of body weight.
Timing of protein consumption – Instead of consuming protein in one meal, it should be evenly distributed across all meals to optimise muscle protein synthesis throughout the day.
Carbohydrates – Use complex, high-fibre carbohydrate sources like oats, brown rice, whole grains, fresh fruits, and vegetables to fuel intense strength training. Carbohydrates are important for energy during workouts. Consuming carbohydrates and protein pre- and post-workout aids recovery and muscle building.
Fats – It is important to include healthy fats to support hormone production and serve as an energy source. Examples include avocados, nuts, and olive oil.
Reduce the intake of processed foods, sugar, and refined carbohydrates to prevent weight gain and avoid empty calories.
Stress management – Increased stress leads to the release of cortisol, which is associated with fat storage, especially stubborn fat. Stubborn fat is the fat that generally remains resistant to normal diet and exercise regimes. Biologically, it is subcutaneous fat typically found on the lower abdomen, hips, or thighs. While “normal” fat (such as fat around the arms or face) usually disappears first, stubborn fat is physiologically different.
The mechanism behind stubborn fat and why it is difficult to lose is due to a specific combination of hormones and fat-cell receptors. Fat cells have different receptors—beta receptors and alpha receptors. Beta receptors are responsible for speeding up fat burning, while alpha receptors slow it down. Stubborn fat has a higher concentration of alpha receptors, which makes it resistant to fat-burning signals.
It is also influenced by hormones like insulin and cortisol. When insulin levels are consistently high—either due to the intake of processed carbohydrates, sugary drinks, or insulin resistance—along with cortisol, whose production increases due to chronic stress, both signal the body to store and protect fat. Additionally, high levels of estrogen in females lead to subcutaneous fat storage in the hips and thighs. “Stubborn fat” is also considered an evolutionary mechanism where, when energy intake is restricted for a long time, the body adapts to preserve its energy stores.
Enough sleep – Proper and sound sleep is important for fat loss and should be considered a part of the body recomposition regime rather than an add-on.
Hydration – Water intake is very crucial for proper bodily function, prevents dehydration, and reduces false hunger signals.
Obviously, diet is an important factor for body recomposition; yet another important pillar is exercise or a workout regime. It should focus on:
Strength training
Resistance training for all muscle groups three to four times a week is essential. Exercises like squats and bench presses target multiple muscles, leading to muscle growth and fat reduction.
Progressive overload
One of the most critical factors, progressive overload involves gradually increasing weight, repetitions, or sets over time, leading to body adaptation and muscle building.
Cardio
Preferably 2–3 times a week to boost fat burning. High-intensity interval training (HIIT), low-intensity steady-state (LISS), brisk walking, cycling, or swimming 3–5 times a week improve overall cardiovascular health and mobility. Incorporating yoga and stretching can prevent injury and improve flexibility.
Recovery
Rest and recovery are very important parts of training, as muscles grow during the resting phase. Proper rest also prevents injury.
Physiotherapy Insights for Safe and Sustainable Body Recomposition
While nutrition and strength training form the foundation of body recomposition, the quality of movement, recovery, and injury prevention are equally important. According to Santosh Pandey, Physiotherapist and Director, Saksham Physiotherapy Clinic, Govindpur, Prayagraj, sustainable body recomposition is achieved through structured exercise, adequate recovery, and proper movement mechanics.
Prioritise Strength Training
Progressive resistance training should remain the cornerstone of every body recomposition programme. Compound exercises such as squats, deadlifts, lunges, push-ups, and rows engage multiple muscle groups simultaneously, improving muscle development while increasing overall energy expenditure.
Stay Active Beyond the Gym
Exercise does not end when the workout is over. Daily activities such as walking, climbing stairs, cycling, and reducing prolonged sitting contribute significantly to calorie expenditure through Non-Exercise Activity Thermogenesis (NEAT), making fat loss more effective.
Recovery is Where Progress Happens
Muscles repair and grow during recovery—not while exercising. Aim for 7–9 hours of quality sleep, schedule rest days between intense training sessions, and allow the body sufficient time to adapt to increasing workloads.
Avoid Overtraining
Exercising excessively without adequate recovery can elevate cortisol levels, impair muscle growth, reduce performance, and increase the risk of injuries. A structured training programme that balances effort with recovery is far more effective than continuous high-intensity workouts.
Don’t Ignore Mobility
Regular stretching, mobility drills, and corrective exercises help maintain joint health, improve movement efficiency, and enable safer performance of strength exercises. Good mobility also reduces the likelihood of overuse injuries.
Track More Than Your Weight
Body weight alone rarely reflects progress during body recomposition. Instead, monitor body fat percentage, waist circumference, muscle measurements, strength improvements, clothing fit, and progress photographs for a more accurate assessment.
Correct Movement Patterns Matter
Poor posture and faulty movement mechanics can restrict performance and increase injury risk. A physiotherapy assessment can identify muscular imbalances and movement dysfunctions that may otherwise slow progress.
Every Body Requires a Different Plan
Body recomposition is never a one-size-fits-all approach. Factors such as age, gender, training experience, existing medical conditions, occupation, and lifestyle should all be considered before designing an exercise and nutrition programme.
Difference between traditional dieting and body recomposition:
As is well known, traditional dieting focuses either on weight loss or muscle gain. In contrast, body recomposition targets both goals simultaneously. It emphasises diet, strength training, and consistency.
Benefits of body recomposition:
Body recomposition is not only about outer appearance or physique; it is much more than that:
- More efficient – It allows both bulking and cutting together, providing better results in a given time and saving time and resources.
- Sustainable weight management – The balanced nature of body recomposition makes it more practical to follow in the long term. As it does not require a drastic calorie deficit, it is easier to maintain.
- Improved metabolic health – Increased muscle mass improves resting metabolic rate, leading to effective weight loss and reducing the risk of metabolic diseases such as diabetes and heart disease, while improving overall well-being.
- More toned physique – Body recomposition leads to a leaner, more toned body, providing a more sculpted look.
- Improves bone health and insulin sensitivity.
- Improved strength and athletic performance – Increased muscle mass makes us stronger, enhancing performance in activities like weightlifting, running, or even daily movements such as climbing stairs.
- Increased energy levels – Shedding excess fat and gaining muscle improves overall energy.
- Better mental well-being – As one becomes leaner and more muscular, confidence improves, enhancing mental well-being.
Body recomposition is beneficial for many, but it tends to show faster results in:
- Beginners who are new to strength training
- Returning athletes who had muscle mass earlier and can regain it quickly while losing fat
- Individuals with a higher body fat percentage, as they have more stored energy for muscle building while consuming fewer calories
To be avoided by:
- Professional athletes who may require strict bulking or cutting for specific goals
- People with underlying medical conditions should consult a doctor before starting
- Pregnant women
- Individuals with a history of eating disorders
Tracking progress:
Instead of depending solely on the scale, consider other methods such as waist circumference (which should gradually decrease), gym performance (increasing reps or weights), progress photos (before and after), and clothing fit (looser at the waist and tighter at the shoulders). These methods are more reliable, as muscle is denser than fat, and body weight may remain the same while body composition changes.
Timeline for body recomposition:
There is no fixed time period for visible results. For some, results may appear in as little as six weeks, while for others it may take 12 weeks or longer, as every body responds differently. Factors influencing this include genetics, starting body composition, nutrition, workout routine, consistency, sleep, and recovery.
Sample meal plan
Breakfast
- 2 moong dal chillas with paneer stuffing, low-fat curd, and a handful of almonds and walnuts
Or - 3 egg whites or paneer bhurji with whole wheat bread
Or - Overnight oats with chia seeds and soy milk
Or - Sprouts salad with fruits, almonds, and walnuts
Or - Paneer vegetable sandwich (whole wheat bread)
Or - Poha with added peanuts, peas, and boiled Bengal gram
Mid-morning
- Apple or seasonal fruit with 1 tbsp peanut butter or roasted makhana
Lunch
- Salad + 1 cup brown rice or 2 whole wheat rotis + 100 gm soya chunks curry + a bowl of mixed dal
Or - Salad + rajma + brown rice + curd
Or - Salad + chickpea curry with rotis
Or - Salad + dal + quinoa pulao
Or - Salad + low-fat paneer tikka + 2 rotis
Or - Salad + lobia + buttermilk + roti
Pre-workout
- 1 banana
Post-workout
- 1 scoop whey protein or a 30 gm sattu drink
Dinner
- 150 gm grilled tofu/paneer with stir-fried vegetables
Or - Mixed vegetable daliya with sprouts
Or - 2 besan chillas with curd
Or - Soybean with roti
Or - Khichdi with more dal and less rice, along with curd
Lean protein sources:
- Chicken
- Turkey
- Fish
- Egg whites
Body recomposition is not about chasing rapid weight loss—it is about gradually building a healthier body by reducing excess fat while preserving and increasing lean muscle mass. Achieving this requires more than simply eating less or exercising harder. It demands a thoughtful combination of balanced nutrition, progressive strength training, adequate protein intake, quality sleep, stress management, and consistent recovery.
As Pandey emphasises, sustainable transformation also depends on correct movement patterns, injury prevention, and an exercise programme tailored to individual needs. With patience, consistency, and a science-based approach, body recomposition offers not only a leaner physique but also improved strength, metabolic health, mobility, and long-term well-being.
