Protein for body recomposition: the target by training experience

Body recomposition asks your body to run two opposing projects at the same time: build muscle, which is easiest with a calorie surplus, and lose fat, which demands the opposite. Because both processes are running at once, your protein requirement during a recomp is higher than it would be for cutting alone or bulking alone. This is the part almost every guide gets wrong: the 1.6 g/kg figure you keep seeing quoted as the science-based protein target comes from general muscle-gain research: lifters eating at maintenance or in a surplus, chasing one goal. Apply that number to a recomp and you are underfueling the muscle side of the equation by 20 to 30 percent. The research that looks at recomp conditions specifically, the work from the Helms, Israetel, and Schoenfeld camps on lifters training hard without a surplus, lands at 1.8 to 2.4 g/kg. Your exact number inside that range is set by your training experience, not by your goal.

Why recomp protein is higher than cutting or bulking

It helps to see where the standard numbers come from. The cutting protein floor is about 1.8 g/kg, and its job is defensive: in a deficit your body is looking for amino acids to burn, and a high protein intake is what convinces it to take them from your food instead of your quads. The bulking floor is lower, around 1.6 g/kg, because a surplus does some of the protecting for you: when calories are abundant, muscle protein synthesis runs well even on a more modest protein intake.

A recomp inherits both demands and the safety net of neither. You need the muscle-protective effect of cutting protein, because you are eating at or slightly below maintenance and your body would happily catabolise muscle. And you need the growth-supporting effect of bulking protein, because you are simultaneously asking for new tissue, without the surplus calories that normally subsidise it. Combine a deficit-grade protective requirement with a growth requirement in a non-surplus environment and you land at the upper end of both ranges, which is why 1.6 g/kg, a perfectly good number for a standard bulk, quietly sabotages recomps. The same logic explains why protein stays pinned high when you transition out of a cut: the calorie ramp in a reverse diet takes weeks to restore a true maintenance, and until it does, protein is still doing the protecting.

Your target by training experience, not by goal

Within the 1.8 to 2.4 range, the variable that moves your number is how long you have been training. The further you are from your genetic ceiling, the more readily your body grows and the less protein it takes to make that happen. The closer you get, the more every gram matters.

Training experience	Recomp protein target	Why
Novice (0 to 2 years)	1.8 g/kg	Synthesis response is high; growth comes easily
Intermediate (2 to 5 years)	2.0 to 2.2 g/kg	The make-or-break zone; below 2.0 the muscle side stalls
Advanced (5+ years)	2.2 to 2.4 g/kg	Adaptation is scarce; protein is one of the few levers left

Novice, 0 to 2 years: 1.8 g/kg is sufficient. In your first two years of structured training, your muscle protein synthesis response to lifting is the strongest it will ever be. Training damage is high, the adaptive signal is loud, and your body builds muscle readily even in a mild deficit. You do not need elite protein numbers yet; you need consistent training and a target you can actually hit every day. 1.8 g/kg covers both the protective and the growth demand at this stage.

Intermediate, 2 to 5 years: 2.0 to 2.2 g/kg. This is where most recomp success or failure happens, because intermediates are the population most likely to attempt a recomp and the most likely to run it on novice-grade protein. The easy gains are gone, the synthesis response to each session is smaller, and the deficit bites harder. Below 2.0 g/kg you are underfueled for the muscle half of the recomp: fat loss continues, the scale behaves, and you quietly fail to add the tissue that was the entire point. If your lifts are flat and your measurements are not moving, audit your protein before you audit your program.

Advanced, 5+ years: 2.2 to 2.4 g/kg. Recomp is genuinely hard at this stage. Your body has little interest in adding muscle it already considers expensive, and it will not do so while shedding fat unless every input is right. Training volume has to be dialled in, and our guide on sets per muscle group per week covers that side, but protein is one of the few remaining levers you can simply decide to pull. At 2.2 to 2.4 g/kg you are buying insurance on every gram of hard-won tissue while giving the growth signal its best chance.

Distribution: 4 to 5 meals of 30 to 40 grams

Hitting the daily total is the main event, but how you split it matters more during a recomp than during a bulk. Muscle protein synthesis caps out at roughly 30 to 40 grams of protein per meal for most people: feed it 70 grams in one sitting and the surplus aminos are oxidised rather than banked for later. In a surplus you can afford that inefficiency; in a recomp, where the growth signal is already fighting a non-surplus environment, you want to trigger synthesis as many times per day as is practical.

The working rule: 4 to 5 meals per day, each carrying 30 to 40 grams of protein. That cadence turns one large synthesis spike into four or five, and it makes big targets achievable: 170 grams across five feedings is 34 grams per meal, a chicken breast or a tub of Greek yogurt, instead of three 57-gram slabs.

Sources, ranked for a recomp

When total intake is high and calories are capped, source quality starts to matter. Rank your staples by amino acid completeness and how well your body actually absorbs them:

1. Whey isolate. The gold standard: complete profile, the highest leucine per gram, fast absorption, and almost zero accompanying calories.
2. Chicken breast, lean pork, lean beef. Around 94 to 95 percent absorption, complete profiles, and the best protein-per-calorie ratio among whole foods. These should carry the bulk of your daily total.
3. Eggs. About 93 percent absorption with a complete amino acid profile. More fat per gram of protein than lean meat, so budget them rather than building the whole day on them.
4. Greek yogurt. Casein dominant, so it digests slowly and keeps aminos trickling for hours. Excellent as a between-meal feeding or a dessert that counts.
5. Fish. Salmon and cod are high-quality complete proteins; the oily varieties add an omega-3 recovery bonus.
6. Legumes. Real protein, but an incomplete amino acid profile on their own. Pair them with a grain (rice and beans, hummus and pita) to complete the profile.

While you are auditing what earns a place in the plan, creatine is the one supplement that genuinely pairs with a high-protein recomp: protein supplies the building material, creatine lets you train hard enough to need it. Dosing and timing are covered in our creatine guide.

The pre-bed dose

Sleep is an 8-hour fast in the middle of a process that wants constant amino acid availability. The fix is a slow protein before bed: 30 to 40 grams of casein, or a bowl of cottage cheese, about 30 minutes before sleep. Casein clots in the stomach and releases amino acids over several hours, feeding overnight muscle protein synthesis instead of leaving it to run on stored tissue. It is the cheapest meaningful upgrade in a recomp: it converts dead hours into productive ones and usually displaces a less useful snack.

The under-counting trap

Most people who think they are eating 160 grams of protein are eating 120 to 130, and the gap almost always comes from the same handful of foods that have a protein reputation they have not earned:

• Peanut butter is mostly fat. Two tablespoons cost about 190 calories and deliver only 7 grams of protein, one of the worst trades in the kitchen.
• Almonds carry about 6 grams per ounce. They get called a protein snack, but you would need over 700 calories of almonds to match one chicken breast.
• Avocado has effectively zero protein. It is a fat source, full stop.
• Cheese has some protein, but most varieties deliver two to three times as many calories from fat as from protein.

When food-tracking app users undercount protein, it is rarely because they forgot a meal. It is because they logged these foods mentally as protein and counted the feeling instead of the grams. The fix: for one week, only credit foods toward your protein target if they carry at least as many grams of protein as grams of fat.

Timing: helpful, not decisive

Protein within roughly two hours either side of training is mildly useful: aminos are available while the post-session synthesis window is at its peak. But the daily total dwarfs the timing effect. A lifter hitting 2.1 g/kg with indifferent timing will out-recomp a lifter hitting 1.6 g/kg with a perfectly timed peri-workout shake, every time. If your total is right and spread across 4 to 5 feedings, timing has mostly taken care of itself; a missed post-workout window is not a failure, a missed daily total is.

A worked example: 80 kg intermediate

Take an 80 kg lifter, four years of training, running a recomp at maintenance calories. From the intermediate band, pick 2.1 g/kg: 80 × 2.1 = 168 grams of protein per day. Across five feedings that is roughly 33 to 34 grams each. A template that hits it without heroics:

• Meal 1: 4 whole eggs plus 150 g Greek yogurt, about 34 g protein
• Meal 2: 180 g chicken breast with rice and vegetables, about 38 g
• Meal 3 (post-training): whey isolate shake, 1.5 scoops, about 35 g
• Meal 4: 160 g salmon or lean beef with potatoes, about 33 g
• Pre-bed: 250 g cottage cheese or a casein shake, about 30 g

Total: roughly 170 grams. Three whole-food meals, one shake, one pre-bed casein dose. The shake does a specific job: it closes the gap on the day's total without adding meaningful calories to a non-surplus plan.

Frequently asked questions

How much protein do I need for body recomposition?

Between 1.8 and 2.4 g per kg of body weight per day, with your exact number set by training experience. Novices (0 to 2 years of training) do well at 1.8 g/kg, intermediates (2 to 5 years) need 2.0 to 2.2 g/kg, and advanced lifters (5+ years) should target 2.2 to 2.4 g/kg. The number is higher than for cutting or bulking alone because a recomp combines the muscle-protective demand of a deficit with the growth demand of a bulk, without the surplus calories.

Is 1.6 g/kg enough protein for a recomp?

No, not for most people. The 1.6 g/kg figure comes from general muscle-gain research on lifters eating at maintenance or in a surplus, and it gets misapplied to recomp constantly. In a recomp you have no surplus subsidising growth, so the research on those conditions specifically points to 1.8 to 2.4 g/kg. At 1.6 you will likely still lose fat, but the muscle-building half of the recomp stalls, which defeats the point of running one.

How should I split protein across meals during a recomp?

Aim for 4 to 5 meals per day with 30 to 40 grams of protein in each. Muscle protein synthesis caps around 30 to 40 grams per meal for most people, so one or two giant protein meals waste part of the intake, while spreading the same total across five feedings triggers synthesis repeatedly through the day. The split matters more during recomp than during a bulk because there is no calorie surplus compensating for inefficient distribution.

Does protein timing around workouts matter for recomp?

A little, but far less than the daily total. Getting protein within about two hours either side of training is mildly helpful because amino acids are available during the post-session synthesis peak. But a lifter hitting 2.1 g/kg with sloppy timing beats a lifter hitting 1.6 g/kg with a perfectly timed shake every time. Fix the total first, spread it across 4 to 5 meals, and treat peri-workout timing as a finishing touch rather than a requirement.

What should I eat before bed during a recomp?

30 to 40 grams of slow-digesting protein about 30 minutes before sleep: a casein shake or a bowl of cottage cheese are the standard options. Casein releases amino acids gradually over several hours, which feeds muscle protein synthesis through the 8-hour overnight fast instead of leaving your body to pull from muscle tissue. It is one of the easiest upgrades in a recomp because it usually replaces a snack that was contributing nothing.

The recomp protein rule fits in one line: pick your number by experience (1.8 novice, 2.0 to 2.2 intermediate, 2.2 to 2.4 advanced), split it across 4 to 5 meals of 30 to 40 grams, add a pre-bed casein dose, and stop crediting peanut butter. Whether it is working only shows up in your measurements, so log weight, body fat, and tape numbers in the Body Composition Tracker and watch the trend lines diverge. For the full calorie and training picture around the protein target, start with the body recomposition guide.