Why a novice lifter’s eating needs aren’t the same as a general fitness guide’s, real numbers for bulking, cutting, maintaining, and recomposition, and why this app — not this page — is where you actually get your target.
New to lifting, just want the short version? Start with why this program changes the calculus, then the one number to prioritize. Why novice progression is different · Protein: the number that matters most
Deciding between bulking, cutting, or recomping? Real ranges, and which one actually fits a beginner’s situation. Bulk, cut, or maintain · Body recomposition · Supplements worth taking · Alcohol and recovery · Where to get your actual numbers
Most nutrition advice online is written for someone whose goal is losing weight or general health, not for someone trying to add weight to a barbell every single session for months. Novice linear progression is unusually demanding on recovery in a way a general guide never accounts for: squat and deadlift train on both Day A and Day B, every week, and a successful session almost always means next session's weight is heavier — 5 lb / 2.5 kg more on squat and bench, 10 lb / 5 kg more on deadlift, sooner than that before your first missed rep. That's a real, ongoing recovery demand a sedentary person or someone doing occasional cardio simply doesn't have. Food is one half of meeting that demand — see sleep and recovery basics for the other half.
Protein is the clearest example. The standard U.S. RDA for a sedentary adult is 0.8 grams per kilogram of bodyweight a day (about 0.36 g/lb) — enough to avoid deficiency, not enough to support regularly rebuilding muscle tissue that's being taxed every training session. Research on people doing real strength training instead points to roughly 1.6–1.8 g/kg (about 0.73–0.82 g/lb), more than double the sedentary figure. You're not training harder than a general guide assumes by accident — you're training in a way that has a materially different, well-documented nutritional floor, and it's worth knowing that going in rather than eating like someone who isn't lifting.
Two independently sourced ranges land in almost the same place. r/Fitness's own community FAQ (thefitness.wiki) puts practical guidance at roughly 0.8–1 g per pound of bodyweight (about 1.8–2.2 g/kg) while building muscle, citing 0.82 g/lb as the point past which research hasn't shown further muscle-building benefit — and separately, the 1.6–1.8 g/kg strength-training range above converts to almost exactly the same 0.73–0.82 g/lb ceiling, arrived at from a different direction entirely. That's a real, checked convergence, not a coincidence dressed up as one.
While actively cutting, the same source bumps its guidance up to as much as 1.3 g/lb (about 2.9 g/kg) — a deficit is exactly when the body is most likely to pull protein from muscle instead of fat if intake is too low, so protein goes up even as total calories go down. This app's own defaults sit inside these same ranges rather than inventing new ones: 2.0 g/kg (about 0.9 g/lb) generally, and 2.4 g/kg (about 1.1 g/lb) specifically for the recomposition goal covered below — comfortably above the sedentary RDA, in line with real strength-training research, and below the community ceiling for an active cut.
Where that protein comes from matters much less than hitting the number consistently. Whole food and protein powder count identically once digested — a shake is a convenience for hitting a number on a day whole food doesn't easily reach, not a requirement or a performance advantage over food. Timing matters far less than daily total; spreading protein across your day's meals rather than eating it all at once is a reasonable habit, not something to build a strict schedule around.
A hard, sustained calorie deficit fights directly against what novice linear progression is asking your body to do. Community coaching guidance on cutting is explicit about the risk of going too aggressive: too large a deficit raises "the likelihood of malnourishment, muscle loss, low energy" — exactly the recovery capacity this program's every-session load increases are spending. That doesn't mean a beginner can't cut at all; it means the size of the deficit matters more here than it would for someone whose only goal is the scale number.
| Goal | This app’s default | Community-standard range |
|---|---|---|
| Cut | -20% of maintenance calories | 10-20% below maintenance |
| Maintain | 0% (maintenance) | — |
| Bulk | +12% of maintenance calories | 10-20% above maintenance |
| Recomp | -8% of maintenance calories | no single standard figure |
The app's cut default sits at the more aggressive end of that community 10–20% window, and its bulk default sits toward the gentle end — both land inside the range rather than outside it, which is worth knowing if a different app or coach has given you a different number before. Its weekly weight-change target for a cut (-0.75%/week) is also under the 0.8%/week ceiling one commonly cited source (Renaissance Periodization, via the same community FAQ) gives as the rate most likely to preserve muscle during a deficit.
On "do I need to eat huge to get stronger": no. This app's own bulk default is a modest 12% surplus, not an aggressive "dirty bulk," and the same community guidance that recommends a surplus at all also caps it around 20% and states plainly that eating well past that "doesn't buy proportionally faster muscle gain, it just adds fat" — expect roughly two pounds of muscle a month at the very most, regardless of how much extra you eat past a sane surplus. A true beginner with some bodyweight to spare can often keep adding weight to the bar at maintenance, or even in a real deficit, for a while — novice progression is unusually forgiving of that — but if a lift starts stalling for no technique reason, recovery capacity (food and sleep both) is worth checking before assuming the programming is wrong. See the common-mistakes page for what this program's own stall and reset math does and doesn't account for.
"Can I build muscle and lose fat at the same time?" is one of the most common questions from someone newer to lifting, and the honest answer depends heavily on training history. The same community FAQ that supplied the ranges above is direct about who this actually works for: an "overly-fat and under-trained person will be able to achieve simultaneous fat loss and muscle gain," while "a very lean person near his/her limit for muscle growth will not." A genuine beginner, by definition under-trained, is close to the exact population this is realistic for — the further you get from that (leaner, more trained years in), the less it holds, and eventually alternating dedicated bulk and cut phases works better than chasing both goals in the same window.
This app's own recomposition goal is built around exactly that population: a gentler deficit than a real cut (-8%, versus -20%), a higher protein target than the general default (2.4 g/kg) since extra protein is what makes simultaneous gain and loss plausible at all, and a slow projected weight-change rate (-0.25%/week) — not chasing a scale number, just keeping the trend gently pointed down while the higher protein and normal training stimulus do the work of adding muscle. It's a real, usable goal for a beginner carrying some extra bodyweight who wants to run this program without fully committing to either a bulk or a cut first — just a slower one than either.
Most of what sits on a supplement-store shelf doesn't have real evidence behind it for a program like this one — food, sleep, and consistent training do almost all of the actual work, covered above. Two supplements are a real exception, with a strong, independently corroborated research base specifically for the kind of low-rep, high-intensity strength work this program is built on — worth naming directly rather than leaving a reader to sort real evidence from marketing alone.
| Supplement | Typical effective dose | What it actually does |
|---|---|---|
| Creatine monohydrate | 3–5 g/day (a faster 20 g/day loading week is optional, not required) | Raises muscle phosphocreatine stores, improving high-intensity strength performance by a real, measured 5–15% |
| Caffeine | About 5 mg/kg bodyweight (roughly 2.3 mg/lb), taken 60 minutes before training | Improves muscular strength, power, and anaerobic performance; effects last 3–4 hours |
Creatine monohydrate is the most-studied supplement in strength training, and the evidence holds up: it raises the muscle's own phosphocreatine stores, the immediate fuel for a short, maximal effort like a single rep or a low-rep set, and real measured performance gains in high-intensity work run 5% to 15%. A standard protocol loads at roughly 20 g a day, split into four 5 g doses, for five to seven days, then drops to a 3–5 g/day maintenance dose — but loading isn't required; taking 3 g a day from the start reaches the same muscle saturation in about a month instead of a week, just slower. The International Society of Sports Nutrition's own position stand states creatine is "safe to take in healthy populations from infants to the elderly," and a 2019 National Kidney Foundation review found no evidence of kidney damage from supplementation — the primary position-stand paper sits behind a journal paywall on every attempt, the same recurring wall this project has hit before, so what's cited here is Wikipedia's own paraphrase and quotation of it, a disclosed substitute, not a claim to have read the paper directly. The main real side effect is a few pounds of water-weight gain inside the muscle itself, worth knowing about before a weigh-in, not a health risk.
Caffeine is a real, well-evidenced performance aid at the right dose and timing — roughly 5 mg per kilogram of bodyweight (about 2.3 mg/lb), taken around an hour before training since that's when its effects peak, fading out after three to four hours. Wikipedia's own caffeine article, citing the underlying research, describes it as improving "muscular strength and power" and enhancing performance on anaerobic tests — a direct match for the low-rep, high-effort sets this program is built around, not just an endurance-sport finding borrowed for a strength context. Two real cautions worth knowing: doses above 400 mg can cause real harm, particularly for anyone with an existing cardiac or psychiatric condition — the same kind of caution the bracing and Valsalva maneuver page already gives for a different stimulant-adjacent reason — and caffeine taken too late in the day can cut directly into the sleep this program's own recovery demands actually need; see sleep and recovery basics for the rest of the sleep-hygiene picture caffeine timing sits inside. This dose is for a normal training session; a real competition day has its own, separate nutrition and hydration questions — see what to actually eat and drink on meet day.
Everything past these two is optional at best for this program specifically — a long list of pre-workout blends, branch-chain amino acids, and single-ingredient powders exist, but none of them carry the same weight of independently corroborated, strength-specific evidence creatine and caffeine do, and this page won't dress up a weaker case as a confident recommendation. If you want a personal record of what you're actually taking, Resolve's Health tab has a real, checked place for it — its Medications list is a plain, freeform name-and-dosage entry with nothing stopping you from logging creatine or caffeine there too, private by default and shared with a coach only once you approve that specific request. It's exactly that, a record, not a supplement-specific feature and not a tool that recommends or computes anything for you.
Does a drink after training actually cost you anything real? A 2014 study in PLOS ONE (Parr, Camera, Areta, Burke, Phillips, Hawley, and Coffey) put a direct number on it rather than leaving the question to guesswork: eight physically active men did a session of resistance and interval training, then had either protein alone, alcohol with protein, or alcohol with carbohydrate over the following three hours, with muscle biopsies measuring the real rate of myofibrillar protein synthesis — the literal process of a trained muscle rebuilding itself — at rest and after.
| Post-exercise intake | Rise in muscle protein synthesis | Compared to protein alone |
|---|---|---|
| Protein alone | +109% | — |
| Alcohol + protein | +57% | 24% lower |
| Alcohol + carbohydrate | +29% | 37% lower |
The dose matters here, and the study is direct about what it actually tested: 1.5 g of alcohol per kilogram of bodyweight, about 12 standard drinks over three hours — described by the authors themselves as matching “the mean intake of alcohol reported by team athletes during a drinking binge,” not a beer with dinner. That's a real, checked finding about a heavy dose taken close to a session, not proof that any alcohol at all blunts recovery.
A separate 2014 review in Sports Medicine (Barnes) surveying the wider evidence agrees with the same direction — alcohol “may negatively alter normal immunoendocrine function, blood flow and protein synthesis so that recovery from skeletal muscle injury may be impaired” — and adds a real, practical number: “a dose of approximately 0.5 g/kg body weight is unlikely to impact most aspects of recovery.” For an illustrative 80 kg (176 lb) lifter, that works out to about 40 g of alcohol — roughly three standard U.S. drinks, using the National Institute on Alcohol Abuse and Alcoholism's own definition of a standard drink as 14 g of pure alcohol — a real, different number from the binge-level dose the Parr study actually tested.
Two more real, disclosed effects, both from Wikipedia's own “Long-term effects of alcohol consumption” article rather than a primary source independently fetched for these two specific claims, the same disclosed substitution this project uses when a primary source is blocked: “both chronic and acute alcohol consumption have been shown in most studies to inhibit testosterone production,” and heavy alcohol use fragments sleep by suppressing REM sleep and the deep, slow-wave stages — the same slow-wave sleep this program's own sleep and recovery page already names as the actual window the body releases growth hormone in.
None of this is a case for abstaining entirely — the measured cost above is specific to a heavy dose taken close to a session, not a general verdict on alcohol. What it does mean for a program built on recovering fully between sessions: a heavy night close to a hard training day is a real, avoidable drag on the exact repair process that session was for, the same category of cost as skipping a meal or a night of sleep, worth treating the same way rather than as a separate question. See ice baths and cold water immersion and ibuprofen and other NSAIDs for two other popular post-training habits with a real, similarly measured cost to the same recovery process.
Everything above is real, cited guidance for understanding the shape of the problem — it is deliberately not a formula to run by hand. Resolve's Food tab has a Nutrition target section with a built-in Suggest targets tool that does the actual arithmetic for you, the same way this program's own warm-up ramps and plate math are generated rather than guessed:
The formula path takes your bodyweight, height, age, biological sex (optional), and activity level, runs the Mifflin-St Jeor equation for your basal metabolic rate, applies an activity multiplier for total daily energy expenditure, then adjusts by whichever goal you pick — cut, maintain, bulk, or recomp — at the exact rates in the table above, and splits the result into calories, protein, carbs, and fat automatically. The refine path works from your own logged weight and food history instead of a population formula once you have enough of it (about two weeks of consistent logging) — it fits a trend through your actual weight data and calculates what your real maintenance calories must be, given what you've actually been eating and what your weight actually did, which is a more accurate number for you specifically than any generic calculator can produce. Neither path asks you to compute anything from this page; both live in the app already.
An AI-narrated explanation of a refined target is also available once it's live for your account, walking through why the number follows from your specific data and flagging anything that makes it less reliable, like a short logging window. That explanation never gets to pick a different number — the arithmetic above is always what decides the actual target, the model only narrates it.