Recovery Supplements That Actually Work

Recovery supplements make more sense once you stop asking which one is best and start asking what each one is for. Below is what the products in True Protein's Recovery range actually do, how much to take, and where each one fits in a week of training.

What does "recovery" actually mean?

Recovery is the set of processes that return your body to baseline, and ideally past it, after training. Four of those processes are worth understanding, because each one responds to something different:

• Muscle protein turnover. Training damages muscle fibres. Repair requires a supply of amino acids, the building blocks that make up protein.
• Glycogen resynthesis. Glycogen is the carbohydrate your muscles store for fuel. Hard or long sessions deplete it, and it has to be replaced before the next one.
• Fluid and electrolyte balance. Sweat carries water and minerals out of the body. Both need replacing.
• Nervous system and sleep recovery. Training is a stressor. Sleep is when most structural repair and hormonal regulation happens.

A supplement is only useful if it addresses a gap in one of these. That framing does most of the work in deciding what to buy.

Do recovery supplements actually work, or is it mostly marketing?

They do, when the product matches the job you need done. That's the whole trick, recovery isn't a single process, so no one supplement covers all of it. Each product in this guide does one specific thing:

• Whey and plant protein supplies the amino acids muscle repair depends on, quickly.
• Casein protein does the same thing slowly, across a longer window.
• Creatine monohydrate helps restore the energy system that powers hard efforts, and is the most thoroughly researched supplement in sports nutrition.
• Carbohydrate replaces the glycogen a hard session burns through.
• Electrolytes restore the minerals and fluid you lose in sweat.
• Magnesium, zinc and vitamin B6 sit behind normal muscle function and energy metabolism.
• Collagen peptides support connective tissue, tendons, ligaments and joints, rather than muscle.

Match the product to the job and the category gets much simpler. A useful filter when you're comparing brands: if you can't tell what a formula is meant to do or find any research behind its headline ingredient, you're paying for the label rather than the effect.

How much protein do you actually need for recovery?

This is where most people under-think it. The number worth understanding isn't the one on the back of a cereal box.

Australia's protein reference values are set to prevent deficiency — a floor, not a target. For an adult under 65, the Estimated Average Requirement sits at 52g a day for men and 37g for women. That's the amount that stops something going wrong. It was never designed to support muscle repair, training adaptation, or holding onto lean mass as you age.

Two things follow from that.

Requirements rise as you get older, and intake often doesn't. The same ABS analysis puts the requirement for adults over 75 at 65g a day for men and 46g for women — meaningfully higher than for younger adults, because maintaining muscle takes more protein than building it did. That group is also the most likely to fall short, with 14.7% of men and 6.2% of women over 75 not meeting requirements. Protein isn't only a training supplement.

Training pushes the target higher again. A 2018 systematic review and meta-analysis in the British Journal of Sports Medicine pooled 49 randomised controlled trials and 1,863 participants, and found that protein supplementation meaningfully improved gains in strength and fat-free mass during resistance training, with the dose-response curve flattening at around 1.62g of total protein per kilogram of body weight per day (95% CI 1.03–2.20).

For an 80kg person, that's roughly 130g of protein daily — more than double the reference floor, and well above what most people reach without planning for it. The distance between "not deficient" and "recovering well" is the entire reason protein supplements exist.

It's also worth knowing that hitting a protein target isn't only about total grams. Over one in ten Australians get too little of their daily energy from protein relative to carbohydrate and fat, which is a different problem to deficiency and one a shake solves neatly.

Which protein should you use, and when?

The differences between protein types are real but smaller than the marketing suggests. Absorption speed is the main variable.

• WPI 90 is whey protein isolate — whey filtered to remove most of the fat and lactose, leaving over 90% protein in its raw form. It's cross-flow microfiltered from New Zealand grass-fed whey and digests quickly, which makes it the straightforward choice for the hours after training.
• WPC 80 is whey protein concentrate — less processed, slightly higher in fat and lactose, and the more economical option for general daily protein. If you tolerate dairy well, it does the same job.
• Plant Protein is a complete plant blend with added digestive enzymes, for anyone avoiding dairy.

All three are made in Australia with no artificial sweeteners.

Does protein before bed improve overnight recovery?

It does, and the mechanism is well understood. Sleep is a long fast — typically seven to nine hours without amino acids entering the bloodstream, during which muscle protein breakdown continues. Research published in Medicine & Science in Sports & Exercise found that casein protein consumed before sleep was digested and absorbed overnight, raising circulating amino acid levels and increasing overnight muscle protein synthesis rates after an evening training session.

Casein is the slower-digesting of the two milk proteins. It forms a gel in the stomach, which slows the release of amino acids rather than delivering them in a single spike.

Night 85 is built for this specific window. It's a milk protein concentrate from New Zealand milk in an 80:20 casein-to-whey ratio, delivering 22g of protein per 30g serve with an amino acid release profile spread across roughly six to eight hours. It's also low in fat (1.5%) and carbohydrate (3.9%), which matters when you're drinking something 30 to 60 minutes before bed. Each serve provides 367mg of calcium — worth noting given the same ABS release found 63.7% of Australians don't meet their calcium requirements from food and drink.

Is creatine a recovery supplement or a performance supplement?

Both, and it's the most thoroughly researched supplement in sports nutrition. The International Society of Sports Nutrition's position stand describes creatine monohydrate as the most effective nutritional supplement available for increasing high-intensity exercise capacity and lean body mass during training and notes it is safe for long-term use in healthy people.

Creatine helps regenerate ATP, the molecule your cells use for immediate energy. Beyond performance, the research also points to reduced markers of muscle damage and faster recovery of force output after intense training — which is the recovery argument.

We offer two creatine monohydrate products, both high purity and unflavoured so they can be added to anything. The effective dose is well established at 3–5g daily, taken consistently. Timing is close to irrelevant; total daily intake and consistency are what matter.

If you'd rather not add another step, Post includes 2.5g of creatine monohydrate per serve alongside 28g of New Zealand grass-fed whey isolate, 31g of dextrose to replace glycogen, and a stack of amino acids. It's designed for one specific job, the window after a hard session, and isn't intended for general daily use.

Does magnesium help with recovery?

Magnesium is involved in more than 300 enzymatic reactions in the body, including muscle contraction, nerve signalling and energy metabolism. It works by keeping your levels topped up over time — and Australian intake data suggests plenty of people are running short.

Magnesium+ is a four-ingredient formula rather than a single mineral: magnesium citrate (a form with good absorption), zinc gluconate, glutamine and vitamin B6. One 5g serve delivers 422mg of magnesium (132% RDI), 12mg of zinc (101% RDI) and 1mg of B6 (62% RDI). The Natural option is genuinely neutral in flavour, so it stacks into an existing shake without interfering.

A note on expectations: magnesium contributes to a reduction in tiredness and fatigue and supports normal muscle and nervous system function. It works best with consistent daily use to maintain levels, rather than as a single dose before a hard session.

Do you need electrolytes, or is water enough?

For most sessions under an hour in mild conditions, water is enough. Beyond that, and particularly through an Australian summer, replacing what you lose in sweat becomes the higher-leverage intervention. Dehydration of more than roughly 2% of body mass measurably impairs both physical and cognitive performance, and it carries into the following session if you don't correct it.

Sweat contains sodium, potassium and magnesium, not just water. Electrolyte is a sodium-potassium-magnesium blend designed to restore that balance, with an Electrolyte Travel Pack of single-serve sachets for training away from home.

What about joints, connective tissue and convenience?

Muscle gets most of the attention, but it isn't always the thing holding you back.

Collagen is a different proposition to whey. It's a hydrolysed peptide — broken into short chains for easier absorption — and it isn't a complete protein, so it won't replace whey for muscle repair. Its relevance is connective tissue: tendons, ligaments, joints and skin. True Collagen pairs collagen peptides with vitamin C, which is required for the body's own collagen synthesis. Worth considering if joint load is your limiting factor rather than muscle soreness.

True Protein Bar solves a different problem: the recovery meal you skip because you're not near a kitchen. Wholefood-based with whey and collagen. Adherence beats optimisation, and a bar you actually eat outperforms a shake you don't make.

How should you build a recovery routine?

In order of return on spend:

1. Get total daily protein right first. Aim for roughly 1.6–2.2g per kilogram of body weight if you're training for strength or muscle, spread across the day. Wholefoods first; supplement the gap.
2. Add creatine monohydrate. 3–5g daily, consistently, unflavoured. The best value in the entire category.
3. Sort out hydration. Especially for sessions over an hour, or anything in the heat.
4. Address a mineral shortfall if you have one. Magnesium, zinc and B6 sit behind muscle function and energy metabolism, and Australian intake data suggests shortfalls are common.
5. Then consider the specifics. Pre-sleep casein if you train in the evening. Collagen if joints are the limiter. Post if you're doing repeated hard sessions and need glycogen replaced quickly.
6. Remember what supplements can't do. No product compensates for consistently short sleep or chronically inadequate food. Recovery supplements work at the margins of a routine that's already sound.