I’ve Helped 200+ Men Raise Testosterone Naturally : Here’s What Actually Works (And What’s a Waste of Money)

• Total testosterone is the number almost every man fixates on. It is also the number that most consistently misleads. Free testosterone and SHBG together tell the actual story – I have had clients with 720 ng/dL total T who felt terrible, and clients with 480 who felt fine once we saw where their free T actually sat.
• The protocol that has moved T the most consistently across 200+ men is not a supplement stack. It is removing the drain first – alcohol, sleep debt, excess body fat – before adding anything. Supplements on top of an actively suppressed system do almost nothing.
• Vitamin D, zinc, magnesium, and boron are the four supplements that consistently show up in bloodwork. Everything else is conditional at best, placebo at worst, and a few compounds are worse than nothing.
• I have never had a client reach optimal T naturally in under five months. Anyone promising faster is selling you something to make that promise work.
• Most men who come to me asking about TRT should spend six months fixing what is suppressible before that conversation happens. Not because TRT is bad – sometimes it is the right call. Because roughly half of them do not need it once the foundations are in place.
• The morning testosterone draw matters more than most coaches mention. Blood drawn at 9am can read 40% higher than the same man’s blood drawn at 3pm. Relying on an afternoon draw may mean you are diagnosing yourself with a problem you do not have.

I started tracking client outcomes in 2009. What began as an organized spreadsheet is now something considerably less organized – a running document of bloodwork panels, protocol notes, and client texts that I can read and nobody else could. Over 200 men have gone through some version of the protocol I run at PowerandBulk.com. The single most consistent lesson from that document is this: the men who fail to raise their testosterone naturally are almost never failing because they are missing the right supplement. They are failing because they never fixed what was suppressing their T in the first place.

Most of what I see when a new client reaches out has the same shape. They have been chasing a number their doctor gave them, taking three or four different products, and wondering why nothing is changing. The number is usually total testosterone. The products are usually a proprietary blend with a tiger on the bottle. Neither one is going to get them where they want to go.

This article is the overview – the things that actually move the needle, in the order they actually matter. I will get specific on the clients, the bloodwork, and where I have gotten it wrong over the years.

Why Total Testosterone Is the Wrong Starting Point

Total testosterone is what most labs report, what most doctors reference, and what most men obsess over. It is also the least useful single number in the panel, because it tells you how much testosterone is floating around in your blood total – not how much is actually available to your tissues.

The more useful number is free testosterone – the fraction that is not bound to proteins and can actually do things in your body. The issue is that most of your testosterone is not free. The majority is bound to SHBG (sex hormone binding globulin – a protein your liver produces that grabs onto testosterone and renders it biologically inactive). Another chunk is loosely bound to albumin. Only about 2-3% circulates as free, bioavailable testosterone.

So when a man comes to me with total testosterone at 680 ng/dL and still feels like garbage – low libido, brain fog, slow recovery, motivation flat – my first question is: what is his SHBG? What is his free T? What is his estradiol? A 680 with SHBG at 70 nmol/L looks a lot worse than a 480 with SHBG at 30. That is not a metaphor. That is math.

Aaron Pell, a financial planner in Denver, came to me in his early 30s – married, planning for his first kid, lean and active, looked fine on paper. Total T was 720 ng/dL. His doctor had told him he was fine. He reached out because he did not feel fine – energy was off, libido mediocre, brain not firing the way it used to. When I saw his SHBG at 78 nmol/L and his calculated free T at 8.4 pg/mL, the disconnect made sense immediately. He had plenty of testosterone. Very little of it was getting through to tissues.

This is why the panel I always want includes free testosterone, SHBG, bioavailable testosterone, estradiol (E2), LH, FSH, prolactin, and DHEA-S at minimum – to tell me whether the problem is at the testicular level or upstream in the HPTA (the hypothalamic-pituitary-testicular axis – the chain of hormonal signals that starts in the brain, runs through the pituitary, and ends with testosterone production in the Leydig cells of the testes). Primary hypogonadism shows low T with elevated LH and FSH, because the pituitary is screaming at testes that are not responding. Secondary hypogonadism shows low T with low or normal LH – the signal is not getting sent properly upstream. The distinction matters for what you do about it. Without those numbers, you are navigating blind.

If you want a full breakdown of what to order and how to interpret it, I covered the complete male hormone panel in the article on what a real male hormone panel includes and means. For this piece, the takeaway is: get the full panel before you do anything else, and draw it fasted, early morning, before 10am.

What I Fix First (And It Is Never the Supplement Stack)

Here is the thing I have had to say to more men than I can count: their testosterone is low because something is actively suppressing it, and taking a supplement on top of that suppression is roughly equivalent to bailing out a boat with a cup while the hull is still open.

The three biggest suppressors I see in my client base, in order of how often I encounter them:

• Excess body fat, particularly visceral fat. Adipose tissue converts testosterone to estradiol via the aromatase enzyme. The more fat tissue, especially around the midsection, the more of your testosterone is being converted to estrogen in real time. This also elevates SHBG in some presentations and creates a self-reinforcing cycle that gets worse the longer it runs unchecked.
• Alcohol. Even moderate regular drinking suppresses LH secretion, impairs sleep architecture, and directly damages testicular function. The Leydig cells – the cells in your testes that actually synthesize testosterone – are particularly sensitive to ethanol. Most men significantly underestimate how much their drinking is costing them hormonally.
• Sleep debt and fragmented sleep quality. The majority of daily testosterone secretion happens during sleep, specifically during slow-wave sleep in the early part of the night. Men sleeping six hours or fewer are losing a substantial portion of their daily T production. This is not a soft connection – it is the mechanism.

Wesley Cardwell is the case I come back to most often when explaining this. He is a district manager for a fast food chain based in St. Louis – 37 at the time he reached out, 245 lbs at 5’10”, total T at 240 ng/dL, HbA1c at 5.9 (prediabetic territory), and fasting insulin at 16. His body was doing something specific: converting testosterone to estrogen through adipose aromatase activity, while metabolic dysfunction compounded the hormonal picture. His LH and FSH told me this was primarily a testicular output problem – his Leydig cells were not producing adequately – which at his body composition was not surprising.

I told Wesley we were not going to touch supplements for the first four months. Just food and walking. He looked at me like I had handed him a textbook in Japanese. But we simplified his diet dramatically – reduced the drive-through meals to twice a week maximum, added protein he was not eating, and got him walking 12,000 steps a day, which was achievable given his job involved walking store floors anyway.

He lost 28 lbs in five months. His T climbed from 240 to 410 in that same window. Without a single supplement. The aromatase load dropped as the fat came off, metabolic markers improved, LH began signaling more effectively, and his HPTA started functioning closer to normally. At month five I added compound strength training – real loaded work – and by month 12 his total T was at 580. His doctor, who had been discussing Metformin at the nine-month appointment, walked that conversation back entirely.

“I was 37 and thought my doctor was about to put me on diabetes medication for life,” Wesley told me. “I thought the 240 was just what I was now.” It was not. It was his lifestyle, which is a very different problem.

The Alcohol Calculation Most Men Refuse to Do

Adrian Brooks is a real estate agent in Phoenix – 37 when he came to me, recently divorced, and in a line of work that involved client dinners and drinks three to four nights a week. He came in with T at 380 ng/dL, gaining weight steadily, sleeping poorly. He had attributed everything to stress from the divorce. Some of it was. A significant amount was the ethanol.

My first ask was the same one I give any client where alcohol is clearly part of the pattern: 90 days completely dry, then we reassess. Adrian’s response was understandable: his entire professional life revolved around drinks with clients. So we negotiated. 90 days of a strict two-drink maximum, no liquor. Not ideal, but it was what he could sustain without blowing up his business.

His sleep changed within two weeks. Not because alcohol suppresses testosterone only directly – though it does – but because alcohol fragments sleep architecture in a way that wrecks the slow-wave phases where the majority of T secretion happens. Once his sleep normalized, he started waking up differently. He described it as remembering what normal morning energy felt like.

By 90 days, Adrian extended his protocol to six months completely sober. Voluntarily. T at 580 by month four. He told me afterward that cutting drinking probably saved his career, not just his hormones – he was sharper in client meetings, more present, and not losing afternoons to recovery from the night before.

The diurnal testosterone variation piece connects here directly. Morning serum testosterone draw protocol is standard for a reason – testosterone peaks in the early hours, typically between 7-10am, driven by overnight pulses from the hypothalamic-pituitary-testicular axis and peaks in LH release during sleep. It declines through the day. Men who drink regularly have blunted morning peaks because of overnight HPA axis disruption. A man who drinks three nights a week may show passable afternoon T numbers while his morning peak – the measurement that actually matters diagnostically – looks suppressed. Draw timing matters. Always draw fasted, before 10am, and not the morning after drinking.

What Actually Moves Bloodwork in Supplements

Once the suppressors are addressed, supplements become a meaningful addition to the protocol. Not before. But in my client history, the gap between what men spend money on and what actually shows up in bloodwork is genuinely embarrassing for the supplement industry.

The ones that consistently move numbers:

• Vitamin D3 with K2-MK7 (5,000 IU D3 / 100mcg K2 daily with a fat-containing meal). Technically a hormone precursor, not a vitamin – and men with deficiency, which at indoor northern latitudes is most of them, see real T movement with supplementation. Andre Whitlock, a university professor in Boston I worked with, had a vitamin D level at 14 ng/mL when we ran his baseline panel. Severe deficiency. Supplementation alone moved his T approximately 80 ng/dL in 90 days. With the rest of the protocol in place, he went from 420 to 660 by month six. He spent the first three sessions arguing with me about whether lifestyle changes were going to matter. Then he saw the bloodwork.
• Zinc, picolinate or bisglycinate form (15-30mg daily). Only works if you are deficient, but deficiency is more common than labs tend to flag – especially in men eating heavily processed food or sweating significantly through training. Zinc is directly involved in LH receptor function and testosterone biosynthesis. Jake Brennan, a 26-year-old electrician from Tulsa, tested deficient on both zinc and vitamin D when I finally convinced him to get bloodwork run. We fixed both, cut his tobacco habit, cleaned up breakfast. T went from 380 to 680 in six months with no exotic compounds involved.
• Magnesium glycinate (300-400mg at night). Lowers SHBG modestly and improves sleep quality with downstream T effects. The form matters considerably – magnesium oxide is largely a laxative with poor tissue absorption. Glycinate or citrate for meaningful supplemental magnesium.
• Boron, citrate or glycinate form (9-12mg daily). The most underpriced mineral in the testosterone optimization conversation. Lowers SHBG meaningfully over four to eight weeks, which increases free testosterone without necessarily changing total T. Aaron Pell – the Denver case above with the 78 nmol/L SHBG – saw SHBG drop to 48 in four months with boron and magnesium glycinate as the primary interventions, which moved his free T from 8.4 to 21.2 pg/mL. His subjective experience changed entirely on numbers his doctor had said were “normal.” The SHBG mechanism and why it matters so much to how testosterone actually functions in your body is something I went into detail on in the article on SHBG and why it is the number most men are missing.

The supplements that get marketed heavily and rarely show up in bloodwork in my clients: most proprietary testosterone booster blends, tribulus terrestris (the evidence is weak despite decades of marketing), and D-aspartic acid at standard retail doses. Fadogia agrestis is more interesting – and yes, Huberman mentioning it sent men between 25 and 50 to Amazon in waves – but the honest picture is that the positive T effects come mostly from rodent data, and there are legitimate questions about testicular health with extended use. I am cautious with it. I do not push it to clients until there is more long-term human data.

I have spoken through some of this with supplement formulators who have spent decades inside the industry – the consistent feedback is that the most common problem with over-the-counter T products is ingredients that work at clinical doses present at fractions of those doses, often inside proprietary blends where you cannot see individual amounts. Third-party testing gaps are real. Quality variation in botanical extracts is enormous. You can take tongkat ali from three different brands and genuinely be receiving three very different products depending on eurypeptide standardization and sourcing. This is part of why the Anabolic Alchemy program is built around a sequenced supplementation approach with verified compounds in verified forms – because the wrong product at the wrong dose after the wrong foundation work produces essentially nothing measurable.

For the full breakdown of what I recommend versus what I think is wasted money, I put together a tier-based assessment in the supplement tier list article.

When the Natural Protocol Has a Ceiling

I am not anti-TRT. There is a real category of men for whom the natural protocol will not get them where they need to be – men with primary hypogonadism where the testicular output is genuinely compromised beyond what lifestyle can address, men where andropause has progressed to a clinically meaningful degree, men in their late 50s and beyond where LH and FSH are elevated and the HPTA is working as well as it can and T is still in the low 200s. TRT for those men makes sense.

The problem is that TRT is often the first conversation instead of the last one. Once you are on exogenous testosterone, your own LH and FSH are suppressed, testicular function atrophies without co-administration of HCG, and what was a lifestyle-driven problem that could be reversed becomes a lifetime medical commitment that is very difficult to step off from. That is not a reason to avoid TRT when it is genuinely needed. It is a reason to be sure you have exhausted the reversible options first.

Doug Sterling came to me after a difficult divorce – 52, executive recruiter in Atlanta, had gained 30 lbs in the year surrounding the separation, drinking more than he wanted to admit, T at 310 ng/dL, presenting with secondary hypogonadism symptoms rather than primary testicular failure. His LH was on the lower end of normal, which told me the suppression was upstream – lifestyle-driven, not structural. He had a consultation booked at a men’s health clinic. I asked him to give me six months before that appointment.

The first three months, I barely touched training. Walking, daily sunlight exposure, an alcohol cap, and weekly calls. Not because his physiology was too fragile – because his motivation was. Real protocol adherence requires some baseline capacity that Doug in month one did not quite have yet. By month three he did. We added strength training at month four. Body weight came down, bloodwork started moving, and by month nine his T was at 540 – more than 70% higher than baseline – and he felt genuinely different in ways he could describe specifically: clearer thinking, better sleep, morning energy that was not dependent on three coffees. Month 14: 680 ng/dL. He never went to that clinic.

“I did not realize how much of what I was calling a hormone problem was actually a life problem,” he told me around month ten. That is true more often than the men’s health industry has any commercial incentive to acknowledge.

For men evaluating whether to pursue TRT versus extending the natural protocol, I covered the six-month framework I recommend trying first – and the specific bloodwork thresholds where TRT becomes the right conversation – in the TRT decision article.

Where I Have Gotten This Wrong

I was too supplement-focused for the first few years of this work. Not dramatically – I was not pushing anything inappropriate – but I was reaching for products before I had adequately addressed the underlying conditions. A man would come in with T at 380, I would get his history, and by week two I had him on a zinc-magnesium-vitamin D stack. Sometimes it helped. More often, three months later the improvements were partial because we had not dealt with the alcohol, or the cortisol load from a job running at sustained maximum, or the five hours of fragmented sleep he was getting but not fully admitting to.

The shift came from seeing the pattern clearly enough times. The men who responded fastest were not the ones with the most disciplined supplement protocols. They were the ones who made the behavioral changes first. The supplements became secondary for some of them – Jake Brennan’s T would have moved meaningfully on tobacco cessation and sleep improvement alone. The vitamins and minerals got him to 680, but the first 200 points happened before I added anything.

I also underestimated cortisol for too long. The pregnenolone steal (a proposed mechanism where chronic stress diverts pregnenolone – the raw material for multiple hormones including testosterone – toward cortisol production, leaving less available for T synthesis) is contested in the literature, but the clinical pattern I have seen is consistent: men with chronically elevated cortisol and dysregulated HPA axis almost universally have suppressed T, and addressing the cortisol picture moves T in ways that T-specific interventions do not fully replicate. I now look at DHEA-S and the cortisol-to-DHEA ratio as part of my intake assessment, not just the T markers. The cortisol-testosterone relationship – and why overtraining, career stress, and sleep debt can each independently suppress your T regardless of what you eat or supplement – is something I covered in depth in the cortisol and testosterone article.

Where to Start: The Protocol Sequence That Works

Based on the above, here is how I sequence this with new clients starting from scratch. Not as a rigid prescription – individual bloodwork varies and what applies to a 240-ng/dL presentation at 37 is different from a 480-ng/dL presentation at 52. But as the order of operations that has worked most consistently across my client base over 15 years.

Phase 1: Get the Actual Picture (Weeks 1-2)

• Draw blood fasted, before 10am. Minimum panel: total testosterone, free testosterone (calculated or equilibrium dialysis – avoid immunoassay alone), SHBG, estradiol (E2), LH, FSH, prolactin, DHEA-S, vitamin D 25-OH, fasting insulin, and a basic metabolic panel. This is your baseline. Do not act on a single draw – if numbers look off, redraw two to three weeks later under identical conditions. Diurnal testosterone variation and standard testing error can swing total T by 100-150 ng/dL between draws.
• Compare against optimal ranges, not just the lab reference range. Reference ranges are built on population averages that include metabolically compromised men. A 350 is not fine just because the range bottoms out at 300. Optimal total T for most men is 600-900 ng/dL, optimal free T 15-25 pg/mL. The gap between “in range” and “optimal” is where most of my clients have been living. For a full breakdown of how to read the range question properly, the testosterone by decade article covers what realistic optimal looks like at 30, 40, and 50.

Phase 2: Remove the Suppressors (Months 1-3)

• If alcohol is a regular presence, cut it first. 90 days is the minimum window to see real hormonal rebound. Partial cuts help; complete cessation for a defined period gives you cleaner data on what is lifestyle-driven versus structural.
• If sleep is under 7 hours or consistently fragmented, prioritize this above supplement additions. No supplement stack compensates for truncated sleep architecture. Magnesium glycinate before bed and a consistent sleep window are the starting moves here.
• If body fat is above 20%, losing fat before stacking supplements is the right sequence. Each 5% reduction in body fat at that range produces a measurable T effect through reduced aromatase activity alone.
• Introduce compound strength training at three days per week – squat pattern, hip hinge, upper body press. This is one of the most reliable natural testosterone support interventions and addresses multiple hormonal levers simultaneously. The acute T response to heavy compound lifts is real and compounds over time. I covered the specific mechanisms in the article on squats, deadlifts, and why they are the most powerful natural testosterone tools available.

Phase 3: Add the Foundational Supplements (Month 2 Onward)

• Vitamin D3 + K2-MK7: 5,000 IU D3 with 100mcg K2 daily with a fat-containing meal. Retest at 12 weeks and adjust to maintain serum levels in the 50-70 ng/mL range.
• Zinc picolinate or bisglycinate: 15-30mg daily, taken separately from magnesium. They compete for intestinal absorption. Push toward the higher end only if bloodwork confirms deficiency.
• Magnesium glycinate: 300-400mg before bed. Not magnesium oxide – bioavailability difference is significant.
• Boron, citrate or glycinate form: 9-12mg daily. Add this at month three once the foundational three are established. Check free T and SHBG before and 8 weeks after to confirm the response.

Phase 4: Evaluate and Layer (Month 3+)

• Retest bloodwork at month three. Compare total T, free T, SHBG, and estradiol against your baseline. This tells you what is moving and what is not.
• If SHBG remains elevated despite boron and lifestyle changes, check thyroid markers. Thyroid dysfunction is a common and commonly missed driver of elevated SHBG – it can suppress T levels for years before anyone thinks to look there.
• If you are considering adding adaptogens like ashwagandha KSM-66 or tongkat ali, introduce one compound at a time with 8-week evaluation windows. You cannot identify what is working if you stack four things simultaneously.
• If month-six bloodwork still shows primary hypogonadism markers – LH and FSH elevated with T stubbornly low, indicating the testes are not responding despite normal upstream signaling – that is when the TRT conversation with a physician becomes genuinely appropriate rather than premature.

The men who raise their testosterone naturally and sustain it are not the ones who found the best supplement. They are the ones who accepted that the process was slower and more foundational than any product label promises. Wesley Cardwell’s T was not suppressed because he was missing boron. It was suppressed because 245 lbs of him was converting testosterone to estrogen every day while he drove between restaurants. Doug Sterling’s T was not low because he needed an exotic compound. It was low because he was running on empty for a year and managing what remained with alcohol. Fix the actual problem, and the numbers move. Add a well-structured supplement protocol to a fixed system, and they move further. Try it in the other direction, and you spend a significant amount of money confirming that sequence matters.