High in the Peruvian Andes, at elevations above 4,000 meters where few plants dare to grow, a humble root vegetable has been powering human endurance for over 2,000 years. Lepidium meyenii, commonly known as maca, was cultivated by the Inca civilization and used as both food and medicine. Incan warriors reportedly consumed maca before battle to boost strength and stamina, and it was so prized that it was historically offered as tribute to Spanish conquistadors. Today, this same root is celebrated globally as one of nature’s most potent adaptogens, and brewing it as a tea is one of the oldest and most direct ways to access its benefits.
Traditional Andean communities have long prepared maca as a warm beverage by simmering the dried, powdered root with water or combining it with native herbs and sweeteners. Unlike the fleeting buzz of coffee, maca works with the body’s own systems, gently modulating stress hormones, supporting the endocrine system, and providing a steady, grounded form of energy that carries you through the day. Its flavor is distinctive: earthy and slightly malty, with a subtle nuttiness that some compare to butterscotch or roasted grain. It is hearty, warming, and deeply satisfying in a way that feels more like nourishment than stimulation.
Modern science has begun to validate what Andean healers have known for millennia. Research points to a unique class of compounds called macamides and glucosinolates as the drivers behind maca’s adaptogenic and energizing effects. Whether you are an athlete seeking a natural performance edge, someone managing fatigue, or simply looking to replace your afternoon coffee with something more grounding, maca energy tea offers a centuries-old solution in a beautiful, aromatic cup.
2
cups
Ingredients
- 2 tspmaca root powder (gelatinized preferred)
- 480 mlwater (85 to 90°C / 185 to 194°F)
- —raw honey or maple syrup to taste (optional)
- —pinch of cinnamon (optional, enhances flavor and circulation)
- —splash of oat milk or coconut milk (optional)
How to Brew
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- Heat your water to 85 to 90°C (185 to 194°F). If you do not have a temperature-controlled kettle, bring water to a boil and let it rest for 2 to 3 minutes before using.
- Measure 1 teaspoon of gelatinized maca root powder per 240 ml of water and add it directly to your mug or a small saucepan.
- Pour a small amount of hot water over the maca powder first, about 30 ml, and whisk or stir vigorously to form a smooth paste. This prevents clumping when you add the remaining water.
- Add the remaining hot water and stir again until fully combined. Allow the tea to steep for 10 to 15 minutes so the compounds fully disperse into the liquid.
- If desired, add a pinch of cinnamon, a drizzle of raw honey, or a splash of oat milk. Stir well and serve immediately in a warm mug.
- Add 2 teaspoons of gelatinized maca root powder to a glass jar along with 480 ml of room-temperature filtered water.
- Seal the jar and shake vigorously for 30 to 45 seconds to disperse the powder as thoroughly as possible. Some fine sediment is natural and will settle at the bottom.
- Refrigerate the jar for 8 to 12 hours, or overnight. The extended cold steep allows the water-soluble compounds to slowly infuse without heat.
- When ready to serve, give the jar a firm shake to re-suspend any settled powder. Pour over a glass filled with ice, straining through a fine mesh strainer if you prefer a clearer beverage.
- Sweeten with maple syrup or a splash of coconut milk if desired. The cold brew pairs especially well with a squeeze of fresh orange juice for a bright, energizing morning drink.
- Place 1 tablespoon of dried maca root slices or coarsely ground maca per 240 ml of water into a small saucepan. For two servings, use 2 tablespoons in 480 ml of water.
- Add a cinnamon stick and, if desired, 2 to 3 cardamom pods lightly crushed. These warming spices complement maca’s earthy flavor and support circulation.
- Bring the mixture up to a gentle simmer over medium heat, then reduce to low. Maintain a low simmer for 20 to 25 minutes, stirring occasionally. Do not allow the liquid to reach a rolling boil.
- As the liquid reduces, you will notice the color deepening to a rich amber-brown and the aroma becoming more pronounced and roasted. Top up with a small amount of hot water if too much liquid evaporates.
- Remove from heat and allow the decoction to cool for 2 to 3 minutes. Pour through a fine mesh strainer into mugs, pressing the solids to extract all liquid. Sweeten with raw honey and serve with a splash of warm milk for a nourishing tonic.
Health Benefits
Unlike stimulants, maca does not act on adenosine receptors to produce energy. Instead, its macamides and mineral content support mitochondrial function and oxygen utilization, producing a steady, grounded energy increase that does not lead to a crash or interfere with sleep.
Maca is classified as an adaptogen with particular affinity for the hypothalamic-pituitary-adrenal axis. Clinical studies have found that regular maca consumption can help reduce symptoms of hormonal imbalance in both men and women, including menopause-related hot flashes and mood shifts, without directly introducing plant estrogens.
Several small clinical trials have noted improvements in self-reported cognitive function, mood, and mental energy in adults supplementing with maca. These effects are thought to stem from macamides’ influence on the endocannabinoid system and maca’s ability to moderate cortisol levels under stress.
Research on cyclists and athletes has shown that maca supplementation can improve time-trial performance and reduce perceived exertion. Its high iron content supports oxygen-carrying capacity, while its polyphenols assist in post-exercise oxidative stress reduction.
Maca has one of the strongest bodies of traditional and clinical evidence for supporting sexual function and libido in both men and women. A 2010 meta-analysis of four randomized clinical trials found significant improvements in sexual dysfunction measures, likely attributed to benzylglucosinolates and direct effects on the hypothalamus.
🧪 Key Bioactive Compounds
The Science Behind Maca Root
Maca’s energizing reputation rests on a foundation of compounds found nowhere else in the plant kingdom. The most pharmacologically significant are macamides, a group of fatty acid amide derivatives unique to Lepidium meyenii. Macamides share structural similarities with endocannabinoids and have been shown in preclinical studies to inhibit fatty acid amide hydrolase (FAAH), the enzyme responsible for breaking down anandamide, often called the body’s endogenous ‘bliss molecule.’ By preserving anandamide activity, macamides may help regulate mood, reduce anxiety-related fatigue, and support a balanced energy state without the excitatory mechanisms of caffeine.
Maca’s glucosinolates, particularly glucotropaeolin and benzylglucosinolate, are sulfur-containing compounds that undergo enzymatic conversion into biologically active isothiocyanates and nitriles when the root is processed. These metabolites interact with hormone receptor sites and have been shown in clinical trials to modulate estrogen and androgen activity through indirect pathways rather than direct hormonal binding. This is why maca is described as a hormonal regulator rather than a phytoestrogen, and why its effects differ meaningfully from herbs like red clover or soy. The alkaloids macaridine and lepidiline A and B are believed to act directly on the hypothalamus and pituitary gland, influencing the release of follicle-stimulating hormone and luteinizing hormone, further supporting reproductive and energy-related hormonal balance.
From a nutritional standpoint, maca’s energy benefits are also partly attributed to its exceptional mineral density. Gram for gram, dried maca root contains more iron than many plant foods, along with meaningful quantities of zinc, copper, and manganese, all of which serve as cofactors in mitochondrial energy production and red blood cell synthesis. A 2009 study published in the Journal of Ethnopharmacology found that cyclists who supplemented with maca extract for 14 days showed significant improvements in 40-kilometer time trials and reported increased sexual desire, suggesting systemic performance benefits beyond simple stimulation. The convergence of macamides, glucosinolates, alkaloids, and micronutrients makes maca a genuinely multifaceted adaptogen, one whose effects accumulate meaningfully with consistent, moderate use over time.
Brewing Tips
- Always start with gelatinized maca powder rather than raw maca for tea. The gelatinization process removes difficult-to-digest starches and significantly improves both solubility and digestive tolerance, making for a smoother cup.
- Maca’s benefits are cumulative rather than immediate. Consume your maca tea consistently for at least two to four weeks before evaluating its effects on energy and mood. Many users report the most noticeable improvements after four to six weeks of daily use.
- Avoid drinking maca tea in the evening if you are sensitive to its energizing effects. Although maca is caffeine-free, its influence on energy metabolism and cortisol modulation can make it stimulating enough to affect sleep quality for some individuals when consumed after 4 PM.
This sounds really promising for energy support without the caffeine spike, which I definitely appreciate with my thyroid condition. Quick question though: do you know if maca root has any goitrogenic properties or impact on iodine absorption? I’ve been cautious about adaptogens since my Hashimoto’s diagnosis, and I want to make sure it won’t interfere with my thyroid function. Also, is maca AIP-compliant, or does it fall into a grey area like some of the other root-based adaptogens? Would love to add this to my rotation if it checks out!
honestly this is such a smart question and i love that you’re correlating this with your thyroid status – most people dont dig into the goitrogen angle. from what ive seen in literature maca itself isnt considered a major goitrogen like cruciferous veggies, but the research is kinda sparse on actual iodine absorption rates when consumed regularly, especially at therapeutic doses. i’ve been tracking maca in my micronutrient app for a few months now and havent noticed any TSH shifts in my bloodwork, but that’s n=1 obvs and you’re right to be cautious with hashimotos where you’re probably optimizing iodine intake already. for AIP
This is such a great question, Anna – I’ve definitely thought about this too since goitrogens can be tricky with thyroid stuff! I haven’t personally tested maca in my elimination diet tracking, but I’m really curious now about whether it affects my inflammation markers since I know some adaptogens can be inflammatory for certain IBS presentations / and maca’s been on my list to try once I finish my current rotation. Have you been able to test it with your thyroid panel, or are you still in the research phase?