§ Claim under review · Health
"Drinking honey water 90 minutes before a workout reduces muscle soreness by 30% and increases leg strength"
Verdict
Partially accurate but misleading
Confidence
MediumSummary
There is a real study behind this claim, but the viral version overstates it. In 2024, researchers gave 16 trained female athletes either honey water or a calorie-free sweetener drink 90 minutes before a deliberately muscle-damaging workout of 200 weighted jumps. The honey group reported less soreness and did better on leg press and wall-sit tests 48 hours later. However, the study does not report a "30 percent" reduction anywhere in its published results, and no one repeating that number says where it came from. It also did not show that honey increases leg strength. It showed that strength recovered better after damage, which is a different thing. Two further catches: the study used about 3 tablespoons of honey, not the 1 to 2 tablespoons commonly recommended online, and the comparison drink had zero calories, so the benefit may simply come from eating carbohydrate before training rather than from honey specifically. Honey before a workout is a reasonable and harmless carbohydrate source, but the specific numbers in this claim are not supported.
The readings
key figures from the evidenceclaimed but unverified muscle soreness reduction from honey
honey dose used in the study per 250 mL water
Why this verdict
Evidence
A real, directly relevant study exists, and it does match the 90-minute timing. In the Hemmati et al. trial, sixteen female strength athletes completed a randomized, double-blind, placebo-controlled crossover protocol. They drank either 70 g of honey in 250 mL of water or 250 mL of water with 70 g of an artificial sweetener (stevia-based), 90 minutes before a muscle-damaging protocol of 200 vertical jumps wearing a vest weighing 10 percent of body weight.
Reported results: compared with placebo, the honey drink improved wall-sit performance (p = 0.003), one-repetition maximum leg press (p = 0.019), and rating of perceived exertion (p = 0.003) after the damaging exercise. Soreness measured on a visual analog scale was significantly lower with honey immediately after and at 12, 24, and 48 hours (p < 0.05). There were no significant differences for vertical jump height (p = 0.384), sit-and-reach flexibility (p = 0.840), or pressure pain threshold (p = 0.151). The authors concluded honey may be a helpful strategy for improving recovery indicators in strength-trained females.
The abstract and results text report p-values and, for perceived exertion, a mean difference. No "30 percent" reduction in soreness appears in any abstract, results text, or press material I was able to retrieve. The Running Week blog asserts that "the 30% figure comes from specific research" but does not identify which result it is derived from.
Wider context: the 2019 Nutrients systematic review of honey and exercise found nine eligible studies with large methodological differences, and stated that study designs make it difficult to establish whether observed responses come from honey itself or from other factors such as differing carbohydrate intake between conditions. It concluded that theory supports honey as a possible ergogenic aid but that conclusive evidence is lacking.
Findings
✓ What's accurate 4
- A real peer-reviewed randomized controlled trial tested honey water taken 90 minutes before exercise. The 90-minute detail is accurate and traceable.
- That trial reported significantly lower perceived muscle soreness with honey versus placebo at every measured time point up to 48 hours.
- That trial reported better one-repetition maximum leg press and longer wall-sit endurance with honey versus placebo after the damaging exercise, both lower-body measures.
- Honey is roughly 80 percent carbohydrate, mainly fructose and glucose, so the underlying rationale of "usable pre-exercise fuel" is not controversial.
≈ What's misleading 7
- Unverifiable precise statistic: the "30%" is not traceable to the study's reported results. The paper reports significance levels, not a 30 percent soreness reduction. A specific number attached to a real study, where that number cannot be located in the study, is the single biggest problem with this claim.
- Wrong outcome direction (exaggeration): "increases leg strength" is not what was measured. Leg press 1RM was measured 48 hours after a muscle-damage protocol, when strength is depressed. The finding is better preservation or recovery of strength relative to placebo, not an increase in strength. The Running Week blog itself concedes honey does not increase max strength in a single session, yet the viral headline says the opposite.
- Confounded attribution (marketing as evidence, unsupported causal specificity): the placebo was calorie-free. Attributing the result to honey specifically, rather than to eating carbohydrate before training, is not supported by this design. The 2019 systematic review flags exactly this problem across the honey literature.
- Subgroup generalization: 16 trained female athletes in one trial. The claim is stated as a universal rule for anyone working out.
- Dose mismatch: the post's recommended 1-2 tablespoons is roughly one third to two thirds of the studied 70 g dose. The claimed effect is attached to a dose that was not tested.
- Selective reporting (omitted qualifier): the same study found no benefit for vertical jump height, flexibility, or pressure pain threshold. Pressure pain threshold is an objective soreness measure, and it showed no significant difference, while the significant soreness result came from a self-reported scale in a study where participants could plausibly taste the difference between honey and stevia despite blinding claims.
- Overstated evidence base: a single crossover trial with 16 participants, not replicated, is presented as settled fact.
? What's uncertain 4
- Whether a roughly 30 percent difference in visual analog scale soreness scores exists somewhere in the study's Table 1 or figures. I retrieved the abstract, results text, and figure captions but not the full numeric table, so I cannot state that the number is fabricated. I can only state it is not reported as a headline finding and is not attributed by the sources promoting it.
- Whether blinding actually held. Honey versus stevia water is a plausible taste difference, and the primary soreness outcome was subjective. The retrieved material does not report a blinding check.
- Whether any effect would appear in men, in untrained people, at 1-2 tablespoons, or after ordinary training rather than 200 weighted jumps.
- Whether honey outperforms an equal-carbohydrate comparator such as sugar water, glucose, or a sports drink. No retrieved study answers this.
Sources
7 of 7 linked to recordsHemmati H, Alkasasbeh WJ, Hemmatinafar M, Salesi M, Pirmohammadi S, Imanian B, Rezaei R. "Effect of a honey-sweetened beverage on muscle soreness and recovery of performance after exercise-induced muscle damage in strength-trained females." Frontiers in Physiology 2024;15:1426872
Corrigendum to the above, Front Physiol 2024;15:1523903
"Honey Supplementation and Exercise: A Systematic Review," Nutrients 2019;11(7):1586
Karami et al. "The Effect of Honey Supplementation on Skeletal Muscle-Related Inflammatory Markers Among Military Graduates After Overtraining," Health Science Reports 2025
"A Comparison between Chocolate Milk and a Raw Milk Honey Solution's Influence on Delayed Onset of Muscle Soreness," Sports 2016
The Running Week blog post "What Happens When You Drink Honey Water Before a Workout"
Elias Honey company blog