Honey Packets for Midrun Energy Replacement

Target audience: This article is for recreational runners, half-marathon trainees, marathon beginners, trail runners, and endurance athletes who want a simple midrun carbohydrate option. It is also useful for runners comparing honey packets with sports gels, chews, drinks, and other endurance sugar sources.

 

Key points covered: Honey packets can work as a midrun carbohydrate source when the dose, timing, water intake, and stomach tolerance match the run. The evidence supports carbohydrate fueling during longer endurance exercise, but honey itself should be treated as one option, not a superior replacement for every runner.

 

Why Midrun Fuel Matters After the First Hour

 

A short easy run usually does not need midrun fuel. Most healthy runners begin with enough stored carbohydrate to cover ordinary daily movement and a moderate workout. The picture changes when the run gets longer, harder, hotter, or closer to race effort. At that point, carbohydrate becomes less like a snack and more like a pace-management tool.

 

Carbohydrate is stored in the body mainly as glycogen in muscle and liver. Muscle glycogen helps working muscles keep producing force. Liver glycogen helps maintain blood glucose. During prolonged running, both stores can fall. When blood glucose drops or muscle carbohydrate availability becomes limited, pace often feels harder even when the runner’s legs looked fine on paper that morning.

 

Sports nutrition guidelines from the American College of Sports Medicine, Academy of Nutrition and Dietetics, and Dietitians of Canada state that carbohydrate intake during endurance exercise can help maintain blood glucose and support performance, especially during sessions lasting longer than about 1 hour.1 This is the basic reason runners carry gels, drinks, chews, bananas, dates, candy, rice balls, or honey packets.

 

Honey packets enter the discussion because they are portable, sweet, and easy to measure. They are not magic. They are not a shortcut around training. They are simply a compact source of carbohydrate that can be used during runs when carbohydrate intake makes sense.

 

What Honey Packets Actually Provide

 

Honey is mostly carbohydrate. A systematic review titled “Honey Supplementation and Exercise: A Systematic Review” described honey as a natural substance formed primarily of carbohydrates, approximately 80% by composition.2 The main sugars in honey are fructose and glucose, with smaller amounts of other sugars, water, organic acids, minerals, and plant-derived compounds.

 

For runners, the relevant fact is not the poetic image of bees doing chemistry in a field. The relevant fact is carbohydrate delivery. If a honey packet contains about 12 to 20 g of honey, the carbohydrate content often lands around 10 to 17 g, depending on the product size and exact composition. Labels matter because packet size varies. One café-style packet may be too small for a marathon fueling plan, while a larger athletic pouch may be closer to a gel.

 

Honey has a thick texture. That can be useful because it stays in the packet until squeezed. It can also be annoying because it sticks to fingers, gloves, race belts, and sometimes the corner of a runner’s mouth in a way that makes race photos less dignified. The practical question is simple: can the runner open it, swallow it, and keep moving without coughing, gagging, or slowing down?

 

Honey Packets Versus Sports Gels

 

Sports gels are designed for endurance use. Many include measured carbohydrate, sodium, caffeine, amino acids, flavoring, or texture agents. Honey packets are simpler. They usually provide sugar without a sports-specific electrolyte profile. That difference matters.

 

A commercial gel may provide 20 to 30 g of carbohydrate in one packet. Some honey packets provide less. A runner trying to reach 30 to 60 g of carbohydrate per hour may need several small honey packets. That creates more wrappers, more opening steps, and more chances for sticky hands. For a training run, that may be fine. For a marathon at goal pace, it can become a small operational problem.

 

The advantage of honey is ingredient familiarity. Some runners prefer a food-based option because the label is short. That preference is valid as a comfort choice, but it does not prove better performance. In endurance fueling, the body does not award extra points because a carbohydrate source sounds natural. The gut sees sugars, fluid volume, concentration, timing, and exercise intensity.

 

A sports gel may be easier to dose precisely. Honey may be easier to tolerate for runners who dislike gel texture or artificial flavors. The correct choice is the one that supplies enough carbohydrate without causing stomach trouble.

 

How Much Honey a Runner Might Need

 

Carbohydrate intake during exercise is usually discussed in grams per hour. Jeukendrup’s review, “A Step Towards Personalized Sports Nutrition: Carbohydrate Intake During Exercise,” describes common targets such as 30 g/h for exercise lasting 1 to 2 hours, 60 g/h for longer events, and up to 90 g/h in events beyond about 2.5 hours when multiple transportable carbohydrates are used and tolerance is trained.3 These targets are not automatic requirements for every runner.

 

A meta-analysis titled “Carbohydrate Ingestion During Endurance Exercise Improves Performance in Adults” reviewed 96 studies and reported that carbohydrate ingestion between 30 and 80 g/h improved endurance performance in adults.4 This does not mean every runner should jump to the top end. Higher intakes require practice, water, and a gut that can handle the load.

 

Packet math keeps the plan honest. If one honey packet provides 12 g of carbohydrate, then 30 g/h requires about 2.5 packets per hour. A runner would likely round that to 2 or 3 packets. If the target is 60 g/h, that becomes about 5 packets per hour. That may be possible, but it is not always convenient.

 

For many recreational runners, honey works best at modest intake levels or as part of a mixed plan. For example, a runner might use honey packets for early miles, then switch to a sports drink later. Another runner may use honey during training but choose gels on race day because the carbohydrate amount is easier to count.

 

Timing, Water, and Stomach Tolerance

 

Honey is concentrated sugar. Taking it without water can leave a thick, sweet coating in the mouth and may irritate the stomach during higher-intensity running. Water helps dilute the sugar and supports gastric emptying. In plain language, it helps move fuel from the stomach toward the intestine where absorption happens.

 

A practical starting pattern is one small honey packet every 25 to 30 minutes during runs longer than 75 to 90 minutes. Runners aiming for higher carbohydrate intake can move toward smaller doses every 15 to 20 minutes. Smaller, regular doses are often easier than swallowing a large amount at once.

 

Training intensity matters. The gut usually tolerates food better at easy pace than at race pace. Heat also changes the equation because dehydration can worsen nausea, cramps, or sloshing. A honey plan that feels fine on a cool Saturday jog may feel different at mile 18 of a warm marathon.

 

Common warning signs include nausea, reflux, side stitches, urgent bowel movements, bloating, or a heavy stomach. When those appear, the next step is not stubbornness. Reduce the dose, increase water, slow the pace, or stop using that fuel until it can be tested again under controlled conditions.

 

Practical Action Plan for Training Runs

 

Start with the run length. For runs under 60 minutes, most runners do not need honey unless they begin underfed, train early without breakfast, or have a specific medical or coaching reason. For 60 to 90 minutes, one packet near the halfway point may be enough to test taste and tolerance. This is a trial, not a full race plan.

 

For a 90-minute long run, try one packet at 35 to 40 minutes and another at 65 to 70 minutes. Drink water with each packet. Write down the packet brand, carbohydrate grams, timing, weather, pace, and any gut symptoms. A fueling log sounds dull, but it beats guessing during a race.

 

For a 2-hour run, a beginner can start near 25 to 35 g/h of carbohydrate. If each packet provides 12 g, that means 2 to 3 packets per hour. A runner who handles that well can increase gradually across later long runs. Do not double the intake suddenly before a key workout.

 

For a marathon, the plan should be rehearsed at least several times during long runs. Carry the exact packets planned for race day. Practice opening them with sweaty hands. Check whether the packet tears cleanly. Learn where to store empty wrappers. The small details matter when the brain is tired and the legs are negotiating like union lawyers.

 

For trail running, honey packets may work when the pace is variable and walking breaks occur on climbs. For road racing, larger gels may be more efficient because fewer packets are needed. For runners using aid-station sports drink, total carbohydrate from both drink and honey must be counted to avoid overloading the gut.

 

Critical Perspective: What the Evidence Does Not Prove

 

The evidence for carbohydrate during endurance exercise is much stronger than the evidence for honey as a special sports fuel. That distinction matters. Honey can provide carbohydrate, but that does not mean honey has been proven better than gels, drinks, glucose, fructose blends, or other fueling options.

 

The 2019 systematic review on honey and exercise searched PubMed, MEDLINE, and SPORTDiscus, found 273 records, and included 9 articles after duplicate removal and screening.2 The review noted large differences in exercise type, study population, and nutrition intervention. Four studies examined exercise performance, and five described perceptual responses.2 This is a small and mixed evidence base.

 

A newer trial, “A Novel Honey Powder-Based Supplement Containing Carbohydrate and Protein Did Not Improve Endurance Performance in Recreationally Trained Cyclists,” used a double-blind, crossover, counterbalanced, placebo-controlled design in 12 male cyclists.5 Participants completed a 100-minute cycling protocol followed by a 20-minute self-paced time trial. Total work was similar between honey powder and placebo, at 294 ± 40 kJ versus 292 ± 44 kJ, with P = .72.5

 

That study does not prove honey packets are useless for runners. It studied a specific honey powder product, a small male cycling sample, and one exercise protocol. It does show why claims need restraint. Honey should be discussed as a carbohydrate option with limited direct performance evidence, not as a proven upgrade over standard endurance products.

 

When Honey Packets Make Sense—and When They Do Not

 

Honey packets make sense when the runner needs a small amount of carbohydrate, tolerates honey well, has access to water, and can carry enough packets without hassle. They are most practical for moderate long runs, lower-key races, trail outings, and runners who dislike the texture of gels.

 

They make less sense when a runner needs high carbohydrate intake with precise dosing. A marathon runner targeting 60 to 90 g/h may find small packets inefficient. A runner who sweats heavily may also need sodium from a separate source because honey is not an electrolyte product. A runner with a sensitive gut may find the sweetness too intense.

 

Honey is also still sugar. It can contribute to dental exposure during long events, especially when taken repeatedly over several hours. Rinsing with water after intake helps clear the mouth. Runners with diabetes, reactive hypoglycemia, gastrointestinal disease, or a history of food allergy should not treat honey as a casual experiment.

 

Raw honey is not necessary for running fuel. Standard food safety guidance generally advises against giving honey to infants under 12 months because of botulism risk, but that infant-specific warning is separate from adult endurance fueling. For adult runners, the usual concerns are tolerance, dosing, glucose response, and practical use.

 

Bottom Line for Runners

 

Honey packets can replace some midrun energy gels when the goal is basic carbohydrate intake. The plan works best when the runner counts grams, pairs honey with water, starts with small doses, and tests the approach during training. The plan is weaker when it relies on vague claims about natural energy or ignores the amount of carbohydrate needed per hour.

 

For most recreational runners, a reasonable first test is simple: use one packet during a 75- to 90-minute easy run, take it with water, and record the response. Build from there only if the stomach stays calm and the energy plan matches the run duration. Fueling is not a personality test. It is a logistics problem with a digestive system attached.

 

Honey has a place in endurance running because it supplies carbohydrate in a small package. It does not need a halo, and it does not need to beat every sports gel to be useful. The strongest sentence is the plainest one: honey packets are a workable midrun fuel when they help a runner meet carbohydrate needs without upsetting the gut.

 

This article is for general education only and is not medical, dietetic, or sports-performance advice. Runners with diabetes, hypoglycemia, gastrointestinal disease, food allergies, pregnancy-related nutrition concerns, eating disorders, or medication use that affects blood glucose should consult a qualified health professional before using honey packets or changing race-fueling practices. Stop using any fuel that causes severe gastrointestinal symptoms, allergic reactions, dizziness, confusion, or other concerning symptoms, and seek appropriate medical care when needed.

 

References

 

Thomas DT, Erdman KA, Burke LM. American College of Sports Medicine joint position statement: nutrition and athletic performance. Med Sci Sports Exerc.2016;48(3):543-568. doi:10.1249/MSS.0000000000000852

 

Hills SP, Mitchell P, Wells C, Russell M. Honey supplementation and exercise: a systematic review. Nutrients.2019;11(7):1586. doi:10.3390/nu11071586

 

Jeukendrup A. A step towards personalized sports nutrition: carbohydrate intake during exercise. Sports Med.2014;44(suppl 1):25-33. doi:10.1007/s40279-014-0148-z

 

Temesi J, Johnson NA, Raymond J, Burdon CA, O’Connor HT. Carbohydrate ingestion during endurance exercise improves performance in adults. J Nutr.2011;141(5):890-897. doi:10.3945/jn.110.137075

 

Toniazzo T, Azevedo RA, Oliveira TN, et al. A novel honey powder-based supplement containing carbohydrate and protein did not improve endurance performance in recreationally trained cyclists. Int J Sport Nutr Exerc Metab.2025;35(6):520-529. doi:10.1123/ijsnem.2025-0021

 

Podlogar T, Wallis GA. New horizons in carbohydrate research and application for endurance athletes. Sports Med.2022;52(suppl 1):5-23. doi:10.1007/s40279-022-01757-1