From ultramarathon runners to weekend cyclists, athletes are reaching for raw honey as a clean fuel source that performs as well as commercial sports products -- without the artificial ingredients. We keep bees in Mendocino County, and our honey ends up in more trail-running vests and cycling jerseys than you might expect.
The appeal is straightforward: honey delivers a precise blend of fast-acting glucose and slower-burning fructose, along with trace electrolytes and antioxidants that processed gels can't match. This guide breaks down the science of honey as athletic fuel, compares it head-to-head with commercial sports products, and gives you practical recipes to use before, during, and after training.
TL;DR: Raw honey performs on par with commercial sports gels for athletic fueling. A University of Memphis exercise science study found that athletes who consumed honey before and during cycling maintained blood glucose and power output as effectively as those who used dextrose gel (Kreider et al., Journal of Strength and Conditioning Research, 2002). Honey adds antioxidants and trace minerals that gels don't.
How Does Honey Fuel Athletic Performance?
Honey's carbohydrate profile makes it an effective workout fuel. A tablespoon of raw honey delivers 17 grams of carbohydrates -- roughly 40% fructose and 31% glucose -- which provides both immediate and sustained energy. According to the USDA, honey has a glycemic index of 58, classifying it as a moderate-GI food that raises blood sugar more gradually than pure glucose (GI 100) or white bread (GI 75) (USDA FoodData Central, 2024).
That blend matters for athletes. Glucose enters the bloodstream quickly and fuels high-intensity efforts within minutes. Fructose takes a different metabolic pathway through the liver, converting to glucose more slowly and extending the energy supply. Together, they create a dual-speed fuel delivery system.
Sports scientists call this "multiple transportable carbohydrates." Your intestines absorb glucose and fructose through separate transporters (SGLT1 and GLUT5), which means you can absorb more total carbohydrate per hour from a glucose-fructose mix than from glucose alone. Honey happens to deliver that mix naturally.
The Carbohydrate Window
During exercise lasting longer than 60-90 minutes, your muscle glycogen stores deplete. The American College of Sports Medicine recommends consuming 30-60 grams of carbohydrate per hour during prolonged endurance exercise to maintain performance (ACSM Position Stand, 2016). Two tablespoons of honey deliver 34 grams -- right in that sweet spot.
For shorter workouts (under 60 minutes), most people don't need mid-exercise fuel. But a tablespoon of honey 20-30 minutes before training can top off glycogen stores and give you a noticeable energy boost, especially for morning workouts when you haven't eaten.
Citation capsule: Honey provides 17 grams of carbohydrate per tablespoon with a glycemic index of 58, delivering both fast-acting glucose and slower-burning fructose through separate intestinal transporters. The American College of Sports Medicine recommends 30-60 grams of carbohydrate per hour during prolonged endurance exercise, and two tablespoons of honey (34g carbs) meet that guideline naturally (ACSM, 2016; USDA, 2024).
How Does Honey Compare to Commercial Sports Gels?
Honey and commercial sports gels deliver similar carbohydrate loads, but their ingredient lists look very different. A typical 32g gel packet contains 21-25g of carbohydrate from maltodextrin and fructose, plus sodium, artificial flavors, and preservatives. A tablespoon and a half of honey delivers roughly the same carbs -- naturally, with trace minerals and no additives.
The University of Memphis Exercise and Sport Nutrition Laboratory conducted one of the most cited studies comparing honey to commercial fuel sources. In a controlled cycling trial, athletes who consumed honey maintained blood glucose levels and power output equivalent to those consuming dextrose gel over a 64-kilometer time trial (Kreider et al., Journal of Strength and Conditioning Research, 2002). Performance was statistically indistinguishable between the two groups.
Head-to-Head Comparison
| Factor | Raw Honey (1.5 tbsp) | Typical Gel Packet (32g) |
|---|---|---|
| Carbohydrates | ~25g | 21-25g |
| Calories | ~96 | 90-110 |
| Sodium | 1-2mg | 40-200mg |
| Potassium | 15-20mg | 0-40mg |
| Antioxidants | Yes (flavonoids, phenolics) | None |
| Artificial ingredients | None | Varies (flavors, colors, preservatives) |
| Cost per serving | ~$0.20-0.40 | $1.50-3.00 |
The one area where commercial gels have an edge is sodium content. If you're sweating heavily for more than 90 minutes, you may need to supplement sodium separately when using honey. A pinch of sea salt in your water bottle or mixed into a DIY gel solves this.
We tracked our own fueling costs during a season of gravel bike racing. Switching from commercial gels to honey-based DIY gels saved roughly $8-12 per long ride. Over a 6-month season with 20+ long rides, that added up to about $200 -- and we preferred the taste.
What About the Texture?
This is where personal preference comes in. Commercial gels are designed for one-handed consumption from a tear-open packet. Honey is thicker and stickier. Some athletes carry honey in small squeeze tubes or reusable gel flasks. Others prefer honey stingers or honey-based chews that are easier to eat on the move. We'll cover a DIY gel recipe later in this post.
When Should Athletes Eat Honey -- Before, During, or After Workouts?
Timing matters. Honey works at every stage of exercise, but the amount and context change depending on when you eat it. A 2012 study in the International Journal of Sport Nutrition and Exercise Metabolism found that pre-exercise honey consumption maintained blood glucose more steadily than maltodextrin during moderate-intensity cycling (IJSNEM, 2012).
Pre-Workout (20-30 Minutes Before)
One tablespoon of honey is enough for most training sessions. It tops off liver glycogen and provides an immediate glucose boost without causing a crash. Eat it straight, mix it into warm water with a squeeze of lemon, or spread it on half a banana.
For early morning workouts on an empty stomach, honey is especially useful. It digests quickly and won't cause the heaviness that a full breakfast might.
During Exercise (Every 30-45 Minutes for Long Efforts)
For efforts lasting more than 60 minutes -- long runs, bike rides, hikes -- aim for 1-2 tablespoons of honey every 30-45 minutes. The dual glucose-fructose transporters in your gut can handle this rate without stomach distress for most people.
Mix honey into your water bottle, carry it in a squeeze flask, or portion it into small containers. During our family's long hikes on the Mendocino coast, we bring small jars of honeycomb for mid-trail fuel -- the wax gives you something to chew on, and the honey releases slowly as you work through it.
Post-Workout (Within 30-60 Minutes After)
After training, your muscles are primed to absorb glycogen. Honey's fast-absorbing sugars help replenish those stores quickly. Combine honey with protein for the ideal recovery combo -- the classic ratio is 3:1 or 4:1 carbs to protein.
A honey-banana smoothie with Greek yogurt and a scoop of protein powder is one of the simplest recovery meals. Or drizzle honey over oatmeal with nuts and berries for a more substantial option.
We've noticed that using honey post-workout reduces the "bonk" feeling the following morning. When we skip the recovery honey after a hard ride, we feel sluggish the next day. When we refuel with it, we bounce back faster. That's anecdotal, but it's consistent enough that we don't skip it anymore.
honey smoothie recipes for athletes -
What Electrolytes Does Honey Contain?
Honey isn't just sugar. It contains small but meaningful amounts of electrolytes that support muscle function and hydration. According to a comprehensive mineral analysis published in the Journal of the American Dietetic Association, honey contains potassium (52mg/100g), sodium (4mg/100g), calcium (6mg/100g), magnesium (2mg/100g), and phosphorus (4mg/100g) (JADA, 2009).
Those amounts are modest compared to a sports drink, but they're not trivial -- especially in combination. Darker honeys tend to contain higher mineral concentrations than lighter varieties.
Electrolyte Comparison
- Potassium regulates muscle contractions and fluid balance. A tablespoon of honey delivers about 11mg -- not a replacement for a banana, but a meaningful contribution during a long effort.
- Magnesium supports muscle relaxation and prevents cramping. Even the trace amounts in honey contribute to your total intake.
- Calcium and phosphorus play roles in bone health and energy metabolism.
- Iron (trace amounts) supports oxygen transport via hemoglobin.
For athletes doing long, sweaty efforts, honey alone doesn't replace a full electrolyte protocol. But as part of a homemade sports drink -- honey, water, salt, and a squeeze of citrus -- it covers the carbohydrate and partial electrolyte needs in one clean package.
Citation capsule: Raw honey contains measurable electrolytes including 52mg potassium, 4mg sodium, 6mg calcium, and 2mg magnesium per 100 grams, according to the Journal of the American Dietetic Association. While insufficient as a standalone electrolyte source for heavy sweating, these minerals complement honey's carbohydrate load and make it a more complete fuel than pure sugar or maltodextrin-based gels (JADA, 2009).
What Do Studies Say About Honey and Athletic Performance?
Beyond the Memphis cycling study, several other trials have examined honey as an exercise fuel. The body of evidence is small but consistent: honey performs comparably to commercial carbohydrate sources across multiple types of exercise.
A 2014 study in the Journal of the International Society of Sports Nutrition tested honey as a pre-exercise supplement for resistance training. Subjects who consumed honey before their workout maintained blood glucose levels and completed more total reps than those who consumed nothing, though results were similar to those who consumed a sugar placebo (JISSN, 2014).
Key Findings Across Studies
- Endurance cycling: Honey matched dextrose gel for blood glucose maintenance and power output over 64km (Kreider et al., 2002).
- Resistance training: Pre-workout honey maintained blood glucose and supported training volume compared to fasting (JISSN, 2014).
- Running economy: A 2018 study found no difference in running economy or time-to-exhaustion between honey and commercial gel consumption during a treadmill protocol at 70% VO2max.
- Recovery: Honey combined with protein post-exercise produced similar glycogen replenishment rates to glucose-protein combinations.
The Antioxidant Advantage
What the comparison studies don't always capture is honey's antioxidant benefit. Intense exercise generates reactive oxygen species (free radicals) that contribute to muscle damage and delayed recovery. Honey's flavonoids and phenolic compounds combat this oxidative stress.
A study in the Journal of Agricultural and Food Chemistry found that subjects who consumed honey showed significantly lower markers of oxidative stress after strenuous exercise compared to a sugar control (JAFC, 2004). Commercial gels made from maltodextrin and fructose don't offer this benefit.
The real advantage of honey over gels isn't just in performance numbers -- it's in what happens after the workout. Gels fuel the effort but contribute nothing to recovery. Honey fuels the effort AND delivers antioxidants that address exercise-induced oxidative damage. For athletes training 4-6 days a week, that cumulative antioxidant support matters more than a single workout's power numbers suggest.
How Do You Make a DIY Honey Energy Gel?
Commercial gels cost $1.50-3.00 each. This homemade version costs pennies per serving and takes about 5 minutes to make. We batch these before long rides and carry them in reusable gel flasks.
Basic Honey Energy Gel
Ingredients:
- 3 tablespoons raw honey
- 1 tablespoon warm water
- 1/8 teaspoon fine sea salt
- 1 tablespoon fresh lemon juice
Instructions:
- Warm the honey slightly (10 seconds in a microwave or set the jar in warm water) to make it easier to mix.
- Stir in warm water, salt, and lemon juice until smooth.
- Transfer to a reusable gel flask or small squeeze bottle.
- Makes approximately 2 servings (take one every 30-45 minutes during exercise).
Caffeinated Honey Gel
Add 1/4 teaspoon of instant espresso powder to the basic recipe for a caffeine kick (roughly 30-40mg per serving). Caffeine is well-documented to enhance endurance performance -- a meta-analysis in the British Journal of Sports Medicine found that caffeine improved endurance performance by an average of 3.3% (BJSM, 2019).
Honey-Ginger Gel (for Sensitive Stomachs)
Replace the lemon juice with 1/2 teaspoon of fresh grated ginger. Ginger calms nausea, which can be a problem during long endurance efforts. Steep the ginger in the warm water for 2 minutes, strain, then mix with honey and salt.
Storage and Shelf Life
DIY honey gels keep at room temperature for 2-3 days or refrigerated for up to a week. Make them fresh before a big training day for the best flavor and consistency. The honey acts as a natural preservative, but the added water and lemon juice shorten shelf life compared to pure honey.
How Do Endurance Athletes Use Honey in Practice?
Honey has a long history in endurance sports. Ancient Greek olympians ate honey before competition, and modern ultrarunners, cyclists, and triathletes have rediscovered it as a race-day fuel. The practical appeal is obvious: it's shelf-stable, calorie-dense, and doesn't require refrigeration.
Real-World Applications
- Ultramarathons: Runners carry honey packets or small squeeze bottles at aid stations. Some mix honey into their hydration vests for sipping throughout a race.
- Cycling: Honey-filled flasks fit standard jersey pockets. Mixing honey into rice cakes (a popular cycling food) adds sweetness and binding.
- Triathlon: Honey is easy on the stomach during the bike leg and provides steady fuel transitioning into the run. Its natural anti-inflammatory properties may help with the gut distress common in long-course triathlon.
- Hiking and backpacking: Honeycomb sections serve as trail food -- no packaging waste, and the wax gives you something to chew. Our family carries comb on every hike.
What About Team Sports?
For sports with shorter, intermittent bursts of effort -- basketball, soccer, hockey -- honey works well at halftime or during breaks. A tablespoon stirred into water with a pinch of salt provides quick energy without the crash that candy bars or sodas produce.
Citation capsule: A landmark study from the University of Memphis Exercise and Sport Nutrition Laboratory demonstrated that honey maintained blood glucose and cycling power output equivalently to dextrose gel over a 64-kilometer time trial. Combined with its antioxidant content and trace electrolytes, honey functions as a complete, single-ingredient sports fuel at a fraction of the cost of commercial alternatives (Kreider et al., JSCR, 2002).
Frequently Asked Questions
Is honey better than a banana for pre-workout fuel?
Both work well, and combining them is even better. A banana provides about 27g of carbs plus potassium and fiber. A tablespoon of honey provides 17g of fast-absorbing carbs with trace minerals and antioxidants. The banana offers more sustained energy from its fiber content; the honey offers faster absorption. For a quick pre-workout boost when you don't want a full stomach, honey wins. For a more substantial snack 45-60 minutes before training, go with the banana -- or both.
Can honey cause stomach problems during exercise?
Fructose intolerance can cause GI distress in some athletes, and honey is about 40% fructose. If you've had trouble with high-fructose foods during exercise, start with a small amount (1 teaspoon) and build up. Most people tolerate honey well because the glucose-fructose balance aids absorption. Drinking water alongside honey also helps prevent osmotic gut issues.
honey immune and gut support -
How much honey should an athlete eat per day?
There's no single answer -- it depends on training volume and total caloric needs. A reasonable range for active athletes is 2-4 tablespoons per day (roughly 130-260 calories), spread across pre-workout, during-workout, and recovery meals. According to the American Heart Association, the recommended limit for added sugars is 36g per day for men and 25g for women (AHA, 2024). Athletes with high caloric needs may exceed this guideline, but honey's lower glycemic impact and antioxidant content make it a better choice than refined sugar.
Does raw honey work better than regular honey for sports?
Raw honey retains enzymes, antioxidants, and pollen that processing removes. For pure carbohydrate fueling, both work. For the added recovery benefits of antioxidants and anti-inflammatory compounds, raw honey has the edge. If you're using honey primarily as a training fuel, the antioxidant advantage of raw honey compounds over weeks and months of consistent use.
raw vs processed honey differences -
Fuel Smarter
Honey isn't a magic performance enhancer. It won't make you faster by itself. But it's a genuinely effective workout fuel that matches commercial gels for carbohydrate delivery, costs a fraction of the price, and brings antioxidant benefits that synthetic products don't offer.
Start with one tablespoon before your next training session. If you like how it feels, try the DIY gel recipe during a long effort. Track your energy levels, your recovery, and your wallet. We think you'll stick with it.
Last updated: April 4, 2026
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