Can You Get Stung By A Honey Bee?

Yes — you can get stung by a honey bee. Any beekeeper who tells you otherwise is either very new or not being straight with you. The more relevant question is how often it happens, under what circumstances, and how serious it actually is. For the vast majority of people, a honey bee sting is a painful but manageable inconvenience. For a small number, it can be a genuine medical emergency. Understanding the difference matters whether you’re considering keeping bees or simply spending time outdoors.

How Honey Bee Stings Work

A honey bee’s stinger is a modified egg-laying organ, which is why only female bees — workers and queens — can sting. Drones (males) have no stinger at all.

The worker bee’s stinger is barbed, which is the key biological fact that sets honey bees apart from wasps and hornets. When a honey bee stings a mammal, the barbed stinger lodges in the skin and can’t be withdrawn cleanly. As the bee pulls away, the stinger — along with the venom sac and associated muscles — is torn from the bee’s abdomen. The bee will die within minutes. The detached venom sac continues to pump venom for up to 60 seconds after the sting, which is why removing the stinger quickly matters.

The venom itself — known as apitoxin — contains a mixture of proteins and enzymes including melittin (the primary pain-causing compound), phospholipase A2, and histamine. Melittin makes up roughly 50% of dry bee venom and is responsible for both the immediate pain and the localised inflammatory response.

Interestingly, honey bees sting other insects freely and can withdraw their stinger without injury — the barbed mechanism only becomes a problem when they sting the thick, elastic skin of mammals. Against insects and other bees, the bee survives the sting intact.

Why Honey Bees Sting

Honey bees don’t sting casually or randomly. Stinging is a defensive behaviour, not an aggressive one — it’s used to protect the colony when the bees perceive a threat. Understanding what triggers the defensive response is the most practical thing you can learn for reducing your sting risk, whether as a beekeeper or as someone who encounters bees in their garden.

Perceived Threat to the Hive

The primary trigger for stinging is a perceived threat to the colony. Anything that seems to be attacking or interfering with the hive — including a beekeeper opening it for inspection — can trigger a defensive response. This is why protective equipment, calm movement, and the correct use of smoke matter so much when working with bees.

Alarm Pheromone

When a bee stings, it releases an alarm pheromone — isoamyl acetate — that smells faintly of bananas. This chemical signal tells nearby bees that there’s a threat and recruits them to defend the colony. It also marks the sting site, which is why staying calm and moving away from the hive after a sting is important. Panicking, swatting, or running near the hive triggers more bees to follow. A single sting at the hive entrance can escalate quickly if you don’t smoke the area and move calmly away.

Accidental Contact

Many stings — particularly away from the hive — are accidental. Stepping barefoot on a bee foraging in clover, trapping one against your skin while gardening, or reaching into a bush where bees are working flowers are all common scenarios. These stings are essentially defensive reflexes — the bee reacts to being squeezed or trapped. In these cases, the bee had no particular interest in you until it found itself unable to escape.

Colony Temperament and Seasonal Factors

Not all honey bee colonies are equally defensive. Genetics play a significant role — well-bred colonies of Italian or Carniolan bees are generally much calmer to work with than feral colonies or poorly-bred stock. Seasonal conditions also affect defensiveness: colonies are typically more defensive in late summer and autumn when nectar flows are declining and the risk of robbing by other colonies is higher. Hot, humid weather, strong winds, and vibrations near the hive can also increase defensive behaviour regardless of the time of year.

For a detailed look at how different breeds compare in temperament, read our comparison of Carniolan vs Italian bees.

How to Avoid Being Stung

For Beekeepers

Proper protective equipment is the foundation. A full bee suit with an integrated veil, gloves, and boots tucked into the suit eliminates the vast majority of sting opportunities. The areas where stings most commonly get through are gaps at wrists and ankles — make sure your suit seals properly at both.

Beyond gear, technique matters considerably:

• Use smoke correctly: A few puffs at the entrance before opening the hive, then gentle smoke across the top bars as you work, triggers the bees’ instinct to feed in preparation for a perceived fire — calming the colony significantly. Don’t over-smoke; a light, cool smoke is more effective than a heavy blast
• Move slowly and deliberately: Sudden movements, vibrations, and jarring the hive are far more likely to provoke a defensive response than calm, steady handling. In my experience, the inspections that go badly almost always involve rushing
• Choose the right conditions: Inspect on warm, sunny days with minimal wind, when most of the foragers are out and the colony is at its calmest. Avoid inspections in cold, wet, or stormy weather — the colony will be defensive regardless of what you do
• Don’t use scented products: Avoid floral perfumes, scented hand creams, or strong deodorants before an inspection. Strong scents — particularly floral or banana-like — can increase colony alertness
• Cover the sting site quickly: If stung during an inspection, give the area a puff of smoke to mask the alarm pheromone and continue calmly. Swatting or panicking makes the situation worse

For Non-Beekeepers Around Bees

If you’re not keeping bees but want to reduce your sting risk outdoors:

• Wear shoes in the garden — the most common accidental stings happen to bare feet on clover or fallen fruit
• Don’t swat at bees. A bee investigating you is almost never about to sting — it’s curious or confused. Slow, calm movement lets it move on. Swatting creates the threat response you’re trying to avoid
• Avoid eating or drinking sweet food and drinks outdoors without checking the container first, particularly in late summer when bees are foraging more aggressively for sugar
• Dark clothing, particularly black, can trigger a defensive response in bees — they’ve evolved to associate dark, moving shapes with predators like bears and badgers. Light-coloured clothing is less likely to attract attention near a hive
• If a bee is trapped in your car, pull over and open all the windows rather than trying to remove it while driving

What to Do When You’re Stung

Acting quickly and correctly after a sting reduces both the venom delivered and the severity of the reaction.

Remove the Stinger Immediately

The detached venom sac continues pumping venom for up to a minute after the sting. Remove the stinger as quickly as possible — the method matters less than speed. The traditional advice to scrape rather than pinch the stinger was based on concern that pinching would squeeze more venom in, but research has shown the removal speed is what actually matters. Scrape it out with a fingernail, card, or hive tool, or pinch and pull — just do it fast.

Treat the Sting Site

Once the stinger is out:

• Wash the area with soap and water
• Apply a cold compress or ice pack (wrapped in cloth — not directly on skin) for 10–15 minutes to reduce swelling and pain
• A topical antihistamine cream or hydrocortisone cream applied to the site helps reduce the localised inflammatory response
• Oral antihistamines (cetirizine or loratadine) can help if the local reaction is significant or spreading
• Avoid scratching — this increases histamine release and makes the itch and swelling worse

For most people, the localised pain subsides within an hour, and the swelling and itching resolve within 12–24 hours. A warm area that remains swollen for 2–3 days is a normal large local reaction and is not in itself a sign of allergy.

Allergic Reactions: Understanding Your Risk

This is the part of the bee sting discussion that matters most from a safety perspective. Reactions to bee stings exist on a spectrum, and understanding where you sit on that spectrum — particularly before you start keeping bees — is important.

Normal Reaction

Immediate sharp pain, a small white spot at the sting site, localised redness and swelling within a few centimetres of the sting, and itching that resolves within 24 hours. This is the normal response of someone who is not allergic to bee venom. It’s unpleasant, but it’s not a health risk.

Large Local Reaction

Swelling that extends significantly beyond the immediate sting site — a sting on the hand that causes swelling up to the elbow, for example. This can develop over 1–2 days and take 5–10 days to fully resolve. Large local reactions can look alarming and are uncomfortable, but they are not the same as anaphylaxis. They indicate a more pronounced local immune response, not a systemic allergic reaction. According to research published in the Journal of Allergy and Clinical Immunology, people who experience large local reactions have only a 5–10% chance of progressing to systemic reactions on future stings.

Systemic (Anaphylactic) Reaction

A systemic reaction affects parts of the body beyond the sting site and can develop rapidly — typically within minutes. Symptoms can include:

• Hives, itching, or flushing away from the sting site
• Swelling of the throat, tongue, or lips
• Difficulty breathing or wheezing
• Nausea, vomiting, or abdominal cramping
• Rapid heartbeat, dizziness, or drop in blood pressure
• Loss of consciousness

This is a medical emergency. Call 000 in Australia, 911 in the US, or your local emergency number immediately. If an epinephrine auto-injector (EpiPen) is available and the person has been prescribed one, use it without delay while waiting for emergency services.

Anaphylaxis to bee venom affects approximately 1–2% of the general population, according to the Australasian Society of Clinical Immunology and Allergy (ASCIA). In Australia specifically, bee stings are one of the leading causes of fatal anaphylaxis — a fact that underscores why anyone who has had a previous systemic reaction should see an allergist before starting beekeeping, and should carry an epinephrine auto-injector when working with bees.

Venom Immunotherapy

For people with a confirmed systemic allergy to bee venom, venom immunotherapy (VIT) is a highly effective long-term treatment. A course of VIT — administered by an allergist through a series of injections over 3–5 years — reduces the risk of anaphylaxis on subsequent stings from roughly 60% down to around 5%, according to published clinical research. It’s the treatment of choice for beekeepers who have experienced a systemic reaction and want to continue keeping bees safely.

How Often Do Beekeepers Actually Get Stung?

This varies enormously based on protective equipment, technique, and colony temperament. With a well-fitted full suit and calm, confident handling technique, going an entire season without a sting through the suit is entirely achievable — particularly with a well-bred, gentle colony. In practice, most active beekeepers get stung a few times per season, usually through exposed skin at wrists or ankles, or when working quickly without full gear for a brief check.

Repeated exposure does build some tolerance to the pain and localised reaction over time — many experienced beekeepers barely notice a sting that would have had them swearing in their first year. This is not immunity in the immunological sense, but a genuine reduction in the perceived severity of the local reaction with repeated exposure. However, this is distinct from allergic sensitivity, which can develop or change regardless of exposure history.

Honey Bees vs Wasps: An Important Distinction

Many people attribute stings to bees when they were actually stung by wasps. The distinction matters because the behaviour and sting mechanics are very different.

	Honey Bee	Wasp (including paper wasps)
Stinger	Barbed — left in skin, bee dies	Smooth — can sting multiple times
Aggression level	Defensive only — rarely sting unprovoked	More likely to sting without direct provocation
Near food/drinks	Occasional foraging interest	Much more persistent around food and sugary drinks
Body shape	Fuzzy, rounded abdomen	Smooth, narrow waist, shinier
After stinging	Bee dies — stinger remains in skin	Wasp survives, stinger not left behind

If you find a stinger in your skin after being stung, it was a honey bee. If there’s no stinger and the same insect stings multiple times, it was a wasp. Honey bees foraging on flowers are almost never a sting risk — they’re focused entirely on the flower and will simply fly away if you avoid sudden movements or grabbing them.

Should a Bee Sting Risk Stop You From Beekeeping?

For most people, no. The sting risk in beekeeping is real but manageable — proper equipment and technique reduce it to a very low level, and the occasional sting is part of the job that most beekeepers accept readily. If you’re in your first season and finding the stings difficult, the most common causes are an ill-fitting suit, rushing inspections, or working bees in poor conditions. All of those are fixable.

The one situation where the answer is genuinely different is a confirmed systemic bee venom allergy. If you’ve had a previous anaphylactic reaction to any insect sting, see an allergist before starting. Venom immunotherapy is an effective option that allows many people with confirmed bee venom allergy to keep bees safely — but it requires a proper medical assessment first.

Ready to get started? Read our complete guide to how to start beekeeping for everything you need to know before your first hive.

Frequently Asked Questions