Do Wasps Make Honey? Pollinator Species Guide

Table of Contents

• Quick Answer: Do Wasps Make Honey?
• How Honey Production Works in Insects
• Honey-Producing Species Breakdown
  • True Honey Bees (Apis)
  • Stingless Bees
  • Mexican Honey Wasp
  • Other Honey-Like Wasps
• Why Only Some Bees Create Edible Honey
  • Do Bumblebees Make Honey?
  • Do All Bees Make Honey?
• Wasp vs Bee Honey: Composition and Uses
• Conclusion
• FAQs
• References

Summary: Most insects that visit flowers do not store honey. Only a narrow set of species, across both bees and wasps, have the colony size, the wax-building capacity, and the enzymatic biology to convert nectar into something stable enough to keep. This guide covers which species actually do it, how the process works, and where wasp honey fits on the map, with a full FAQ section for quick reference.

Introduction

The question "do wasps make honey?" has a short answer and a more interesting, longer one. A handful of wasp species do store real honey. Most do not.

This article walks through the biology of honey production, maps which species qualify, and compares wasp and bee honey by composition and use.

Quick Answer: Do Wasps Make Honey?

Only a few wasp species store true honey. The Mexican honey wasp (primarily Brachygastra mellifica) is the most documented example. The vast majority of the world's 30,000 wasp species do not.

• Most wasps consume nectar immediately for personal energy rather than storing it.
• Wasps do not have wax glands, so they cannot build the comb structures needed for long-term honey storage.
• Unlike honey bees, wasps feed their larvae on insect protein, not on honey.

A 2025 study in mBio confirmed honey storage in exactly three Brachygastra species (B. mellifica, B. lecheguana, and B. scutellaris) and noted that Polistes annularis also stores honey to overwinter. Mischocyttarus species store honey only for the short term.

How Honey Production Works in Insects

Honey bees convert nectar into honey through a two-stage process: enzymatic hydrolysis and water evaporation. The enzyme responsible is α-glucosidase (EC 3.2.1.20), historically called invertase, which splits sucrose into glucose and fructose. A 2025 peer-reviewed study confirmed that this enzyme is distinct from yeast β-fructofuranosidase despite catalyzing the same reaction.

Ripening is an active process. Research found that the correlation between sucrose concentration and invertase activity during ripening is highly significant (p < 0.0001). This is why mature honey has far lower sucrose levels than fresh nectar.

Wasps skip this stage. They pass nectar between adults through trophallaxis, a fluid exchange via mouthparts, and some larvae secrete sugary saliva, but neither process produces the enzymatic transformation that defines true honey.

Honey-Producing Species Breakdown

Honey storage is rare across pollinating insects. The table below maps the main groups.

Insect group	Honey Type	Quantity Stored	Human Use	Example Species
Apis honey bees	True honey	Large surplus	Global commercial harvest	Apis mellifera
Stingless bees	Pot honey	Moderate	Regional artisanal harvest	Melipona spp.
Mexican honey wasp	True honey	Limited	Traditional/local use in Mexico	Brachygastra mellifica
Bumblebees	Nectar/pollen mix	3-5 days only	None (not harvested)	Bombus terrestris
Other wasps	Sugary larval fluid	Immediate use only	None	Vespula spp.

True Honey Bees (Apis)

True honey bees produce large honey surpluses. A single Apis mellifera colony averaged 55.2 pounds of honey in 2023, according to USDA NASS data, from a total U.S. production of 139 million pounds across 2.51 million producing colonies. This surplus is what makes beekeeping economically viable. Within Apis, foraging plants define flavor: chestnut honey, clover honey, and acacia honey each reflect their nectar sources and regions.

Stingless Bees

Stingless bees (Melipona and related genera) are found across tropical regions, including parts of Mexico, Central America, and Southeast Asia. They store honey in wax-resin pots rather than in comb cells. A 2024 meta-analysis found their honey averages roughly 27.56% moisture, compared to 19.54% for Apis mellifera, making it more liquid and prone to fermentation. Research suggests the phenolic content in stingless bee honey is about 33.69 mg GAE/100 g higher than in A. mellifera honey, though health implications require further study. Gourmet interest in the U.S. has grown steadily.

Mexican Honey Wasp

Brachygastra mellifica is the best-documented honey-storing wasp. Colonies range from 3,000 to 20,000 individuals; Hastings et al. (1998) recorded an average colony of 7,951 adult female workers, 222 males, and 398 queens. The honey has an independent evolutionary origin from bee honey: honey wasps hunt insects for protein and do not consume pollen at all. B. mellifica is also a significant pollinator of avocado. Honey from this species is traditional in parts of Mexico, though exact stored volumes per nest are not commercially quantified in peer-reviewed literature.

Other Honey-Like Wasps

Paper wasps and yellowjackets (Vespula spp.) produce small amounts of sugary larval saliva exchanged through trophallaxis. This fluid is consumed immediately within the nest and does not constitute true honey. It is not harvested.

Why Only Some Bees Create Edible Honey

The evolutionary driver is overwintering in large colonies. A colony of Apis mellifera must feed tens of thousands of workers through winter on stored food. That pressure selects for surplus production, efficient wax-building, and enzymatic ripening.

Solitary bees, small-colony species, and annual nesters face no such pressure. Storing large quantities of honey costs energy and requires anatomy, specifically wax glands, that most bees never develop.

Do Bumblebees Make Honey?

Bumblebees store nectar in small wax pots, but the supply lasts only three to five days and never accumulates as a surplus. The fluid is not enzymatically transformed into true honey. Colonies in a UK garden, for example, peak at a few hundred workers and die off by autumn. There is nothing to harvest.

Do All Bees Make Honey?

Fewer than 4% of bee species store honey. MSU Extension places this at fewer than 800 species out of more than 20,000. Mason bees, leafcutter bees, and most solitary species provision individual brood cells with pollen and nectar but store nothing long-term. The table above shows where real honey storage occurs.

Wasp vs Bee Honey: Composition and Uses

Wasp and bee honey differ in measurable ways. Chromatographic analysis of B. mellifica honey shows it shares six of seven sugar peaks with honeybee mesquite honey; melibiose is the only distinguishing peak. Stingless bee honey, compared against Codex Alimentarius standards written for Apis mellifera, exceeds the 20% moisture limit (reaching 23-37.5%), has higher acidity (up to 124.2 mEq/kg versus the 50 mEq/kg standard), and lower reducing sugars.

One safety caveat applies to wasp honey: honey from B. lecheguana is occasionally toxic due to nectar collected from certain plants. Anyone sourcing wasp honey in Texas or the broader Southwest should verify the origin.

Property	Apis mellifera Honey	Stingless Bee Honey
Moisture	~19.54%	~27.56%
Codex moisture limit	20%	Exceeds standard
Acidity	Within Codex range	Up to 124.2 mEq/kg
Common use	Global commercial	Regional artisanal

In Mexican cuisine, wasp honey from B. mellifica appears as a condiment and table sweetener in the areas where nests occur.

Conclusion

Do wasps make honey? A small number do. Here is what matters:

• Honey storage is documented in only three Brachygastra species and Polistes annularis, representing a tiny fraction of all wasp species.
• True honey requires wax storage, large colony size, and enzymatic ripening. Most wasps have none of these.
• All commercial honey comes from Apis species. Stingless bee honey is the only other product with a meaningful, if regional, market.

Wasps pollinate crops, control insect populations, and, in a few cases, produce something genuinely edible. That earns them more credit than they usually get.

FAQs

1. What kind of bees make chestnut honey?
   Apis mellifera and related honey bee species make chestnut honey by foraging on Castanea blossoms. The flower's nectar gives the finished honey a distinctively dark color, bold bitterness, and tannic depth. Chestnut honey is produced primarily in southern Europe, the Himalayas, and parts of Asia, wherever chestnut trees grow at suitable elevations. It is one of the few honeys where the floral origin is detectably strong in both flavor and aroma.
   
   
2. Can you eat Mexican honey wasp honey?
   Yes, with a caveat. Honey from Brachygastra mellifica is a traditional food in parts of Mexico, where it is compared in sweetness and consistency to mesquite honey. However, honey from the related B. lecheguana is occasionally toxic because the wasps collect nectar from plants that produce poisonous compounds. Buying from a verified source is essential. Outside Mexico and the U.S. Southwest, this honey is rarely available commercially.
   
   
3. Why don't hornets store honey?
   Hornets are primarily predators. They hunt insects to provide protein-rich food for their larvae and consume sugary substances, including nectar, immediately for their own energy. They have no wax glands, no large overwintering colonies requiring stored food reserves, and no evolutionary pressure to accumulate surplus. Honey production requires all three of those conditions. Hornets meet none of them.
   
   
4. Is wasp honey safe for diabetics?
   Wasp honey has a sugar profile similar to bee honey, primarily glucose and fructose, so its glycemic impact is broadly comparable. No specific peer-reviewed research on wasp honey and diabetic management is currently available in accessible literature. Anyone managing blood sugar should treat wasp honey the same way they would treat conventional honey, which most clinical dietary guidelines recommend limiting. Consult a healthcare professional before regularly adding honey to a diabetic diet.
   
   
5. How do stingless bee honeys taste?
   Stingless bee honey is noticeably more tart and less sweet than Apis honey. Higher moisture content (averaging around 27.56%) makes it thinner, and higher acidity creates a sour or fermented note. Flavor varies by region and plant source. Southeast Asian varieties tend toward tropical fruit notes; Mexican varieties can carry floral and slightly resinous qualities. The risk of fermentation from excess moisture is real, and proper storage is important.
   
   
6. Does wasp honey crystallize?
   Crystallization depends on the glucose-to-fructose ratio. Honey high in glucose crystallize faster; those higher in fructose stay liquid longer. Brachygastra mellifica honey shares most of its sugar profile with mesquite honey and may behave similarly. Without published glucose/fructose ratios for wasp honey, a precise crystallization rate cannot be determined. Storage at consistent cool temperatures slows crystallization in any honey regardless of source.
   
   
7. Are bumblebee wax pots ever harvested?
   Rarely, if ever, for practical reasons. A bumblebee colony has at most a few hundred workers, and the nectar stored in wax pots covers only three to five days of the colony's feeding. There is no surplus. Harvesting would require destroying the nest for a quantity too small to be useful. Beyond practicality, bumblebee populations in the U.S. face ongoing pressure; disturbing wild colonies for an unharvested novelty raises straightforward ecological concerns.

Disclaimer:The information provided is for educational purposes only. Any references to health properties or traditional uses are not medical claims. Please consult a healthcare professional before making dietary or health-related decisions.