A managed honeybee colony is a small factory with several product lines, not just one. Around the hive in the middle of this scene sit seven pedestals — one for each product a beekeeper can realistically pull from a healthy colony in a season: honey, beeswax, propolis, royal jelly, bee venom, pollen and bee bread. The bar above each pedestal shows that product's estimated contribution to annual income, and small bees fly more often toward whichever pedestal currently earns the most.
Bee venom is, gram for gram, one of the most expensive natural substances a beekeeper can sell — but a single colony yields only a few grams a season, collected by placing a mild electric-shock plate at the hive entrance that makes bees sting a membrane without dying, then scraping off the dried venom.
Figures used here are illustrative approximations for teaching the relative economics of hive products, not audited industry statistics.
A 3D beehive surrounded by seven glowing pedestals — one for each product a real colony can yield — with live bars showing each product's contribution to annual income as colony size, season and harvest strategy change.
Honey is high-volume but low-value-per-kilogram, while royal jelly, propolis and bee venom are the opposite: tiny yields at a very high price. Chasing the rare, high-value products means more disruptive hive manipulation, which trades off against honey and wax output.
Set colony size and season to see baseline output shift, then drag "Rare-product focus" to see honey and wax fall as royal jelly, propolis and venom rise. Toggle between revenue and raw kilograms, and pick a focus product to zoom in on its pedestal.
Bee venom is harvested with a mild electric-shock plate at the hive entrance: bees sting a thin membrane without losing their stinger, and the dried venom is scraped off — a technique that yields only a few grams per hive per season.