Getting honey from hive to shelf involves several linked stages: harvesting and jarring at the apiary, buffer storage in a warehouse, scheduled truck dispatch to retailers, and finally sale from the shop shelf. If any stage falls out of balance with the others, stock either piles up (tying up cash and shelf space) or runs out (lost sales and unhappy retailers). This lab lets you tune each stage and watch the knock-on effects ripple through the chain in real time.
UK honey producers often size their warehouse buffer and delivery schedule around seasonal harvest peaks — a single summer extraction can dwarf months of steady retail demand, so smoothing supply through storage and logistics planning is as important to the business as the beekeeping itself.
A 3D hive-to-shelf logistics model: honey jars are harvested at the apiary, buffered in a warehouse, dispatched by truck on a schedule, and sold from a retail shelf — with stockouts and overstock visible the moment supply and demand fall out of step.
Warehouse stock rises with harvest rate and falls with truck dispatches; shelf stock rises with deliveries and falls with retail demand. Mismatches between these rates show up as overflowing storage or a flashing "out of stock" light.
Adjust harvest rate, truck capacity, dispatch interval and retail demand, then watch the crate stack, delivery trucks and shelf jars respond. Toggle supplier disruption to test how buffer stock absorbs an unreliable harvest.
Many small UK honey businesses size their warehouse buffer around a single big summer extraction, since one harvest can supply months of steady retail sales if storage and dispatch logistics are planned well.