Where a hive sits changes almost everything about how a colony performs: how early it warms up and starts foraging, how much energy it burns fighting wind and cold, how far bees fly for water, and how likely a low, fast flight path is to bring bees into contact with people next door. This model puts one hive on a plot of ground and lets you change five real siting variables at once.
A single strong colony can evaporate several litres of water a day in hot weather just to air-condition the brood nest — which is why experienced beekeepers rate a close, dependable water source almost as highly as sun and shelter when picking a spot.
A single hive sits on a 3D plot where you can rotate its entrance to any compass bearing, raise or drop the sun with the seasons, add or remove a windbreak hedge, and slide the water source and the neighbour's fence closer or further away.
Four independent siting factors — sun on the entrance, wind shelter, water distance and safe spacing from neighbours — combine into one live overall site rating, showing why "good siting" is a balance rather than a single rule.
Drag the entrance-orientation slider to point the hive at different compass bearings, toggle the windbreak, and move the water and boundary sliders. Watch the readouts and the coloured safety cone respond instantly.
A hive entrance facing due north common in poorly-sited apiaries delays the colony's first flights by hours on a cool morning, costing real foraging time across an entire season.