Before any bees arrive, the ground itself makes decisions for you: which way water runs, whether you can wheel a barrow between hive rows, and whether a levelled stand still keeps the brood box true on sloping ground. This lab builds a small 3D apiary plot on a grading site so you can test those physical layout choices directly, separate from questions of shelter or forage.
UK guidance on siting apiaries near public land often recommends either a 2m-plus screening hedge/fence or aiming entrances away from footpaths and gardens — a flight line that launches bees straight over a path at head height is a far more common source of complaints than the bees themselves.
An interactive 3D apiary plot on graded ground where you can regrade the site's fall, widen the inspection path between two hive rows, raise every stand, and rotate entrance orientation to see drainage, access and flight-path clearance respond in real time.
How ground grading, stand height, working-path width and shared entrance bearing interact on a real apiary site — independent of wind or forage — to keep hives dry, workable and clear of neighbours.
Flatten or steepen the slope and watch drainage flow and puddle risk change. Narrow the inspection path until the wheelbarrow can no longer pass, then rotate the shared entrance bearing until the flight cone crosses the boundary footpath.
A commonly used rule of thumb is a gentle 2–8% fall away from hive stands — enough to shed rain without making the ground itself hard to stand on during an inspection.