Beekeeping video work spans everything from a 15-second phone clip of a frame full of bees to a multi-camera documentary shoot. The common thread is shot planning: choosing a lens, a camera path and a framing that keeps the subject readable while staying safe and non-disruptive around a working hive. This simulation puts a virtual drone/gimbal camera on a flight path around a 3D hive and shows, live, the picture it is actually capturing in a picture-in-picture "viewfinder" panel.
Many beekeeping documentaries mix exactly these three shot types: a wide establishing shot to set the scene, macro inserts of bees on comb for detail and texture, and slow orbiting drone or gimbal moves to add scale and production value without disturbing the colony.
A virtual drone/gimbal rig flies real shot patterns — a wide establishing shot, an orbiting drone move, and a macro close pass — around a 3D beehive, with a live picture-in-picture panel showing exactly what the camera frames.
Focal length sets the drone camera's field of view; orbit radius, altitude and speed reshape the flight path. A live frustum test counts how many bees fall inside the frame, showing how lens and framing choices change what a shot actually captures.
Pick a shot type, then adjust focal length, orbit radius/altitude and speed. Watch the bottom-right viewfinder panel — with optional rule-of-thirds grid and REC timer — update in real time as the camera moves.
Documentary crews often plan bee footage the same way: a wide shot for scale and context, close macro inserts for texture and behaviour, and a slow orbiting move to add production value without disturbing the colony.