This invention belongs to the field of
seawater monitoring technology, specifically a UAV
seawater sampling device with multi-point separation function. Addressing the issue that the inability to separate water samples after sampling prevents multi-point sampling in different areas and necessitates repeated trips, this invention proposes the following solution: a base box with an internally fixed base having four
equidistant annular mounting slots. This invention discloses a UAV
seawater sampling device with multi-point separation function that can separate and store seawater samples from different areas, enabling multi-point sampling in different regions without repeated trips. Multiple sample storage tubes are installed in an annular and outward-expanding manner, maintaining the base box's center of gravity after sampling (increasing overall weight), ensuring the stability of the UAV flight operation, and preventing the sampled seawater from being concentrated in a single location, causing a shift in the UAV's center of gravity and affecting its flight performance.