This application belongs to the field of
satellite positioning and
satellite communication application technology, realizing robotic rescue in island and
reef waters. The
robot includes: a left
hull, a right
hull, a
deck, a shock-absorbing bracket, and a diving and surfacing device. The shock-absorbing bracket is bolted to the left
hull, right hull, and
deck. At least one elastic cable connects the left and right hulls and the
deck. The
rescue robot has a flexible structure, enabling it to complete rescues in island and
reef waters even in severe sea conditions. The diving and surfacing device uses a first controller to control the air intake and exhaust of the
airbag assembly through exhaust and intake solenoid valves, thereby enabling the
rescue robot to dive and surface. This avoids the hull vibration caused by changes in the ship's center of gravity during the rescue process of existing lifeboats, which may result in secondary injuries to untrained personnel who fall into the water during boarding. It also avoids the
waves generated by the
rescue robot itself pushing away the person in the water, which would require a longer rescue time for a lifeguard to complete the rescue.