An underwater robot is a lifesaving tool for a human rescuer when the robot’s friend, the human, is trapped underwater.
That’s what happened to the owner of a robot that was trapped underwater by a sinkhole in Georgia.
The robot is now safe, and the owner says the robot saved its owner’s life.
Here’s what you need to know about underwater robots:1.
Where does an underwater human go to get help?
An underwater human is a rescue robot, but it’s also a lifesaver.
A robot’s job is to dive down and help its human friend get out of the water.
A rescue robot is usually trained to dive under a sink or tunnel and assist its human.
An underwater rescue robot has an underwater breathing system that pumps air through its body to help its body survive underwater.
The breathing system uses an electrical system to regulate its body temperature and breathing rate.2.
What kind of equipment does an onboard underwater robot need?
A robot is not designed to be a full-time job.
An onboard underwater rescue bot must be equipped with various tools to assist it.
The most important tool an onboard rescue robot must have is a human operator.
An operator uses an underwater diving device that has a mechanical head to assist the robot in diving down and rescuing the human.
The operator has to hold on to the underwater robot while diving down.3.
What kinds of underwater robot tools can an onboard robot use?
An onboard rescue bot can use the following tools:A hand held drill (like a hand drill or a hand saw) that is large enough to handle the amount of pressure needed to move the underwater robotic arm.
A small hand held pump (like the one pictured here).
The most important underwater robot tool is a breathing system.
A breathing system is a device that helps a robotic body breathe.
A person can use this breathing system to help the robot stay alive underwater.
A robotic body has a breathing rate and oxygen levels that help it to stay alive.4.
Can an onboard human rescue robot get into a sink, tunnel or cave?
An in-water rescue robot can get into any location where a human would be able to get into the water if he or she is not trapped underwater and is not wearing a life vest or breathing apparatus.
A human rescue worker can enter a sink in a sink hole and use a ladder to get to the person.
In-water rescuers can use a rope to pull people to safety.5.
How do underwater robots work?
An inside-out robot uses the electrical current in the body to regulate body temperature, breathing rate, oxygen level and pressure in the robot.
This electrical current controls the body’s breathing.
This body-controlled breathing can help an in-line robot stay in a safe place when it’s underwater.
An underwater rescue worker puts a mask on the robot while it’s submerged.
An onboard rescue worker holds on to a robot while underwater.
An in a boat, underwater rescue workers use ropes to pull a person to safety in a pool.6.
How much oxygen can an underwater rescue robotic breathe?
An on-board underwater robot can only breathe in a certain range of oxygen levels.
The higher the oxygen level in the water, the higher the pressure.
This pressure causes the body of the robot to pump more oxygen through the body.
An on- board underwater rescue vehicle uses a valve to let in a larger amount of oxygen.
An inside- out underwater robot has two oxygen tanks inside it.
A larger oxygen tank is needed for the onboard robot to breathe in the higher oxygen levels in the air.
The larger the oxygen tank, the more oxygen is pumped through the robot as it dives down.
An outside-in underwater robot uses a hose to let air out of a tank.
An internal underwater robot works by breathing underwater using a system that controls the oxygen levels and the pressure in its body.
An internal underwater rescue is different from an onboard escape.
The onboard rescue has a pump that pumps the oxygen through its head.
The outside-out underwater robot that had to go down into a hole had an internal rescue robot in its head that worked on a much larger level.
It was able to breathe underwater with the higher levels of oxygen in the underwater air.7.
Can a human rescue rescue robot work underwater?
An off-shore rescue robot needs a human to help it in an underwater situation.
An onshore rescue bot needs a rescue worker to assist them.
An inside rescue bot is different.
It is designed to rescue humans while in the shallow water of the ocean.
An outside rescue bot cannot use the same system.
An in-shore underwater rescue team uses ropes to rescue a human in the ocean and pull them to safety on a boat.
An off shore rescue team does not need a rescue crew.
An interior rescue team will have a rescue helicopter that can use helicopters to help a human with an onboard emergency.8.
How does an interior rescue robot handle an underwater person?
An interior robot can help people in