In a sense, modern commercial aircraft and many military fighter aircraft are already flying robotic devices.
Built in computer controls fly many of the airplanes that are in the air at this moment, it's called "fly by wire". Some of the fighter aircraft are so difficult to keep in the air, the only way to actually perform that task without tiring out the pilot is to have the computer manage the control surfaces while the pilot only appears to fly the airplane.
As for commercial aircraft, auto-pilot is certainly a robotic function.
what satellites or robots have expored uranus
Robots are an integral part of life on Earth and in space. However, there are far more robots on the surface of the Earth than in space. Some notable robots on earth include manufacturing robots and robotic surgery tools. Those in space include the robots exploring Mars and the solar system.
NASA sends robots into space to gather data, conduct experiments, and explore worlds that are too harsh or distant for humans to travel to. Robots are able to endure extreme environments, work for extended periods of time with minimal maintenance, and provide valuable information that helps advance our understanding of the Universe.
Robotics is an engineering category, and as such, robots were never "discovered". Robots were designed and built by engineers who had a specific goal in mind when they did so. In a sense, a steam engine is an example of a simple robotic device, since the position of the piston causes the valve to open and close; however, most machines are much more complex before they are considered to be "robotic". Unfortunately, the modern film industry has romanticized robotics and has caused many uneducated people to imagine that robots are sentient entities. Robots are machines. As such, robots have no feelings. Robots, as all machines, perform their tasks as they were designed.
Some disadvantages of sending robots into space include limitations in their ability to adapt to unexpected situations, the potential for technical malfunctions without immediate human intervention, and the inability to provide real-time decision-making capabilities in complex scenarios. Additionally, robots may not be able to perform tasks that require human-like dexterity or creativity.
no
Technology is always developing, so robots will be able to do more.
well, in my experiences in the air force, robots not only fly airplanes, the crash them as well. On a more serious not, they often fertilize the airplanes using robo-seaman, which is derived from a navy invention
None, although Voyager 2 did a fly by in 1989
yes
Humans cannot breathe under wayer or fly
Robots are important because robots perform tasks that would be dangerous and even sometimes impossible for humans to do.
Smart robots are robots that operate under programed control and are able to learn as they perform their tasks. They are used in scientific exploration and deactivating bombs.On the other hand, dumb robots are non-adaptive robots that are used to perform repetitive tasks and learn nothing during the process. These robots are valued for their efficiency for performing industrial jobs that are repetitive or dangerous.
in the future robots will be able to drive cars, cook, take care of babies, protect houses, and do every day tasks for humans.
Voyager 2 is the only space mission to fly past Uranus.
Robots don't find metal, however, they might be able to be programmed to find metal, but the builders are supposed to find the metal for the robot.
no