A new age of technology has begun as a result of recent developments in the realm of robots. In most industries, robots are getting more intelligent and helpful to people. They can now successfully clean our floors, prepare meals, keep an eye on security, transport packages, and communicate with people. You should read the top 10 most incredible robot facts that we have selected.
People in the 19th century believed that robots will be widely used in the 20th century.
In 2000, the explosion of scientific and technological developments encouraged many artists to consider the future. The developments led futurists and artists to see robots as a kind of common machine coexisting with humans.
They have predicted that practically all menial tasks associated with daily life—such as cooking, cleaning, and grooming—will be performed by robots.
What makes it interesting?
These robots are now in widespread use in underdeveloped countries, but they still haven’t advanced to that point. Today, stories about brand-new household robots that have recently hit the market are often reported.
Vacuum Robots – The First Successful Domestic Robots
The end of the 20th century saw the introduction of various simple robots for domestic usage. Even more, businesses even introduced robotic items, but none of them were a success. The earliest and most popular robot for home use was a vacuum cleaner. This robot was an automated vacuum cleaner with a round design.
Robotic vacuum cleaners are now far more successful than other household robots. Vacuum cleaning robot sales have already reached millions, and they are quickly rising. Modern vacuum cleaning robots are highly developed and are capable of cleaning every nook and cranny of the house by themselves. They can recharge themselves after sweeping the floor. These robots also have computer vision, laser-guided navigation, and Wi-Fi networking.
Robots for the first time were toys.
In the 1980s, as the robotics business grew, the majority of people had access to robotic toys for their children. These toy robots have microcontrollers inside that taught them how to walk, dance, and sing.
The sophisticated robots of the 1980s are no longer as smart as the toy robots of today. Modern toy robots contain a potent microcontroller that can carry out artificial intelligence tasks and respond intelligently to children. A robotic automobile toy that utilizes computer vision to follow a track is readily available on the market, or even you.
Humanoid robots are a current reality.
A fascinating and much-anticipated category of robotics has been humanoid robots. To create an effective humanoid robot, engineers have been tackling several challenging issues. Computer vision, artificial intelligence, balancing systems, and battery timing were some of the major issues that needed to be solved. But today’s technological developments have made it possible for engineers to create what would be considered a real humanoid robot.
ASIMO is one of the cutting-edge humanoid robots made by Honda. This robot can walk on two feet like a person and has a superb balance system. It also has sophisticated artificial intelligence software installed for interacting with people and avoiding obstacles while walking.
The first company to manufacture industrial robots was Unimation.
In 1956, George Devol and Joseph Engelberger founded Unimation, the first business dedicated to the development of industrial robots. They originally introduced industrial robots to several sectors. The specialized tasks in the industries are done independently by industrial robots.
Robots of War
Robotic weaponry In 2014, RIMPAC is being experimented with.
Robotics research is making life more comfortable for people but also enabling the development of deadly autonomous military robots. The most cutting-edge drones and unmanned ground vehicles (UGVs) are already in operation today. The next step is to fully or at least partly automate them to aid the military in combat.
In order to assist soldiers carrying things, the U.S. Marine Corps created a robot dubbed LS3 in 2014. It can handle 400 pounds of weight. The LS3 was released in Hawaii and has four legs that give it the appearance of a mule.
A firm called Boston Dynamics, which receives funding from DARPA, has already created a number of robots that can assist troops with heavy lifting. BigDog is the most well-known and sophisticated robot they have created. The BigDog has exceptional stability and mobility and can walk and carry items on any surface.
Robots in Agriculture
Crop seeding, crop care, and harvesting have all been effectively accomplished by agricultural robots. Farmers currently use autonomous drones that can identify crops that need disease spraying or harvesting.
The energy efficiency of the autonomous farm robots is quite high, and they considerably increase crop productivity. By 2020, it’s predicted that the majority of farmers in wealthy countries will be harvesting and spraying their crops using robots.
World’s Tiniest Robots: Nanobots
Now that they are available in extremely tiny sizes and are known as nanobots, robots are incredibly helpful devices that can carry out tasks that humans are unable to. These microscopic robots, which may range in size from 0.1 to 100 micrometers, are being developed for use in science, medicine, and warfare.
The ability to operate in very tiny places is a benefit of nanobots. Nanobots, for instance, may be inserted into a patient’s bloodstream to treat cancer or carry out certain delicate surgical operations that are too challenging for humans.
Kevin Warwick, a professor of cybernetics, created a microchip that can be inserted into the nervous system. In 1998, he successfully implanted the device in his own brain. The chip’s primary function is to generate certain signals under brain control that a computer can recognize to carry out specified tasks. Prof. Kevin was able to operate the elevator, lock and unlock the doors, and switch on and off the lights by only using his mind.
Our body parts are being replaced by robots.
Disabled persons have recently had a variety of robotic prostheses placed on their bodies. Robotic prosthetics have been successfully implanted in several accident victims who have lost their limbs, hands, or legs. The Robotic Prosthesis interprets brain impulses and then takes appropriate action. For instance, if a person wishes to hold a cup of tea in his prosthetic hand, all he has to do is think about it; a robotic arm would then act similarly to a genuine arm by responding to his brain impulses.
Robotic prosthetic eyes can help the blind regain their eyesight, however they are still in the development stage. They might enter the market at competitive prices by the end of 2020.