Humanoid robots are professional service robots that are designed to move and interact like humans. They add value, like all service robots, by automating duties in a way that saves money and increases productivity. Humanoid robots are a type of professional service robot that is still relatively young. They’ve long been a pipe dream, but they’re finally starting to become commercially viable in a variety of applications.
Humanoid robots typically have a torso with a head, two arms, and two legs, While certain types of humanoid robots may merely replicate a portion of the Body, such as the waist up.
Some humanoid robots may feature a ‘face,’ complete with eyes and a mouth.
7 Popular Humanoid Robots With the Most Human-Like Features:
- Ocean One:-
Ocean One is a bimanual underwater humanoid robot developed by the Stanford Robotics Lab with the goal of exploring coral reefs. One can go to Places where most people can’t. It combines robotics, haptic feedback Technologies, and artificial intelligence in a seamless way.
The humanoid design of this “robot mermaid,” which is akin to that of a genuine human diver, distinguishes it from other larger and heavier Remotely operated vehicles (ROVs) on the market. This considerably increases its agility and navigational capabilities.
Ocean One descended 100 meters beneath the Mediterranean Sea in 2016 to investigate the ruins of La Lune, King Louis XIV France’s flagship, which sank off the southern coast of France in 1664. - Nao:-
Consider a soccer match in which both teams are comprised of cute baby-sized robots. Doesn’t it sound adorable? As part of Robocup, Nao, the 23-inch robot, gets his own event, the RoboCup Standard Platform League.
It was created by Aldebaran Robotics, a French robotics company, and the production version was released in 2008. It made its debut at the RoboCup in 2008.
They totally replaced Sony Aibo, which had previously been utilised for the soccer event. NAO is made up of motors, sensors, and software, all of which are controlled by NAOqi, a dedicated operating system. The Choreographer Software can be used to customise it.
They totally replaced Sony Aibo, which had previously been utilised for the soccer event. NAO is made up of motors, sensors, and software, all of which are controlled by NAOqi, a dedicated operating system. The Choreographer Software can be used to customise it. - Pepper:-
Nothing could be cooler than a robot that can read basic human emotions like Anger, joy, or melancholy and respond appropriately. Pepper is the best robot at it. Softbank Robotics created it to be a humanoid companion that communicates in a natural and intuitive manner.
Pepper is able to recognise and respond to nonverbal signs such as facial expressions, voice tone, and other nonverbal indicators. Pepper, which is equipped with a variety of sensors and three multi-directional wheels, can quickly swing into action to pleasantly connect with and learn about the people it encounters. Pepper has found work in a variety of settings that rely on client Interaction, including supermarkets, banks, and Softbank stores.
Pepper uses the colour-changing LEDs in its eyes and the tablet on its torso in Addition to aural responses. It can remember clients’ faces and preferences and place an order or make a selection the next time it interacts with them. - Sophia:-
Roboticist David Hanson and his company Hanson Robotics created Sophia. She was active in April 2015 and gained international notoriety in October 2017 after the Kingdom of Saudi Arabia awarded her citizenship.
Sophia’s programming is comparable to ELIZA in that she replies to particular Questions with pre-written responses.
This creates the appearance of a dialogue. Sophia, who was previously Motionless, was given ‘legs’ in January 2018 and can now move.
Sophia has established herself as a favourite of the international media since her first public appearance in 2016. Sophia has made appearances on shows including The Tonight Show Starring Jimmy Fallon and Good Morning Britain, as well as giving presentations at colleges like IIT Bombay.Sophia has become a celebrity. Sophia gained prominence before becoming known for earning a one-of-a-kind citizenship when a purported computer glitch caused her to say she would annihilate mankind. - ATLAS:-
ATLAS was debuted in 2013 and was dubbed “the world’s most dynamic Humanoid” by its developers. It was created by Boston Dynamics with financing and supervision from the US Defence Advanced Research Projects Agency to carry out search and rescue missions (DARPA). Using its range sensing, stereo vision, and other sensors, it can navigate its way over difficult terrain and Obstacles in its route.
A video from November 2017 reveals a more improved version of the robot leaping from one platform to another and performing backflips, showcasing its Agility and manoeuvring ability. This design is far smaller than its redecessors, standing only 5 feet tall and weighing around 74 kilograms. - PetMan:-
Another of Boston Dynamics’ creations is the Protection Ensemble Test Mannequin, or ‘Petman’ for short. It was built to test biological and chemical suits for the US military and was supported by the US Department of Defence’s Chemical and Biological Defence programme.
The bipedal humanoid robot’s demeanour appears startlingly human, thanks to its robotic skeleton disguised behind a hazmat suit (hazardous materials suit). It is nearly 6 feet tall and weighs approximately 80 kilogrammes. Even among humanoid robots, the resemblance of its walk to that of a human person is rare. Petman is the world’s fastest bipedal robot, with a top walking speed of 7.08 Kilometres per hour.
Petman’s main purpose is to act as a sort of crash dummy for testing the effects of chemical and biological agents on protective suits in order to assist design better ones in the future that can be used in chemical or biological warfare scenarios. The robot’s surface features sensors that can detect a break in the suit and can perspire artificially inside it. - RoBear:-
For fans of Baymax, the charming robot healthcare provider from the blockbuster film Big Hero 6 (2014), there is a real-life counterpart in Robear. Robear epitomizes the phrase “machine with a soft touch.” This experimental robot was developed by experts from RIKEN and Sumitomo Riko Company Limited as a possible answer to the growing scarcity of caretakers that Japan is expected to face over the next century.
Robear was anticipated to save the day, with a fast growing senior citizen population and a strict attitude regarding immigration employees. It includes three types of sensors: torque sensors, capacitance-type tactile sensors constructed completely of rubber, and Smart Rubber capacitance-type tactile sensors. This allows for soft movements, allowing the robot to perform activities that need power, such as lifting or carrying patients, without causing them agony. Robear is lighter than its previous models, the RIBA and RIBA II, which were released in 2009 and 2011, respectively, weighing only 146 kg. As of yet, there is no word on whether or not this robotic caregiver will be commercialized.
The market for humanoid robots is expected to develop significantly. Bipedal robots are predicted to expand at the quickest CAGR of all humanoid robots during the forecasted timeframe. The market for humanoid robots is rapidly expanding, owing to these robots’ rapidly developing capabilities and their viability in an ever-widening range of applications.
At power plants, humanoid robots are employed for inspection, maintenance, and emergency response to relieve human workers of difficult and risky tasks. Similarly, they’re ready to take over astronauts’ regular responsibilities in space travel. Companionship for the elderly and sick, working as a guide and interacting with customers in the capacity of receptionist, and possibly even hosting the growth of human transplant organs are all possibilities.
A humanoid robot can automate a wide range of jobs, from perilous rescues to caring care. The number of ways in which these robots can be used is growing all the time, and as the underlying technology improves, so will the market.
