Robotic Limbs (RL) are well known in the medical field for a number of reasons. When compared to humans, they can perform tasks and do the same tasks faster, more reliably, and less likely to get hurt. Some robotic machines even offer greater levels of flexibility, agility, and a sense of touch and proprioception.
Advantages Of Robotic Limbs
RL have their origins in space flight and other places. The idea was to have robotic limbs that could be attached to the body of an astronaut and help with exploration and space travel. It was even thought that astronauts would someday be able to use robotic limbs to walk on Mars. Unfortunately, human space flight did not pan out, and robotic limbs were never seriously considered for use in Earth orbit.
Robotic limbs are so common today because of the DARPA Robotics Challenge (DRC), which allowed a variety of robotic technologies to compete against each other in a series of events designed to show off their capabilities. For the most part, this competition is a big success, although we still haven’t really seen what our future will hold. One of the most interesting aspects of the DRC competition was the fact that no two RLS used identical robots.
Closer examination of this competition made it clear that only a few types of limbs actually competed. For instance, the Soar Robot used a parachute, which was very different from the Wingspan bot, which used wheels. This result illustrates that “robotic-robotics” are very much a multi-modal technology, and as we continue to research and develop more types of RLS we will see even more diverse capabilities emerging. In fact, so far, we have already seen some of the best of this technology in the market places.
Come With Best Features
One of the first things that stood out when using RLS, which were recently introduced into the consumer market, was their ability to fold up and be taken away quickly. The compact and lightweight nature of RLS gives them an advantage when it comes to portability and space considerations. They are also very simple and easy to repair, and this leads to fewer future repair problems and issues.
Another reason why we see so many different types of RLS being used today is that they have all of the great qualities of both flexible and semi-reactive technologies. This results in them being highly adaptable and customizable. This ability to change and be updated should make them incredibly useful.
A few of the capabilities that are now being incorporated into RLS are things that were once reserved for military use. These include temperature sensing, enhanced sensory capabilities, cameras, and even vibration sensors. There is no reason that this technology couldn’t find its way into consumer markets soon enough.
Another area where we are seeing many different types of RLS take the technology to the consumer market is mobility. We saw the lightweight PrioVR, but we also saw the MiniTron robotic exoskeleton recently released by Mattel. While these two were the first RLS, they are just the beginning.
A Great Artificial Alternative
Robotic limbs are far from being the future of the human body. However, these technologies are going to be present in a wide variety of places in the years to come. The future of robotic limbs could take some of the physical risks we now experience with an artificial alternative.
Robotic limbs will always have a place in medicine. For instance, medical researchers are developing better, more advanced RLS for patients with spinal cord injuries. They are also testing RLS for paralysis recovery. While we won’t be traveling to Mars in ten years, we can still reap the benefits of more flexible and natural limbs.
There is a lot that RLS can do for us, even without the technological advances of the future. We are just now learning the true extent of the capabilities of these systems, and while it has been possible for humans to use them for centuries, now we have the technology available. that allows us to explore the worlds of possibility that RLS can provide.
Robotic limbs are here to stay. This technology is here to give us more of what we want in life, and they are here to ensure that we will not needlessly suffer injuries and permanent disabilities as a result of it. If you don’t believe me, look around and ask your doctor about RLS and how successful they are at helping people lead happier healthier lives.