Fitness drones are coming, if inventors can get all the kinks out of them

Twenty years ago, drones became the modern way of life. From photography and journalism to package delivery and crop rental, companies of all kinds are increasingly turning to vacant airplanes to reduce costs, increase efficiency, reduce workload or simply do what people can do. Where the world has not seen drones play a significant role, however, in the world of health and resilience. But that can change. Researchers say the recreational drone market – worth $ 2.33 billion by 2020, according to data from Research and Markets – could meet the clothing market of about $ 30 billion to produce a potential one-day life: fitness. Among the first examples of potential use of a drone in the healthcare industry is the Joggobot developed by the Exertion Games Laboratory at RMIT University in Melbourne, Australia, in 2012. Advertisement The Joggobot is designed to fly about 10 meters from the visual mark on the jogger’s boat. Florian “Floyd” Mueller, director of the Exertion Games Lab – now at Monash University in Melbourne – said the initial technological tests showed the drone was using us as a pacer and, unexpectedly, as its “friend”. “The most shocking result was that people thought [the drone] was a partner, even if others used it as a pacer,” Mueller said. “Sometimes people said they wanted to run until ‘he or she’ died. The fact that they even said ‘he’ or ‘him’ was interesting.” But even as a friend, the Joggobot had a lot of limitations, Mueller said. It only allows running or straight lines, and has limited battery life which keeps “planes” less than 30 minutes long. Advertisement A recent concept project developed by students at Hongik University in South Korea hopes to eventually address these issues with a possible future. Their concept of Traverse drone – introduced in 2020 and unstructured – is intended to serve as a personal trainer for recreational runners. The design has a multi-camera drone that allows it to move without external control, and can collect performance data and take photos and videos that can be used later to help runners adjust their form. Drone users would have wearable “pods” that could be hung around their necks or cut from their clothes. The pod will provide voice feedback with standing and speed, as well as control drone settings and communicate with friends or family. Advertisement While Traverse is still in its infancy, one of its developers, Jinseon Lee, said it believed it was only a matter of time before similar drones were used to improve the performance of runners. “Right now, a lot of wearables can monitor and control training conditions,” he said, referring to clothing that follows everything from speed and cadence to heart rate and calories burned. “Still, there’s a lot of distraction you’re wearing.” Researchers say that using drone exercise technology can be of great help to athletes and other visually impaired athletes. To address this, a team of researchers from the Robotics Research Lab at the University of Nevada in Reno developed in 2015 a drone system that directs blind runners around the track using sound. Advertisement “The drone had two cameras, the front facing the other facing down. We were able to find a way to use the downside camera to follow the bottom line around the track, “said Professor Eelke Folmer, a researcher focusing on computer interactions. “We were able to make a joke, and we followed the [drone] using sound,” added Folmer. It seems to work. ” At the time, researchers were facing a number of challenges: In the internal environment, the drone echo made by strict compliance, while Federal Aviation Administration regulations made external research difficult. There were also concerns about runners colliding with the drone, which Folmer described as a potential “grass-cutting” man. “It was a useful test,” Folmer said. “If we could do the same thing again, we would probably get better results. Drones are smaller and better cameras. Things have changed a lot in the short term. . . I’m sure someone can find this out. ” Advertisement In addition to running, experts have already identified many other systems of drones in the world of fitness. For team sports, for example, drones are already used by many European football teams to aid learning and movement techniques during practice and sport, while athletes in other sports – especially riders and snowmobiles – use drones to help film next generation activities. In the meantime, technical limitations and regulations – or lack thereof, in most cases – mean that drone use will be limited to external settings. Additionally, researchers in the field believe that noise – such as when in a public park – could be a problem, as well as the ability of drones to collide with people or objects in crowded places. Many investigators believe, however, that these problems can be remedied. Advertisement “In my view the real issue will be to ensure operational safety, which requires costs in R&D investment. This also means that we can define the systems that can be expected in the event of problems,” said Eric Goubault, professor of computer science and drone doctor at the olecole Polytechnique in Paris. Other issues include noise reduction when drones start to be installed on a large scale, he said, adding that battery life “could be a problem for small drones. Most would not have enough battery time to fully fit other games. For example, Goubault pointed to marathons, which even among the most elite athletes stay for more than two hours. Inside, drones wo

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