Hi, this is Wayne again with a topic “7 Animal Robots That Will Amaze You”.
Foreign, they say robots can do anything, and that might be true. But what, if we’re talking about scary animal robots, have you ever wanted to build and control a robot? That’S alive fresh off the assembly line is a monster known only as MX Phoenix, and it’s exactly that a giant monstrous spider. What’S it do well aside from creeping you out with its TV layers, it can do much more. It uses an intuitive hexapod system that allows movement in any direction possible. I’M sure you’ve seen it before on YouTube already, but it is unique – and maybe it’s not as practical to have such an animal working around your home or anything like that. But has it ever crossed your mind? What if we could find something like this for doing certain tasks for us, these thoughts may seem absurd coming from me, and you might laugh and even tell me hey guys. This is crazy when I say something that might sound radical to you, but according to me, this is amazing, work by Santa that and I’m a huge fan. I first saw this hexapod three years ago and got hooked immediately now, if you’re not afraid, then imagine this as a weapon with guns but bigger. You would feel how serious this can be right. Many Robots develop these days are quadrupeds three-legged or even hexapods, and this hexapod robot, which is shaped like a spider, probably looks more like a giant. Arachnid shows that this format may be effective in emergency situations. When humans can’t deploy quickly, the robot weighs a hefty 10.4 pounds and has six legs, the largest hexapod so far featuring six-time, mx640 and 12 times mx-1060 servos. All tibia and body parts are 3D printed and designed with Fusion 360 and its sole runs on the C plus code.
Such geometry allows it to climb up to steep inclines or go over rough terrain and it’s equipped with self-balancing and navigation algorithms. So the robot not only looks cool but also functions. Well, the hexapod robot was a project that the company has been working on for a while and wanted to share with viewers. The creator also wanted a hexapod robot with a relative small body and large leg sections.
As he was trying to keep the total weight as low as possible, the body sections are printed in ABS and got treated with acetone foreign equipped with Innovative arthropods inspired design and materials. Harvard researchers have created an entirely new type of semi-soft robots that are able to stand, jump and walk using drinkable straws and inflatable tubing. The team has even been able to create a robotic water Strider which is capable of pushing itself along the water surface. The team members were able to demonstrate how the artificial water Strider could use its legs to push against gravity. On the water surface every year about 175 billion plastic straws are used and thrown away in the U.S alone. So it’s nice to see that at least some of them are being put to scientific use. The spider-themed invention is as simple as possible. Air is supplied to the modified straws and due to their flexible joints, the legs straighten out. The engineers have made these individual legs in such a way that these together can create a stable base. These robots mimic those of stick insects, spiders and water. Striders Arduino microcontrollers are responsible for the movements and obviously the software part was a lot of work. They had to create a whole new algorithm for the eight-legged robot gate. The multi-legged robot is controlled by a type of Arduino microcontroller, which in turn uses new technology. I had a bizarre experience as I was entering Beijing Institute of Technology.
I heard strange noises like a rat helplessly squeaking. What was on the table grabbed my attention? What is scuro, what can it do? Why did jinxi make this next Generation remote, controlled, rodent? Let’S find out the interesting facts about squirrel. It can be intimidating to go and set foot on the territory of another lab, let alone one with a squealing charging robot rat. The name skuro was given by Dr Xiang Shi and his colleagues for this male rodent that was created in their Beijing Institute of Technology. Lab surrounded by its delicate machine parts in a corner of a lab – that’s not easy! The electric collar around squirrel’s neck provides an Ever yapping soundtrack for The ratcheting sounds from stepper Motors that drive him. Squirrel is a robotic rap module that can snake through to the smallest crack and alert about possible obstacles.
Skuro is able to detect and go around barriers up to 35 millimeters High squirrel offers a user-friendly interface with easy connection, which has helped to be accepted by many key players like firefighters for disaster and rescue operations. Squiro is a remote, controlled rat. That’S been developed by students at Beijing Institute of Technology in 2016., it’s equipped with sensors and cameras that allow it to be controlled remotely, and it’s also able to communicate with Scientists on the ground. Its small size and lightweight design makes it easy to maneuver and control its battery.
Life is long enough to allow extended periods of use have no fear. For now, we have a soft snake-like cute robot, with strange skin based on kirigami, which allows it to mimic the natural curves bends and muscles of a snake. How does it work? What is this kirigami technology, the scalable and easy to deploy cool invention, uses nanotechnology in a manner that replicates the sinuous movements of a snake, the Harvard scientists and the biomimetics lab created this robotic snake-like device, which will make everyday tasks easier and more efficient. Snakeskin can be controlled like an extension of your hand. Snakeskin is an actual snake made with flexible circuitry that can be controlled in different ways. It can slither just like a regular snake, but thanks to the kirigami design, it can also be folded up into any shape and even put in tight spaces. This ability makes it perfect for search and rescue missions, as well as other applications where a traditional, wheeled or legged robot would not be able to go its skin is inspired by the Japanese art of origami. Origami is a type of paper cutting that involves cutting and folding paper to create three-dimensional structures.
The snakeskin robot is able to exploit the same techniques to move in a variety of ways, including slithering and climbing, in the future. It could also be used for things like pipe inspection or could even be used in surgery. The possibilities are truly endless. There’S a robotic fish in the ocean. It swims and can’t be seen. Many people don’t know about the potential of this imposter fish.
Its body is made up of a soft material, but don’t expect that you can eat it. The first self-contained autonomous soft robot has been developed by MIT researchers. This fish is both soft and Powerful, able to execute an escape maneuver in just 100 milliseconds.
Just like a real fish and if robots have soft bodies and hit people during an interaction, people would be safe. This is a much easier process than if the robots had hard metal parts that might injure someone if they came in contact with them. These fishy robots are made from soft silicone, which allows them to bend and twist they’re, also safe to be around because of their soft construction.
Secondly, the robots are designed with flexible, agile movements in mind. This will push the limit on what machines can do today. Finally, our Bots are self-contained and anonymous. These robots are equipped with sensors that allow it to gather data about the water around them, which is transmitted back to researchers.
This information can help scientists better understand the fluid dynamics of fish swimming and may even lead to new insights in the biomechanics of aquatic animals. But how does it work? The robot fish is powered by a battery and it can swim for hours without needing to be recharged. This fish can store gas, mimicking the behavior of consuming nutrients and storing the gases internally and when threatened or spooked, it forces these gases through a series of pipes and valves into its body. It does this similar to how you would blow up a balloon. Additionally, fish have a series of smaller fins along the sides of their bodies, which act as stabilizers most fish use, the Escape maneuver or the sea turn to escape from prey. The mechanism is executed very fast on the order of 100 milliseconds.
This robot fish is able to execute the same type of maneuver at the same speed, I.E a hundred milliseconds and indeed the possibilities are endless when it comes to the future of robotics. Penguins are one of the most popular animals in the world, they’re cute, they’re, funny and they’re, just plain cool. But what if there was a robot that was even better than a real penguin meet the aqua penguin developed by festo, a German company that specializes in robotics and automation, Aqua penguin is an adorable robot that Associates a real-life penguin anyway. The goal was to create something that both the fish and people alike could enjoy. This is what they came up with it’s a fully functional aquatic robot that looks and acts like a real penguin.
It can swim underwater using its wings to propel itself forward and when it comes to the surface, Aqua penguin is just one example of festo’s biomimetic approach to robotics. That means they designed their robots to mimic the form and function of real animals. Spring steel, Wings, infused with silicone elasticity, one of birds underwater its wings, help it glide through the water in a way that’s similar to how Flesh and Blood relatives would they not only Propel the robotic Penguins through the water, but they can also be used as a Form of Rudder, too, the robot’s flexible fin structure was inspired from the tail fin of a fish, and in this way it gained the ability to bend.
Bionic penguins are designed to be completely autonomous underwater and are made from Innovative materials. Unlike fish in the sea. They can even swim backwards too. Robots have 3D sonar, a concept that was developed from dolphins that helps them Orient themselves and communicate with each other.
This can prevent collisions and help them avoid obstacles. The aqua penguin was made to raise awareness about the importance of preserving our oceans and marine life. The aqua penguin is equipped with awesome cameras which allow it to navigate underwater without bumping into objects, and it has great sensors that help avoid obstacles.
A new flying penguin-like robot is poised to wow the world after working at developing, robotic birds and bats. This German tech company has finally built a penguin-shaped drone which flaps its wings and swoops to the sky like a real bird mommy, never explained why these Birds can’t fly, but they’ve made it possible for their penguin to do so. A flying penguin is just plain unnatural.
These flying animal robots, however, are not only possible but prove that they’re Magnificent. The folks from German company festo keep creating robots that float in air even at the bottom of the ocean named Air Penguin. This robot floats in the water as well to Showcase how festo equipment can handle any situation. These penguins can follow a predetermined motion profile or move freely throughout the environment.
They have digital, actuators and advanced communication systems which allow for high quality end user interactions. The Air Penguin is a unique autonomous flying object. It’S 3.7 meters long, but still agile and maneuverable, due to a helium-filled balloon body which generates around one kilogram of buoyant force, a square meter of which can lift one kilo at either end. The loon is attached to a pyramid-shaped structure with four carbon fiber rods, connecting it to joints that give it a great deal of flexibility.
The wings are controlled by two actuators, a flapping actuator for the up and down movement and a displacer unit. That alters the pressure. Point of the Wings, the large amount of data that needs to be transmitted between the Penguins and the transmitting stations can be done so by a 2.4 gigahertz band radio wave air Penguins communicate with each other by measuring the distance between themselves and transmitting stations. The penguins are able to demonstrate rapid and precise control over their flying while mastering height control too. Of course, they work on electricity, but when they get low on juice and give out they’ll automatically find their charging station to recharge themselves. Thank you so much for watching. Don’T forget to like And subscribe .