Walking vehicles, also known as mecha, don’t play a big role in today’s robotics industry, but that might soon change. (You might remember one of the protagonists in Avatar sitting in a mecha, called AMP in the movie, during the final fight.) Now Tokyo-based robot venture Activelink, a Panasonic spin-off company, says it can make one for you, too.
The startup has begun accepting orders for their aptly named Power Loader, a power-amplifying robotic suit that enables humans to carry loads of up to 100kg. Users need to strap their feet to the mecha’s legs and hold the grips to control the two utility arms. They are then able to lift heavy loads as high as 2m and carry them around. → Read More
It’s always good to hear that some robot makers are focusing on the development of machines that actually have the potential of helping people in their everyday life. And the so-called Indoor Personal Mobility Robot, which is particularly geared towards the elderly, is certainly one good example.
The main idea behind the robot is to make life easier for people who have trouble moving indoors. It’s designed so that you can actually sit in it and, much like a Segway, “drive” around in your house by moving your upper body. Face your body forward, for example, and the robot will move accordingly, and the best thing is that even people who aren’t able to use their hands can use it (you can turn around by moving your waist). → Read More
Men have often dreamed it, but it hasn’t become a reality until today: the sex robot. The technology was developed by Douglas Hines of True Companion, an electrical engineer and computer scientist who formerly worked in the artificial intelligence lab at AT&T Bell Laboratories. Roxxxy, the sexy bot, is a completely anatomically correct and customizable companion (from features to hair color) that exhibits different personalities and responds to touch. → Read More
We have seen mannequin robots already, machines that may sometime replace real models in fashion shows and similar events. Needless to say that the company behind those robots is based in Japan. And it was clear that the first robot maker marketing a new line of robots as “recyclable” would come out of the same country, too. And Osaka-based Eager [JP] is combining both ideas by offering recyclable mannequin robots. → Read More
A big problem almost any robot nowadays has is limited agility. While this isn’t an issue for industrial and other “practical” robots, humanoids can only move in a slow, mechanical and chopping motion. Honda’s Asimo, for example, is considered super-advanced, but doesn’t move too elegantly either.
But Japan-based Himeji Softworks raises the bar in that area. Their JO-ZERO robot kit shows we haven’t reached that Nureyev level of elegance yet either, but it’s pretty impressive, especially since it’s the brainchild of a small venture. It can break-dance (sort of) and pull off a number of cool stunts. → Read More
A Japanese researcher called Hiroshi Liu has developed a robotic hummingbird, which, just a real one, can flutter freely in mid-air by rapidly moving its wings (up to n impressive 30 times per second). Liu, who works for Chiba University just outside Tokyo, says his hummingbird is powered by a small motor and has four wings. It can be remote-controlled through infrared. → Read More
It’s another humanoid from Japan, it doesn’t have an official name yet, but it’s pretty cool: This new robot [JP] is the result of a collaboration between various Japanese companies and institutions, namely the Nippon Institute of Technology, Harada Vehicle Design [JP], ZMP and ZNUG Design. Based technically on ZMP’s Nuvo robot, it stands 1.26m tall and weighs 15kg. → Read More
We reported about a motorized knee being developed at Tsukuba University in Japan just yesterday. That and HAL-5, the famous robot suit that lets paralyzed people walk through brain signal control and which was developed at the same university, seem to be just the beginning of the way to merge man and machine.
The Kobayashi Lab [JP] at the Tokyo University of Science has now come up with the Muscle Suit, a wearable robot whose basic concept is quite similar to HAL-5. There are two versions available: One is geared towards workers who have to lift up stuff from the ground regularly. While that Muscle Suit supports the lower back, the version that supports your arms can make you lift objects weighing 50kg without any effort from your own muscles. → Read More
The researchers at Japan’s Tsukuba University seem to be particularly active when it comes to enhancing human body functions. This is the institution where the famous robot suit HAL-5 was developed and now we have another invention that can help boost the efficiency of our bodies – if that’s what we want and need, that is.
A research team at said university has constructed a “motorized knee”, which is actually a kit that – once it’s attached to a person’s body – supports the flexing of the knee. As a result, the runner may use 30% less of the muscle power that is needed to run unassisted. In experiments, runners could jog at 7.5km per hour wearing the kit, which is about 5kg heavy. So in other words, this isn’t an elegant solution (yet). → Read More
We all knew this day would come and we all knew this would happen first in Japan. And local department store chain operator Sogo & Seibu is ready to make it possible: You can soon buy robots who look exactly like you. Right, life-size humanoids.
The company isn’t that sure about its idea though as it plans to offer just two robots for the time being. Sogo & Seibu says they’ll start accepting orders in all of their department stores in Japan as soon as early next month. But if there are three or more people interested in getting a robotic doppelgänger, buyers will be chosen by lot. → Read More
Japan’s robot otaku can soon lay their hands on yet another of those electro-mechanical marvels, but this time the robot isn’t cute. No, this new model, made by Tokyo-based robot venture Poseidon, is supposed to be mean for a change. And its name (Mad Hurricane) is pretty bad ass, too.
Mad Hurricane can perform a number of motions: walk in four directions, swirl to the right or left, stand up by himself when he’s on his back or face and, most importantly, kick and punch in six variations. Powered by a battery, the robot stands 40cm tall and weighs 2.4kg. It’s made of aluminum, has six built-in gyro sensors and a total of 20 joints. → Read More
Japanese conglomerates Fuji Heavy Industries, Sumitomo and Subaru are developing a new robot [JP, PDF] that’s able to clean office buildings autonomously. The yet to be named robot (pictured on the left) is sized at just 50x45x80cm, meaning it’s able to maneuver even along narrow paths. Its functions include vacuuming the floors and picking up garbage. → Read More
A research group from Japan’s University of Electro-Communications has developed a mini robot that’s able to move freely inside water and gas pipes with a diameter of 10cm or more. The robot can climb up and down pipes as long as they are made of iron as it uses a magnet for its magic. → Read More
As a huge conglomerate, NEC is active in a lot of areas. But unknown to many people outside Japan, the company is quite aggressive in the robotics field, too. Their PaPeRo, a cute helper robot, for example, has been around since 1997 already. And now, just in time for a robot exhibition that currently takes place in Tokyo, the company shows an updated version of the little guy. → Read More
Tokyo-based (and globalized) bearing supplier NSK has announced [JP] the development of an autonomous mobile robot that one day will be able to assist people in wheel chairs. The main selling point of the so-called “Human Assist Guidance Robot” is that it can detect obstacles and guide users through them. And uneven surfaces or slopes aren’t a problem either. → Read More
HUBO Walking! HUBO Taichi! HUBO with sword! HUBO aiming for your heart and lungs! → Read More
Meet AIDA, the Affective Intelligent Driving Assistant. This is a prototype robot that utilizes sensors inside and outside the car to create “a platform comprising of a personal robot and an intelligent navigation system that aims to bring an innovative driving experience.” I don’t own an automobile, so practically every driving experience is innovative to me right now! Rather than traditional destination-oriented GPS navigation, AIDA posits “a navigation system that mimics the friendly expertise of a driving companion who is familiar with both the driver and the city.” Hopefully AIDA won’t complain about my driving the way all my friends do. Video and more inside! → Read More
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