It has no preferred orientation, so it can go in any direction, and it has nine motors that give it the capability to jump long distances in low-gravity environments. The robot can even self-right after landing, ensuring the safety of any scientific payload it may carry. Since SpaceHopper was made for use on asteroids and moons, which have very little gravity compared to Earth, it has to be tested under conditions similar to those environments first. To see if it will actually work as intended, the students and the European Space Agency have recently taken the robot on a parabolic flight that creates a zero gravity environment when the aircraft freefalls. Apparently, they had no idea if SpaceHopper would be able to move as they intended in zero gravity scenarios and seeing that it actually worked was a "massive weight off [their] shoulders."

You can watch SpaceHopper flail about in the test flight below:

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While Apple's robotics projects are still in the very early stages, Bloomberg said it had already started working on a mobile robot that can follow users around their home and had already developed a table-top device that uses a robot to move a screen around. The idea behind the latter is to have a machine that can mimic head movements and can lock on to a single person in a group, presumably for a better video call experience. Since these robots are supposed to be able to move on their own, the company is also looking into the use of algorithms for navigation. Based on the report, Apple's home devices group is in charge of their development, and at least one engineer who worked on its scrapped EV initiative has joined the team.

Robots, however, aren't like phones in the sense that people these days need them in their lives. Apple is apparently worried about whether people would pay "top dollar" for the robots it has in mind, and executives still can't get to an agreement on whether the company should keep working on these projects. Gurman previously reported that Apple may have sold its EV for $100,000 — if that's true, it had a bigger potential to grow the company's revenue. But the Apple Car is now out of the picture, and the company is reportedly putting all of its focus on the Vision Pro and new products for the home, which also includes a home hub device with a display that resembles an iPad. Of course, Apple could still scrap these projects, and it could find other classes of products to invest in if it discovers that they could bring in bigger money in the future.

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Agility Robotics says its facility will also employ its very own Digits, the iconic humanoid robot, in the new factory. The Digits will help move, load and unload warehouse goods.

The company says some customers can expect delivery of the first Digits in 2024, with general market availability in 2025. In a statement, Damion Shelton, Agility Robotics’ co-founder and CEO says that the ultimate goal of creating Digits is to “Solve difficult problems in today’s workforce like injuries, burnout, high turnover and unfillable labor gaps.”

The manufacturing of bipedal robots is something we have seen teased by competitors like Boston Dynamics’ Atlas and Tesla’s Optimus robot prototype. However, none have matured to the extent of being able to churn out thousands of robots like that being seen in this effort by Agility Robotics. Still, until these robots are actually in production, it's too soon to say if Agility Robotics’ warehouse robots, which are designed to fill a gap in the logistics and distribution industry, will actually surpass its competitors in this newly burgeoning market.

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Each of the robotic hand’s various parts were made from different polymers of varying softness and rigidity, using a new laser-scanning technique that lets 3D printers create “special plastics with elastic qualities” all in one go. This obviously opens up new possibilities in the fast-moving field of prosthetics, but also in any field that requires the production of soft robotic structures.

Basically, the researchers at Inkbit developed a method to 3D print slow-curing plastics, whereas the technology was previously reserved for fast-curing plastics. This hybrid printing method presents all kinds of advantages when compared to standard fast-cure projects, such as increased durability and enhanced elastic properties. The tech also allows us to mimic nature more accurately, as seen in the aforementioned robotic hand.

“Robots made of soft materials, such as the hand we developed, have advantages over conventional robots made of metal. Because they’re soft, there is less risk of injury when they work with humans, and they are better suited to handling fragile goods,” ETH Zurich robotics professor Robert Katzschmann writes in the study.

This advancement still prints layer-by-layer, but an integrated scanner constantly checks the surface for irregularities before telling the system to move onto the next material type. Additionally, the extruder and scraper have been updated to allow for the use of slow-curing polymers. The stiffness can be fine-tuned for creating unique objects that suit various industries. Making human-like appendages is one use case scenario, but so is manufacturing objects that soak up noise and vibrations.

MIT-affiliated startup Inkbit helped develop this technology and has already begun thinking about how to make money off of it. The company will soon start to sell these newly-made printers to manufacturers but will also sell complex 3D-printed objects that make use of the technology to smaller entities.

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The post Researchers printed a robotic hand with bones, ligaments and tendons for the first time appeared first on Best News.

She plays Atlas Shepherd, “a brilliant but misanthropic data analyst with a deep distrust of artificial intelligence,” who joins a team that’s aiming to secure a renegade robot. As it happens, Atlas and said machine share “a mysterious past,” according to Netflix. Inevitably, things don’t go as planned. Atlas finds herself stuck on a distant planet (a long way from any block), inside a robot she has to trust to help her protect life back home.

The first trailer doesn’t shed much more light on the plot, but it does have plenty of explosive visuals. Titanfall springs to mind here, especially since it shows a mech dropping from the sky to the surface. Sadly, it’s probably the closest we’ll ever get to a proper Titanfall film.

Atlas also stars Simu Liu and Sterling K. Brown. The film is directed by Brad Peyton (San Andreas, Rampage). It’ll hit Netflix on May 24. In the meantime, Team Engadget couldn’t help but come up with some alternative titles:

Mech In Manhattan

Jenny from the Bot

This is Mech… now

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