We're racing toward the giving time of year and what better way to treat a loved one (or even yourself) than with the gift of time and convenience. Robot mops and vacuums can all but wipe out the time you spend on a chore that often has to be taken care of. An entry-level Roomba has dropped to a price that may make that proposition even more enticing for newcomers to the robot-cleaner world.
The Y011 Roomba Combo Robot Vacuum and Mop from iRobot has dropped to $160. That’s 42 percent off the regular price of $275 and a new record low.
This unit doesn’t have some of the funkier features of pricier models, such as self-emptying or advanced object detection. But it should do a solid job of keeping your floors clean.
The Y011 cleans your space in neat rows, vacuuming and mopping in one pass. It has a low-profile design to help it slink under beds and sofas, while an edge-sweeping brush helps it pick up debris from corners and edges. The Roomba uses sensors to move around furniture and avoid tumbling down stairs. If there's a particularly dirty spot that needs extra attention, the spot cleaning feature enables the device to spin in place and keep cleaning that area for up to two minutes. On top of that, you can start an ad-hoc cleaning using Alexa or Google Assistant.
According to iRobot, this model will run for up to 120 minutes on a single charge and automatically return to its charging station when it needs more juice. The washable microfiber mop pad can be reused up to 30 times.
Meanwhile, an entry-level vacuum-only Roomba has dropped to $140, down from $250. That’s a decent deal as well, but plunking down an extra $20 for iRobot to take care of mopping as well may be a more compelling option.
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This article originally appeared on Engadget at https://www.engadget.com/deals/irobots-entry-level-roomba-vacuum-and-mop-combo-hits-a-new-record-low-151054307.html?src=rss
The battle for the best humanoid robot has been heating up lately with companies like Agility Robotics, Neura Robotics, Boston Dynamics, Apptronik, Reflex Robotics, and of course Tesla developing their own versions of robots that will hopefully not take over the world but help humans in their tasks. Chinese robotics company Kepler has launched the newest version of their Forerunner humanoid robot and it wants to give these other companies a run for their money.
Designer: Kepler
The Forerunner K2 is actually the fifth generation model of the original Forerunner and they say it has been updated to tailor fit commercial applications. It has undergone “extensive software and hardware enhancements” to challenge the latest robots in the market, notably Tesla’s Optimus which has received mixed reviews. This is mostly due to a “stunt” gone wrong wherein people though the black-and-white robots were moving autonomously at an event but were in fact controlled by humans behind the scenes.
Well the latest Forerunner, it now has “52 degrees of freedom” and has a totating and tilting head module which lets it move more naturally. Well, as naturally as a humanoid robot can move for now. Each hand can support up to 11 degrees of active and passive freedom and they can carry up to 15 kg. Battery life is still the same as its predecessor, with the 2.33-kWh battery lasting up to 8 hours before it powers down.
Tesla is expected to deploy its Optimus robot to production lines by next year so companies like Kepler are working doubly hard to create robots that may have better reviews than the former. The Chinese company is currently testing their Forerunner K2 at different customer facilities and later on deploy it in more companies to do things like handling of products, quality control, inspection, etc. As long as there are no robot wars, we’ll happily look at how this humanoid robot competition goes along.
In a new video caught by TechCrunch, Boston Dynamics’ humanoid robot Atlas can be seen working autonomously in a demo space, sorting engine parts between numbered bins. The company claims that Atlas doesn’t need to be controlled by humans to do work.
According to the video description, Atlas uses machine learning to detect environmental changes and work around them. It also has a “specialized grasping policy” to help it maintain a firm hold on objects, continuously estimating the state of what it’s holding. After receiving some bin locations to move parts between, Atlas will get to work without prescribed movements, opting to perform tasks independently.
In contrast, Tesla’s Optimus robots were said to receive human remote assistance despite autonomy claims. The Optimus robots were at a live event and, when asked, answered that they were being assisted.
The video shows Atlas sorting and moving the engine parts to designated locations. It does well, transporting them without much awkwardness. After placing one part into a bin, the robot will repeat the process for other parts.
Atlas has undergone plenty of changes since its 2013 reveal, including swapping from hydraulics to electric after almost 11 years of testing. The older Atlas and the current one are markedly different from each other. Take a look at the video below to see for yourself.
This article originally appeared on Engadget at https://www.engadget.com/big-tech/boston-dynamics-atlas-robot-can-now-pick-car-parts-on-its-own-170052539.html?src=rss
Only six months after iRobot launched its budget-friendly Essential robot vacuums, the lineup already has two new models. The Roomba Combo 2 Essential and Roomba Vac 2 Essential “double the cleaning power” of their predecessors and bring self-emptying dust bins to the series for the first time.
The Roomba Combo 2 Essential ($425) combines vacuuming and mopping capabilities, while the Vac 2 Essential ($400) is a vacuuming-only model for those without tile or hardwood floors. Both have 100 percent stronger suction than the first Essential vacs. The latter already had 20 times the suction power of the Roomba 600 series it replaced on the low end of iRobot’s product line.
Both machines have self-emptying capabilities, spitting dirt and debris into self-sealing bags inside the docking station. The bags can hold up to 60 days of dirt before you need to change them. The vacuums have four levels of suction power, a multi-surface bristle brush and an edge-sweeping brush.
iRobot
The Roomba Combo 2 Essential has the cheaper model’s vacuuming capabilities while adding mopping with three levels of water dispensing. For only $25 over the vacuum-only model, this one seems like the obvious choice unless your home is fully carpeted.
The Roomba Combo 2 Essential is now available in North America for $425 on iRobot’s website and at third-party retailers. The vacuum-only Vac 2 Essential costs $400 and is sold at select retailers.
This article originally appeared on Engadget at https://www.engadget.com/home/smart-home/the-next-gen-roomba-essential-robovacs-have-self-emptying-docks-and-double-the-suction-164014213.html?src=rss
reating a mini robotic arm with Arduino and 3D printing is an exciting way to merge electronics and design. This project invites enthusiasts into the world of robotics, blending creativity with hands-on technical work. It’s ideal for those eager to dive into the realms of motion control and automation, using accessible components and open-source technology. The core of the project is the Arduino Nano, a compact microcontroller that coordinates the movements of four SG90 servo motors. These motors are controlled through potentiometers, offering precise adjustments to the arm’s motion. By adjusting the position of each potentiometer, you can direct the servo to move in a specific direction, making the control feel intuitive and satisfying.
To build this arm, you’ll need several essential components. Beyond the Arduino Nano, four SG90 servo motors serve as the muscles of the arm, providing the torque required for smooth movements. These motors are driven by the signals from potentiometers, which read user inputs and translate them into specific positions for the servos. The project also requires electronic parts like resistors and capacitors for the PCB, ensuring stable and efficient operation. A DC jack connector allows for easy power connection, supporting a 5V 3A adapter or a standard PC power supply, ensuring the arm has a reliable power source. With a breadboard for prototyping and a custom PCB for permanent assembly, you can seamlessly organize all connections, creating a clean and efficient setup.
But here’s where the magic truly happens: 3D printing. Using software like Fusion 360, you get to design the structural parts of your robot arm, optimizing the form and function to your specific needs. It’s not just about the technical specs—it’s about bringing your vision to life in a tangible, tactile way. The parts, printed with durable PLA filament, take shape layer by layer, transforming digital models into physical components. The design smartly minimizes the need for supports during printing, making it efficient and less wasteful. The result is a sleek, lightweight arm that looks as good as it functions, embodying the intersection of art and engineering.
Programming the Arduino is where the project gains its soul. With a bit of code, you can teach the arm to follow your commands, offering both manual and automated control modes. In manual mode, the potentiometers give you direct control over each servo, letting you guide the arm’s movements with finesse. Automated mode, on the other hand, takes it a step further—allowing you to record sequences and replay them, turning the arm into a precise tool for repeating tasks. This duality of control means you can create everything from a delicate touch for small tasks to a mechanical memory that runs on its own.
As you bring it all together, the assembly process becomes a meditative practice in precision and patience. Soldering each component onto the PCB, carefully routing wires, and securing the servos in place requires focus, but the reward is a beautifully crafted piece of tech that feels like a personal accomplishment. The attention to detail in organizing cables and ensuring smooth motion paths doesn’t just keep things tidy—it elevates the overall aesthetic and functionality of the arm. It’s a reminder that design is as much about what you don’t see as what you do.
By the time the project is complete, you’ll have a fully functional mini robotic arm capable of manual and automated control. The combination of 3D printing and Arduino brings a level of customization that lets you adapt the design to your needs, making it a perfect entry point into robotics. This DIY project is less about building a one-time gadget and more about being an entry-point into the world of STEM and Design. It demonstrates how accessible and versatile modern technology can be, offering a fulfilling way to explore the world of robotics, whether you’re a seasoned maker or just starting out… and once you’re done you can quite literally pat yourself on the back with your new robot arm!
It’s too easy to underestimate golf as a sport, but the ability to hit a small ball with an equally small stick and have it roll into a hole miles away is no easy feat. It requires no small amount of skill, focus, and concentration, all of which could be undone by the stress of having to mind things not directly related to playing the game, such as carrying all those golf clubs. You can always hire people to carry those for you, a.k.a. caddies, but that might not always be a feasible option. We’re at an age where not just vacuum cleaners but also cars can already drive themselves, so why not have a trolley do that as well? And with some AI magic, it can even be your golf coach, too!
That is the kind of liberating experience that the iXi robot golf trolley is promising. It is an extremely minimalist four-wheeled robot designed to carry your bag of golf clubs and follow you wherever you go. Although it could raise concerns about the potential loss of human employment, the self-driving robot offers players more freedom of movement and convenience without having to worry about needing someone to do that work. It allows them to simply focus on the task at hand: playing golf. It’s like having your own personal caddy, without the potential source of distraction.
Although iXi does have sensors and intelligence to follow its human owner, its AI also serves a second purpose. It can analyze the player’s swing and offer insights that could help improve their gameplay. It’s pretty much like what those golf smartwatches try to offer, but with a better view of the player’s posture and swing thanks to cameras and sensors. Maybe someday, iXi will even be able to offer the right club to use and have it ready even before the player reaches for it.
iXi’s intelligence is perhaps hidden by its extremely simple design, a platform with four wheels, a post to support a golf bag, and a handle that holds the screen controller. This design was made by choice, of course, as it makes it easy for the trolley to fold down into a compact form for easier transport. It could save you not only space but also money in the long run, without losing the peace of mind that comes with not having to carry a heavy bag of clubs on your shoulder every time you have to move to the next spot.
YouTube is testing a new version of its Premium Lite subscription tier in Australia, Germany and Thailand, a Google rep confirmed. It would have limited ads, which the fine print describes as most videos being ad-free, “but you may see video ads on music content and Shorts, and non-interruptive ads when you search and browse.”
The original Premium Lite subscription began testing in Europe in 2021, but it only lasted a few years, being phased out in October 2023. It was very much “lite, lacking the offline or background viewing of the regular Premium subscription.
The pricing model for these early tests in Australia is $9 a month for Premium Lite, compared with $17 a month for full Premium access, roughly in line with the original Lite costs.
After the success of Fallout, Amazon wants its next Prime Video gaming adaptation to match that level — and it’s apparently willing to start afresh to do so. Deadline reported that the God of War showrunner and two executive producers have left the project as it shifts direction. The series is an adaptation of the 2018 franchise reboot.
It looks like the kind of kitchen purchase the antagonist millionaires of Ex Machina or Knives Out would be tempted by. The Moley Robotics’ X-AiR starts at $105,000. So far, Moley hasn’t installed a single robot but expects the process to begin in the next three to six months — people have bought into the arm already.
X-AiR has no built-in vision or sensing technology. Instead, the robot arm moves around its space from memory, knowing where all the ingredients, oils and tools should be. But while it can cook (with pans and everything), it can’t peel a carrot. Is this a robot that only does the fun part of cooking? We made Daniel Cooper eat tofu.
This article originally appeared on Engadget at https://www.engadget.com/general/the-morning-after-youtube-is-testing-a-new-subscription-option-that-could-remove-most-ads-110923941.html?src=rss
London’s W1 is somewhere to go if you’ve got too much money to spend on something. Within minutes of each other, you can visit the city’s priciest private doctor, buy a Steinway and a pair of designer glasses that cost more than my mortgage. Wigmore Street is also where the ultra rich go to buy a kitchen that Thorstein Veblen would weep at the sight of. It’s also the new home of Moley Robotics, a company selling luxury kitchens and the robot arm that’ll kinda/sorta do all of the cooking for you, too.
Moley is the brainchild of Dr. Mark Oleynik and is one part kitchen showroom and one part robot lab. It’s a spartan space with three demo kitchens, a wide dining table and some display units showing you the different types of artisan marble you can have for your countertop. The point of interest is the working X-AiR robot just behind the front window that acts as a lure for would-be consumers. It’s got its own cooktop, shelves, oils and utensils and, with the proper help, can even whip up a meal.
Moley
Photo by Daniel Cooper / Engadget
Oleynik explained he wanted to create something to help people eat better food with less reliance on preservatives. His dislike of reheated and processed food sent him looking for alternatives, which led him to finding a way to automate fresh cooking. If you’re coming back late from work, the obvious temptations are microwave meals or delivery food. He believes people would much rather healthy recipes where you just prep the raw ingredients and let the robot do the rest. The focus on health extends to the database of potential meals, many of which have been created by the SHA Wellness Clinic.
Moley has its own in-house chef, James Taylor, who adapts each recipe so it can be made by a one-armed robot. The company says it hopes to add two or three new recipes each month, and that if you have a family dish you’d love to see automated, you can send it in. Oleynik said the movements are mapped onto the robot after watching a human chef prepare the same meal. And that, once it had learned what to do, the robot would be far less error-prone than its human counterpart.
The initial demonstration of Moley’s vision (above) used a two-armed chef that ran on overhead tracks that earned the company so many plaudits initially. Unfortunately, Oleynik admitted the cost for such a robot would have likely reached north of £250,000 (Around $330,000). Which is probably too rich even for the sort of people who frequent Wigmore Street for their kitchen appliances. To reduce the price, the company stripped down the project from a mobile, two-armed version to a single arm. The robot that Moley is actually selling is bought off-the-shelf from Universal Robots, an industrial robotics company.
The robot
Photo by Daniel Cooper / Engadget
The one-armed version that’s currently up for pre-order is known as the X-AiR, which is what sits in the front of Moley’s showroom. If you want one for yourself, you’ll need to buy a new countertop, two custom shelving units, a cooktop, control tablet and the robot itself. The prices are in the “if you have to ask, you can’t afford it” range but the price to get in the door is £80,000 (around $105,000). So far, Moley hasn’t installed a single robot, but expects the process to begin in the next three to six months. But there are people who have already laid down cash to get one of these in their homes, and the kitchen that goes around it.
X-AiR has no built-in vision or sensing technology enabling it to perceive or engage with its environment. The system does come with a camera, embedded in one of the shelves, that I understand is more for technical support than to aid cooking. Instead, the robot arm moves around its space from memory, knowing where all of the ingredients, oils and tools should be. The saucepans are held in place over the jobs on the cooktop to keep the environment as controlled as possible.
I was present to witness Moley’s now standard demonstration using an SHA Clinic recipe for Asian Tofu Saute. Staff members had pre-prepared the ingredients and placed them in the pots necessary for the robot to grab. In order to start the process, the user needs to tell the system which ingredients are in which sections. There’s even a little diagram of the shelf layout, so you can tap “Bean Sprouts” and tap that the pot with them is seated in position A1, for instance. Once you’ve done that, you can set the machine going and theoretically leave it be until it’s time to eat.
The system is set up to call out every instruction from the recipe so it’s easy to follow along with it. In the video, you should be able to see why it’s an interesting thing to watch as the arm starts its ballet to start cooking your food. It almost theatrically turns on the cooktop before pouring a liberal quantity of oil into the pan to begin warming. After that, it begins adding the ingredients as and when commanded to, and stirring the mixture in between. The stirring is more of a back and forth pushing of the mix, which is obviously less thorough than a human would be. After each stir, the robot scrapes its spatula on the side of the pan before returning it to its hook.
There are similar touches when the robot adds the next ingredient from its dedicated bin, double tapping the pot on the side to ensure everything falls out. I noticed, however, that there were a few ingredients still attached to the spatula and the pots when they were returned to the shelf. This is the big issue with a robot that lacks any sort of vision to perceive its local environment. During my demonstration, a few strips of leek clung to the spatula and fell off, onto the cooktop itself, while in motion. It was quickly wiped away, but I couldn’t help but wonder what would have happened if it’d landed a millimeter closer to the burner and pan and started burning.
What it can’t do
Photo by Daniel Cooper / Engadget
I’m much happier tending to a pan and actually cooking than I am peeling carrots and trying to dice onions. The obvious question, then, is why Moley sought to automate the ostensibly fun part of cooking rather than the bit people dislike? Oleynik said it might be possible in a far-flung future but there are just too many variables to make a carrot-peeling robot work. Not to mention, he added, the safety risks inherent in giving a robot a bladed instrument to wield.
Moley’s first-generation robots are also limited by the volume of food they can cook in a single session. Depending on the meal, they can make between eight and ten portions, enough for a dinner party but nothing more extravagant. Not to mention the robots can’t make much of any adjustment if you don’t have exactly the right ingredients ready for use. You can remove any you don’t have, naturally, but there’s no ability to improvise beyond that, or to variate its program to take into account seasonal differences in ingredient quality.
The food
Photo by Daniel Cooper / Engadget
When I was told the robot was making me tofu, I had to work hard to keep myself standing upright. If they could have seen my soul, they’d have watched my shoulders droop so hard they fell through the floor, through the basement, and into the subway line below. Friends, I cannot stand tofu and grimace my way through it whenever my vegan chums insist we go to a meat-free restaurant. Even when they insist I’m eating “really good” tofu, it just tastes like stringy matter, devoid of any inherent flavor as I try to mash it in my mouth. So bear that in mind when I say that the tofu the robot cooked me was actually delicious. It had a nice texture and tasted pretty delicious, meshing beautifully with the vegetables.
The future
Oleynik believes his robots will find a variety of niches to fill, first with money-rich, time-poor folks in London and beyond. The internet tells me that a private chef would set you back around £300 a day, so you’d burn through that £80,000 in less than a year. Naturally, it’s likely anyone who can drop £80,000 on a cooking robot can probably afford to buy their ingredients pre-prepared, so they could just dump them in the bins and set things going.
After that, Oleynik believes the technology could be used to prepare fresh meals for business and first-class airline passengers. Or in small kitchens where one employee supervises a production line of robots all making fresh dishes. His vision stretches to any situation where there may be a desire for fresh-cooked food, but the economics of a trained chef won’t allow it.
He cited the example of a hotel with 24/7 room service, where people are paid to wait around on the off-chance someone wants food. Or service stations in remote areas where there’s potential demand for meals but no need to hire a professional chef. Similarly, Oleynik cited care homes where there’s a similar conflict between a desire to produce good food but limited budgets.
Of course, it’s not clear, given there would need to be a human preparing the raw ingredients and dishing up, how much labor is being saved. And anyone who is involved with food would likely need to be trained and paid accordingly, which may eliminate any potential savings. But Oleynik is certain that a business can expect to see a return on its investment within its first year of service.
As for the price, Oleynik believes the technology will refine to the point that the cost will fall quite far. He gestured to one of the demo kitchens in the showroom, which had a Miele-branded oven and fridge, saying each model cost £5,000 (around $6,500) each. He hopes he’ll be able to sell a cooking robot for £10,000 to the sort of people who don’t blink when spending £5,000 on an oven and another £5,000 on a fridge. But, if nothing else, it’s entirely in keeping with everything else you can buy on Wigmore Street.
This article originally appeared on Engadget at https://www.engadget.com/home/kitchen-tech/a-105000-robot-arm-nobody-needs-cooked-me-a-delicious-lunch-140050065.html?src=rss
The dog-esque robots created by the likes of Boston Dynamics and MAB Robotics are already horrifying thanks to a mix of the “Metalhead” episode of Black Mirror and humanity’s natural apprehension for an uncertain future. This one highlighted by TechCrunch really got under my skin in an unnatural way.
MAB’s Honey Badger Legged Robot can walk underwater and they took it on a test run for its YouTube channel. The steps it takes on the bottom of the pool create this weird ringing noise that’s just alarming as all hell. It’s like the engineering team hired John Carpenter to write a score for its robot.
It’s even scarier when the robot walks towards the camera like it’s hunting me down just before asphyxiation sets in and I drown. It sounds like they took a cue from the Skinamarink soundtrack. Someone make the horror in my head stop.
This article originally appeared on Engadget at https://www.engadget.com/big-tech/this-underwater-dog-robot-comes-with-its-own-horror-soundtrack-215325892.html?src=rss
Pokémon developer Game Freak has confirmed its servers were hacked in August. The breach meant internal materials — from source codes to early and even scrapped character designs — were circulating on social media over the weekend.
Leaked documents and images flooded Reddit and X after Centro Leaks began dumping it all on Saturday afternoon. It allegedly includes source codes for past games and codenames for the Switch 2 and the upcoming Gen 10 Pokémon games. There are also references to a Pokémon MMO, future movies and a new anime series. The leak revealed tons of beta character designs and concept art.
Casio (of watch and calculator fame) is taking pre-orders in Japan for Moflin, the adorable robotic plushie with AI “emotional capabilities,” which debuted during CES 2021. Moflin, developed in a partnership with the Japanese startup Vanguard Industries, is meant to work like an emotional support pet — and is as fluffy as it looks.
Last week, robot vacuums across the country were hacked, allowing attackers to not only control the robovacs, but use their speakers to hurl racial slurs and abusive comments at anyone nearby. Specifically, it was the Ecovacs Deebot X2s, which has a reputation for being easy to hack. The company says it’s developed a patch to eliminate the security flaw — but that won’t roll out until November. Maybe October is a messy house kind of a month?
Redbox is dead, but its cuboid corpses remain in malls and shops nationwide. The machines are heavy and cumbersome, with a former Redbox executive suggesting it costs $500 to remove one kiosk. Note: Some machines are actually embedded in concrete. Some devotees have taken to adopting them regardless. Yet another note: These boxes use massive amounts of energy. Walgreens told a judge it costs the company $184,000 each month to power 5,400 kiosks, roughly $35 per month for a single machine. That was fine 10 years ago, when the company drew in $2 billion in annual revenue.
