Tag Archives: robotics

Finally, Learning Robotics Doesn’t Cost a Five-Figure Lab

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For most of the last decade, if you wanted to actually build and train a robot, you needed one of three things: a university lab, a five-figure budget, or a job at a tech company willing to foot the bill. The tools existed, but the entry price kept ordinary curious people locked out of the room. That gap between “I want to understand AI in the physical world” and “I can actually afford to try it” has been the quiet, unglamorous problem holding back a whole generation of hobbyist roboticists.

Microduck, the new pre-order from French robotics company Pollen Robotics and AI platform Hugging Face, closes that gap for $399. It is a 25-centimeter biped that walks, sits, crouches, picks small objects up with its beak, and gets back up on its own after a fall. It even roller-skates. Under a shell built with 15 motors, a camera, a depth sensor, and two IMUs, it runs on fully open-source software, which means you are not just buying a cute desk companion, you are buying a real, hackable platform for training reinforcement learning models on hardware you can hold in one hand.

Designer: Pollen Robotics

Pollen Robotics is not new to this space. Last year the team launched Reachy Mini, a small desktop robot built purely for face-to-face interaction, and more than 10,000 of them found homes with developers and tinkerers around the world. Microduck is what happened when that same team asked a different question: what if the robot did not stay on the desk at all, but actually moved through your house? That shift from stationary companion to mobile, fallible, get-back-up-and-try-again machine is, to me, the more honest representation of what learning robotics actually looks like. Real robots fall down. Good ones figure out how to stand back up.

I will admit the duck framing initially struck me as a marketing gimmick, the kind of cute mascot skin slapped onto serious tech to make it more shareable. But the more I read about the design choices, the articulated beak that doubles as a gripper, the roller-skate foot swap, the four soft colorways named Cream, Graphite, Lavender, and Sky, the more it felt deliberate rather than decorative. A humanoid robot falling over looks like failure. A duck robot falling over and waddling back up looks like a duck being a duck. That emotional permission to fail without embarrassment might be the smartest design decision in the entire product, because it lowers the psychological barrier to experimentation just as much as the price tag lowers the financial one.

Weighing in under 800 grams and priced before taxes and shipping, Microduck ships to North America, Europe, and the UK before Christmas 2026. Hugging Face CEO Clem Delangue called it part of an effort to “democratize physical AI and world models,” and whatever you think of Silicon Valley mission statements, the market response backed it up fast. Within roughly a day of pre-orders opening, demand reportedly pushed sales past the $26 million mark and the duck went to backorder. That is not a niche hobbyist purchase pattern. That is a signal that a lot of Americans, tech-curious but priced out of serious robotics until now, were simply waiting for an affordable, unintimidating way in.

There is a broader mood shift happening in how the country talks about AI right now, somewhere between exhausted and skeptical, tired of chatbots that talk in circles and promises that never quite land in the real world. Microduck feels like a small, tangible answer to that fatigue. You cannot hug a language model or watch it recover from a stumble. You can with this. For $399, families, students, and weekend tinkerers get a genuine on-ramp to physical AI, not a toy pretending to be smart, but a real machine willing to be clumsy in front of you while it learns.

Pollen Robotics has been upfront that Microduck will not solve robotics’ hardest problems, and it should not have to. What it offers instead is something rarer than a breakthrough: a starting point that is actually within reach.

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Meet the Robot Dog Built to Climb Your Stairs With Your Packages

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I’ve lost count of how many times a delivery robot has shown up in a video, rolled confidently across a parking lot, and then just stopped at the base of a staircase like it hit an invisible wall. That has always been the real bottleneck in last-mile delivery, not the miles of open road but the last twenty feet of stairs, curbs, and uneven walkways leading to an actual front door. Robot.com’s new concept, R-dog, is the first design I’ve seen that treats that problem as the whole point rather than an afterthought.

R-dog is a four-legged robot with wheels built into its feet, plus a furry tail and a face designed to look approachable rather than robotic. Its four flexible legs bend at the knee, letting it climb stairs, step over thresholds, and cross the mixed, unpredictable terrain that trips up wheel-only robots, while the wheels themselves handle flat ground efficiently. It’s a hybrid design that finally matches the actual geography of a residential delivery, and it’s the kind of practical engineering that makes you wonder why every delivery robot before this one settled for wheels alone.

Designer: Robot.com

The cargo compartment doubles as the robot’s body, and it’s large enough to carry multiple packages at once, whether that’s stacked food orders sitting alongside standard parcels. Once R-dog reaches your door, an unattended auto drop-off feature completes the handoff without anyone needing to be home, then it moves on to its next stop. For dense urban blocks and residential neighborhoods with walk-ups, that’s a genuinely useful piece of infrastructure, not just a cute demo built for a press release.

Here’s where the story gets a little more complicated, and I think it’s worth sitting with rather than glossing over. R-dog isn’t only a delivery robot. It also runs on Robot.com’s R-ads platform, meaning it can carry branded advertising campaigns as it moves through neighborhoods and hold natural voice conversations with anyone who stops to interact with it. The design leans into this on purpose. R-dog’s look is built specifically to attract attention and encourage people to walk up and engage with it, and that furry tail is doing exactly the job it was designed to do.

I don’t think that’s a dealbreaker, but it does raise a fair question. Is this a delivery robot that happens to carry ads, or an advertising platform that happens to carry packages? One outlet covering the reveal asked almost the same thing, noting that R-dog “definitely could be both,” and admitting the answer isn’t settled yet. I appreciate that kind of honesty from the coverage, because pretending this is purely a delivery innovation would undersell what the company is actually building here.

On the technical side, R-dog runs on REMI, Robot.com’s fleet management platform, and its navigation comes from FieldAI’s Field Foundation Models, which let it operate in unpredictable real-world environments without needing the area pre-mapped first. That matters enormously for a robot meant to handle whatever staircase, curb, or oddly angled walkway it encounters next. Robot.com has been building robots since 2017 and currently has more than 500 deployed across the US, Canada, Dubai, and the MENA region, having completed over 2.5 million tasks. R-dog joins an existing lineup that includes the R-kiwi for campus deliveries, the R-cargo for industrial logistics, and the humanoid R-noid.

Commercial deployment is planned for 2027, and pricing hasn’t been announced. What I keep landing on is that R-dog solves the one problem that has quietly limited every delivery robot before it. Whether it ends up remembered as the design that finally cracked the last twenty feet, or as a very charming way to get people to look at ads, will depend entirely on how it’s actually deployed once it leaves the concept stage. For now, it’s the most convincing answer I’ve seen to a problem that’s been sitting in plain sight for years.

The post Meet the Robot Dog Built to Climb Your Stairs With Your Packages first appeared on Yanko Design.

Unitree launches humanoid robot that’s faster than Usain Bolt, and spot jumps higher than any athlete

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If you also think a robot Olympics is on the verge of happening anytime soon. You could just be right. If and when that happens, Unitree’s “Superman” would probably break American swimmer Michael Phelps’ record for the most gold medals in a single Olympic Games.

To give us a glimpse of that future, China’s Unitree – which recently became the first general-purpose robotics company to debut on Shanghai’s stock exchange – unveiled a humanoid robot on August 17, which it says “can outrun and outjump top human athletes.”

Designer: Unitree

In the demo video doing rounds on the internet, the Unitree Superman (as the humanoid robot is called) can be seen pulling off a standing high jump of 2 meters. It also makes a dash at the speed of 12.66 meters per second, which is a tad faster than the 12.4 m/s speed that Usain Bolt achieved when he completed the world-record-setting 100 m run in only 9.58 seconds. This calculation would stand true if the Unitree humanoid runs 100 meters at the same speed that it has clocked in its demo dash.

With the kind of feat the Chinese Superman has pulled off, it has conveniently surpassed human ability by a margin. With this standing high jump and running speed, it has done what no human has ever achieved. And considering the progress companies like Unitree are making on robots in the labs, gyms, and training grounds, we are going to fall behind, and robots will throw us on the sidelines to conduct their own Olympics Games soon.

Hangzhou-based Unitree has been ahead of most robotic companies in China. In fact, it is considered the most influential one, with backing from companies including Tencent, DeepSeek, and Alibaba. Its fanfare can be gauged from the unprecedented IPO it made. The company’s stock, according to Bloomberg, skyrocketed by 629% to a $66 billion valuation on its first day of trading on August 19.

The IPO from the company, which already has a robot dog, humanoid kung fu fighter, and a service robot on the market, has left all financial pundits bewildered. And the new achievement of the Superman humanoid has only substantiated investors’ faith.

According to Unitree, the jumping and speeding robot, which has 0.85-meter-long legs, is a work in progress and is likely to feature improvements to its capabilities in the coming months. Until that news comes in, you can check out some of the more extraordinary Unitree robots, like the transforming Mecha robot or this one that can even do cartwheels.

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Beni Is What Sony Aibo Grew Up to Be – A $549 Camera Robot That Captures Life While You Live It

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Every camera product ever made has one thing in common: it needs you to operate it. A gimbal needs a hand to hold it. A drone needs a pilot with eyes on a controller. An action cam mounts somewhere on your body, which means it films from your body, not at it. Even the smartest AI tracking stand on the market still requires you to set it up, point it at where you’ll roughly be, and go do something interesting within its field of view. All of this adds up to a life spent maneuvering cameras instead of being in front of them, and the shots that matter most, the ones where you’re actually doing the thing, are consistently the ones you’re missing from.

Beni, from Palo Alto startup Mondo Robotics, is the robot that plays camera crew. It rides on four wheels, films in 4K HDR with 3-axis stabilization, hits 17.9 mph, and clears 10-inch obstacles mid-chase, getting itself back upright after a fall without any help from you. The team includes engineers from DJI and Tesla’s Optimus program, which explains how a 3.86-pound consumer robot ends up with hardware like that. It also has color-changing expressive eyes, a swappable hat, a name, and a personality that comes through in little nods and head shakes. That design language places Beni in a tradition Sony’s Aibo started in 1999, building robots people actually want to be around. The engineering is serious, the warmth is deliberate, and the combination puts Beni in territory most robotics products actively avoid.

Designer: Mondo Robotics

Click here to Buy Now: $549 $799 (31% off). Hurry, only 39/230 left! Raised over $2.8 million.

The choice to give a camera robot a face, a name, and a wardrobe is a design statement, not a marketing gimmick. Beni’s eyes change color and express emotions, it nods and shakes its head, and the whole body is customizable through swappable hats, ear attachments, and protection plates, in whatever combination suits you. The character design sits somewhere between a cartoon character and a precision instrument, which sounds like a contradiction and somehow isn’t. Mondo Robotics understood that emotional connection determines how often a device actually leaves the house. A robot you find charming is one you take outside. One that reads like a spec sheet stays in the drawer.

Beni measures 8.5 by 7.1 by 7.1 inches and weighs 3.86 pounds, light enough to throw in a bag. It hits 17.9 mph (28.8 kph) to keep pace with skateboarders and runners, clears up to 10-inch obstacles to handle curbs and stairs, dodges obstacles with onboard sensing, and self-rights when it tips over. The self-recovery system sounds like a footnote until you actually send Beni across gravel and watch it eat dirt, bounce back up, and continue tracking without a second of interruption. A creator who ran it through grass, gravel, trails, and concrete stairs for a full week reported footage that never stopped rolling. That kind of reliability is what separates a robot from a gadget.

The camera shoots 4K with HDR coloring that handles extreme lighting without manual adjustment. HybridFlow Stabilization combines four-axis mechanical and electronic stabilization, which keeps footage smooth even when Beni is clattering across rough terrain at full speed. Storage is 32GB internally with a microSD slot for expansion. Everything core, tracking, filming, obstacle avoidance, runs entirely on-device, and your footage stays on the robot’s local storage. The only cloud connection Beni ever makes is for the optional AI auto-editing feature, and only when you explicitly give permission. For a camera product in 2026, that’s a privacy setup worth paying attention to.

Tail tracking, side tracking, front tracking, and circle tracking give Beni four distinct cinematic modes, each producing footage that most solo filmers never actually get to see. Tail mode keeps Beni behind you at pace, a proper chase-cam shot without anyone chasing. Side mode locks it right beside you, framing you against the rushing landscape the way a Hollywood tracking rig would. Front mode has Beni reversing ahead while filming your face, which turns out to be unusually good for capturing effort and expression mid-activity. Circle mode sends it into a continuous 360-degree orbit for sweeping hero shots. The magnetic Motion Tracker, worn on your wrist or clipped to your bag, keeps Beni locked on even when you briefly move out of frame, and doubles as a manual controller for directing movement without touching your phone.

Beni’s auto-editing feature builds highlights from your raw footage using AI models that Mondo Robotics has customized, so you’re not manually scrubbing through hours of clips for ten good seconds. The company is clear that this is the only opt-in cloud feature; every other function runs locally. Pilot Mode sits at the other end of the control spectrum, letting you drive Beni manually from your phone for footage from its low-slung ground-level perspective. The vantage point is genuinely unlike anything a handheld camera can produce, just by virtue of where the lens sits relative to the ground.

Battery life runs 1.5 hours per charge, with a swappable design that stretches to 4.5 hours across three batteries. The Standard Combo, including Beni, Motion Tracker, hat, chest protection plate, and one battery, is available at $549 (discounted from the $799 retail price). The Explore Combo adds three batteries, a charging hub, and off-road wheels for $699. Individual add-ons, including extra batteries at $59, off-road wheel pairs at $9, ears and hats packs at $9, and protection plates at $9, are available separately. Every unit comes with a 12-month limited warranty from the date of activation, and global customer support is available at mondorobotics.com. Shipping covers the US, Canada, UK, Germany, France, Spain, Italy, Australia, and New Zealand, with customs fees included on a flat $10 shipping fee.

Click here to Buy Now: $549 $799 (31% off). Hurry, only 39/230 left! Raised over $2.8 million.

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A Goat-Headed Robot With a Chainsaw Is Actually a Great Idea

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The first time I saw Threehalves, I did a double take. Seven feet tall, four-legged, with a horned goat head and glowing eyes, it looks less like a piece of modern engineering and more like something conjured from ancient mythology. It’s the kind of design that makes you laugh and feel slightly unsettled at the same time. Which is probably why, when images of the robot surfaced online last month, the internet absolutely lost its mind over it. But here’s the thing: behind all the viral chaos and sleep-paralysis-demon jokes, Threehalves is one of the most thoughtfully reasoned robot designs I’ve come across in a while.

Developed by Satyress, a small startup out of Auburn, California, Threehalves is described as a “superhumanoid general purpose robot.” Its creator, Beau G., spent about four years building the concept, inspired in part by the wildfire-prone foothills of the Sierra Nevada where he lives. The premise is simple and, frankly, hard to argue with: some jobs are too dangerous for humans, but they still need doing. Threehalves is designed to be the one doing them.

Designer: Satyress

The centaur form factor isn’t a gimmick. The humanoid upper body and arms were deliberately chosen so the robot can operate tools designed for human hands, things like chainsaws, impact guns, and other heavy equipment that most existing robots struggle to interface with. The four-legged lower body provides stability on rough terrain, which is no small feat in environments like wildfire zones, collapsed buildings, or toxic sites. The quadruped base uses friction-braked joints, which means it consumes no power just to stay still. That’s a practical engineering decision that speaks to how seriously Satyress is thinking about real-world deployment.

The operation method is equally considered. Threehalves is teleoperated using a joystick controller, similar to a gaming setup, which dramatically lowers the skill barrier for the people using it. Beau describes the controls as abstracted: the joystick tells the robot where to go, and the robot handles its own balance. Think of it like modern autopilot. The operator focuses on positioning and task execution rather than the physics of movement. That’s a genuinely smart approach to making a highly capable machine accessible to tradespeople and emergency responders who don’t have engineering degrees.

The design also carries a kind of radical honesty with it. The Satyress website lists the robot’s limitations openly, including the fact that Threehalves struggles to fit through a standard American doorway and cannot turn around in a narrow hallway. Larger horns can even be fitted to prevent it from passing through pedestrian doors altogether. It’s a rare thing in the robotics industry, an upfront acknowledgment that this machine is built for wide-open, unpredictable environments rather than office corridors or domestic spaces. That kind of transparency does more for the brand’s credibility than any polished launch video could.

One thing Beau said has stuck with me since I first read it. The tagline on the Satyress website reads: “No job is worth your health, safety, limbs, or life. That doesn’t mean a job isn’t worth doing.” It’s the clearest articulation of why this design exists, and it reframes the whole conversation. We tend to discuss robots in terms of what they’ll replace, but Threehalves is asking something different entirely. What if the real goal was to keep human bodies out of harm’s way while keeping human expertise firmly in control?

As for the goat head and the horns? Apparently intentional in their strangeness. “If we had nefarious goals, we probably wouldn’t have made it look like that,” Beau told Fox Weather. It’s the kind of quote that sounds like a joke until you realize he means every word of it, which is exactly the energy you want from someone building a chainsaw-wielding centaur robot for disaster zones. Threehalves is still in prototype stage, but the conversation it’s started feels long overdue. Not all humanoid robots need to walk through your front door or pass for human. Some of them just need to go where humans can’t, and do what humans shouldn’t have to.

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