New Post: A ton of robot vacuums claim to mop, but these 5 hybrids actually do the job - https://lnkd.in/gf7-XQMS - UPDATE: Jan. 19, 2024, 5:00 a.m. EST Roborock, Ecovacs, Eufy, and Samsung debuted new mopping robot vacuums at CES 2024. We're awaiting their release for hands-on testing and will update our top picks in this story accordingly. Despite the enthusiasm of actors in Swiffer commercials, few people are foaming at the mouth when they think about the prospect of manually mopping their floors. We've already got so much on our plate, and pulling out a mop and exerting elbow grease until scrubbing starts to feel like a workout is a recipe for us to stop mopping altogether. The best robot vacuum and mop combos can solve this problem — if they actually mop your floors properly.Are robot vacuum and mop combos worth it?Since 2020-ish, countless vacuum companies have added at least one hybrid model to their lineup, with prices ranging from $100 to well over $1,000. Price is one thing, but whether the wet mopping feature does much more than create a puddle is another story. Fortunately, there are several robot mops that excel at making dry floors gleam. Brands like iRobot, Roborock, and Shark are moving far past the bare minimum — the technical presence of mopping gear — with features that actually make autonomous mopping effective, like pressurized and/or spinning mopping pads (rather than lackadaisical, stationary ones) and water tanks that allow cleaning solution to be mixed in (rather than cleaning with just water). The theme of the fleet of new hybrid models released at CES 2024 was an automatic system for washing and drying mopping pads, as well as the automatic refilling of the botvac's water tank through a bigger water tank in the dock.Below, we’re outlining some of the best robot mop combos on the market right now, including detailed explanations of the standout features that set them apart. So put that manual mop back in the closet. It's somehow 2024, after all, and you need a break. - Download: Stupid Simple CMS - https://lnkd.in/g4y9XFgR
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[Automate the Grind 👷] Let our Unchained Robotics MalocherBot system take over your weekly grind - forever! Here we can take a look at the MalocherBot sanding variant🔧 Various modules are available for the MalocherBot, e.g. for palletizing, grinding and more. With these modules, the MalocherBot system can perform a wide variety of tasks. 🚩Check out the MalocherBot in various versions on the Unchained Marketplace. Check out the link in the comments below👇 🚩Don't know which robot fits your needs? On the #UnchainedRobotics Marketplace you can find, review and compare over 80 cobots from more than a dozen manufacturers. Not to mention our modular, turnkey MalocherBot system as well as components like grippers, cameras and much more! #UnchainedRobotics #SandingSolutions #DontMindTheGrind
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"The World's First Bicycle-Riding Robot | Primer v2 Robot Meet PRIMER-V2, the remarkable fusion of technology and mobility! Dr. Guero has ingeniously connected a KHR3HV bipedal robot to a custom bike, showcasing a perfect blend of mechanics and robotics. The robot pedals with adjustable speed using its feet, steering just like a regular bike with its hands, all under the remote control of a human operator. What sets PRIMER-V2 apart is its stability mechanism, leveraging the inertial centrifugal effect of the front wheel and a gyro assisted by a PID controller for precise steering, especially during straight-line drives. Interestingly, when the robot steers, it dynamically adjusts its posture, leaning into turns by bending at the waist. The braking system is equally innovative - lifting the feet off the pedals and pointing them downward, using the metal feet as friction brakes. PRIMER-V2 can effortlessly move backward and forward while in brake mode, and seamlessly transition back to pedaling by lifting one foot onto a pedal, followed by the other, triggering the PID controller. Human intervention plays a role in the transition from braking to pedaling, involving setting the pedal at the lowest position. A subtle (6 deg) angle lag between the leading foot and the other ensures smooth pedal action, preventing interference between the rising foot and the downward torque of the other. hashtag #primerv2 hashtag #robotics hashtag #innovation hashtag #technology" Copy from https://lnkd.in/gtSj84K3 Kasra Jadid Haghighi Via Comment of Sören Müller 🙂
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Senior software developer & architect | Follow me If you want to enjoy life as a software developer
The World's First Bicycle-Riding Robot | Primer v2 Robot Meet PRIMER-V2, the remarkable fusion of technology and mobility! Dr. Guero has ingeniously connected a KHR3HV bipedal robot to a custom bike, showcasing a perfect blend of mechanics and robotics. The robot pedals with adjustable speed using its feet, steering just like a regular bike with its hands, all under the remote control of a human operator. What sets PRIMER-V2 apart is its stability mechanism, leveraging the inertial centrifugal effect of the front wheel and a gyro assisted by a PID controller for precise steering, especially during straight-line drives. Interestingly, when the robot steers, it dynamically adjusts its posture, leaning into turns by bending at the waist. The braking system is equally innovative - lifting the feet off the pedals and pointing them downward, using the metal feet as friction brakes. PRIMER-V2 can effortlessly move backward and forward while in brake mode, and seamlessly transition back to pedaling by lifting one foot onto a pedal, followed by the other, triggering the PID controller. Human intervention plays a role in the transition from braking to pedaling, involving setting the pedal at the lowest position. A subtle (6 deg) angle lag between the leading foot and the other ensures smooth pedal action, preventing interference between the rising foot and the downward torque of the other. #primerv2 #robotics #innovation #technology
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Smart Technology
Senior software developer & architect | Follow me If you want to enjoy life as a software developer
The World's First Bicycle-Riding Robot | Primer v2 Robot Meet PRIMER-V2, the remarkable fusion of technology and mobility! Dr. Guero has ingeniously connected a KHR3HV bipedal robot to a custom bike, showcasing a perfect blend of mechanics and robotics. The robot pedals with adjustable speed using its feet, steering just like a regular bike with its hands, all under the remote control of a human operator. What sets PRIMER-V2 apart is its stability mechanism, leveraging the inertial centrifugal effect of the front wheel and a gyro assisted by a PID controller for precise steering, especially during straight-line drives. Interestingly, when the robot steers, it dynamically adjusts its posture, leaning into turns by bending at the waist. The braking system is equally innovative - lifting the feet off the pedals and pointing them downward, using the metal feet as friction brakes. PRIMER-V2 can effortlessly move backward and forward while in brake mode, and seamlessly transition back to pedaling by lifting one foot onto a pedal, followed by the other, triggering the PID controller. Human intervention plays a role in the transition from braking to pedaling, involving setting the pedal at the lowest position. A subtle (6 deg) angle lag between the leading foot and the other ensures smooth pedal action, preventing interference between the rising foot and the downward torque of the other. #primerv2 #robotics #innovation #technology
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Wow, have you heard about the World's First Bicycle-Riding Robot, PRIMER-V2? It's such an amazing fusion of technology and mobility! 🤖🚴♂️ Dr. Guero connected a bipedal robot to a custom bike, creating a perfect blend of mechanics and robotics. The robot pedals with adjustable speed using its feet and steers just like a regular bike with its hands, all under the control of a human operator. But what really sets PRIMER-V2 apart is its stability mechanism, which uses the front wheel's inertial centrifugal effect and a gyro assisted by a PID controller for precise steering. It can even lean into turns by bending at the waist! 🔄 The braking system is also innovative, using the metal feet as friction brakes. PRIMER-V2 can effortlessly move backward and forward while in brake mode and seamlessly transition back to pedaling. It's truly a remarkable invention! 🙌 #BicycleRobot #TechInnovation #Robotics #MechanicsAndTechnology
Senior software developer & architect | Follow me If you want to enjoy life as a software developer
🚀 The World's First Bicycle-Riding Robot | Primer v2 Robot 🤖🚴♂️ Meet PRIMER-V2, the remarkable fusion of technology and mobility! Dr. Guero has ingeniously connected a KHR3HV bipedal robot to a custom bike, showcasing a perfect blend of mechanics and robotics. 🔧 The robot pedals with adjustable speed using its feet, steering just like a regular bike with its hands, all under the remote control of a human operator. What sets PRIMER-V2 apart is its stability mechanism, leveraging the inertial centrifugal effect of the front wheel and a gyro assisted by a PID controller for precise steering, especially during straight-line drives. 🔄 Interestingly, when the robot steers, it dynamically adjusts its posture, leaning into turns by bending at the waist. The braking system is equally innovative - lifting the feet off the pedals and pointing them downward, using the metal feet as friction brakes. PRIMER-V2 can effortlessly move backward and forward while in brake mode, and seamlessly transition back to pedaling by lifting one foot onto a pedal, followed by the other, triggering the PID controller. 🕹️ Human intervention plays a role in the transition from braking to pedaling, involving setting the pedal at the lowest position. A subtle (6 deg) angle lag between the leading foot and the other ensures smooth pedal action, preventing interference between the rising foot and the downward torque of the other. #primerv2 #robotics #innovation #technology
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Maintenance & Automation Engineer | Electrical Engineer | Industry Assessor | Innovator
🚀 The World's First Bicycle-Riding Robot | Primer v2 Robot 🤖🚴♂️ Meet PRIMER-V2, the remarkable fusion of technology and mobility! Dr. Guero has ingeniously connected a KHR3HV bipedal robot to a custom bike, showcasing a perfect blend of mechanics and robotics. 🔧 The robot pedals with adjustable speed using its feet, steering just like a regular bike with its hands, all under the remote control of a human operator. What sets PRIMER-V2 apart is its stability mechanism, leveraging the inertial centrifugal effect of the front wheel and a gyro assisted by a PID controller for precise steering, especially during straight-line drives. 🔄 Interestingly, when the robot steers, it dynamically adjusts its posture, leaning into turns by bending at the waist. The braking system is equally innovative - lifting the feet off the pedals and pointing them downward, using the metal feet as friction brakes. PRIMER-V2 can effortlessly move backward and forward while in brake mode, and seamlessly transition back to pedaling by lifting one foot onto a pedal, followed by the other, triggering the PID controller. 🕹️ Human intervention plays a role in the transition from braking to pedaling, involving setting the pedal at the lowest position. A subtle (6 deg) angle lag between the leading foot and the other ensures smooth pedal action, preventing interference between the rising foot and the downward torque of the other. #primerv2 #robotics #innovation #technology
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Among many cleaning robots, there's one thing that always annoys users which is the change of parts when shifting cleaning modes. We expect the robot to do as much with less human involvement - that's the reason we created this patented cleaning module that saves you from that. For instance, when the robot finishes scrubbing the floor in the morning, it's then scheduled to perform dust mopping for the rest of the day, withouth the need to change any part of the robot. If you are interested in how it works, PM us for an online demo appointment. 📧：sales@ikitbot.com 🔗：www.ikitbot.com
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PRIMER-V2 is an incredible leap forward in robotics and mobility! 🚴♂️🤖 Watching this robot pedal and steer like a human is a fascinating display of how technology is pushing boundaries in innovation. From dynamic posture adjustments to its innovative braking system, this is truly next-level robotics! Curious about how cutting-edge technology like this is impacting markets globally? Check out our latest market update, where we dive into Tesla’s Robotaxi, economic shifts, and more. Stay ahead of these tech trends and their market influence! 👉 Read more here: https://lnkd.in/gwTJ4VTf #Robotics #Innovation #TechTrends #GlobalMarkets #Tesla #AI #EstimatedStocks
Senior software developer & architect | Follow me If you want to enjoy life as a software developer
The World's First Bicycle-Riding Robot | Primer v2 Robot Meet PRIMER-V2, the remarkable fusion of technology and mobility! Dr. Guero has ingeniously connected a KHR3HV bipedal robot to a custom bike, showcasing a perfect blend of mechanics and robotics. The robot pedals with adjustable speed using its feet, steering just like a regular bike with its hands, all under the remote control of a human operator. What sets PRIMER-V2 apart is its stability mechanism, leveraging the inertial centrifugal effect of the front wheel and a gyro assisted by a PID controller for precise steering, especially during straight-line drives. Interestingly, when the robot steers, it dynamically adjusts its posture, leaning into turns by bending at the waist. The braking system is equally innovative - lifting the feet off the pedals and pointing them downward, using the metal feet as friction brakes. PRIMER-V2 can effortlessly move backward and forward while in brake mode, and seamlessly transition back to pedaling by lifting one foot onto a pedal, followed by the other, triggering the PID controller. Human intervention plays a role in the transition from braking to pedaling, involving setting the pedal at the lowest position. A subtle (6 deg) angle lag between the leading foot and the other ensures smooth pedal action, preventing interference between the rising foot and the downward torque of the other. #primerv2 #robotics #innovation #technology
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[Automate the Grind 👷] Let our Unchained Robotics MalocherBot system take over your weekly grind - forever! Here we can take a look at the MalocherBot sanding variant🔧 Various modules are available for the MalocherBot, e.g. for palletizing, grinding and more. With these modules, the MalocherBot system can perform a wide variety of tasks. 🚩Check out the MalocherBot in various versions on the Unchained Marketplace. Check out the link in the comments below👇 🚩Don't know which robot fits your needs? On the #UnchainedRobotics Marketplace you can find, review and compare over 100 (!) cobots from more than a dozen manufacturers. Not to mention our modular, turnkey MalocherBot system as well as components such as grippers, cameras and much more! #UnchainedRobotics #SandingSolutions #DontMindTheGrind
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Senior software developer & architect | Follow me If you want to enjoy life as a software developer
🚀 The World's First Bicycle-Riding Robot | Primer v2 Robot 🤖🚴♂️ Meet PRIMER-V2, the remarkable fusion of technology and mobility! Dr. Guero has ingeniously connected a KHR3HV bipedal robot to a custom bike, showcasing a perfect blend of mechanics and robotics. 🔧 The robot pedals with adjustable speed using its feet, steering just like a regular bike with its hands, all under the remote control of a human operator. What sets PRIMER-V2 apart is its stability mechanism, leveraging the inertial centrifugal effect of the front wheel and a gyro assisted by a PID controller for precise steering, especially during straight-line drives. 🔄 Interestingly, when the robot steers, it dynamically adjusts its posture, leaning into turns by bending at the waist. The braking system is equally innovative - lifting the feet off the pedals and pointing them downward, using the metal feet as friction brakes. PRIMER-V2 can effortlessly move backward and forward while in brake mode, and seamlessly transition back to pedaling by lifting one foot onto a pedal, followed by the other, triggering the PID controller. 🕹️ Human intervention plays a role in the transition from braking to pedaling, involving setting the pedal at the lowest position. A subtle (6 deg) angle lag between the leading foot and the other ensures smooth pedal action, preventing interference between the rising foot and the downward torque of the other. #primerv2 #robotics #innovation #technology
