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UBPet V10 powerful deep cleaning robot vacuum cleaner with LDS navigation from $349

UBPet V10 powerful deep cleaning robot vacuum cleaner with LDS navigation

The UBPet V10 robot vacuum cleaner is boastsan array of innovative features that redefine the standards of cleanliness and ease of use. One of the most striking features of the UBPet V10 is its powerful suction and cyclonic structure. The vacuum cleaner harnesses the power of a 100AW brushless high-speed fan, which generates an impressive 22,000Pa of suction power. This is a staggering ten times more powerful than conventional models, enabling it to effortlessly lift and remove stubborn dirt and debris. The cyclonic structure of the UBPet V10 plays a crucial role in maintaining this high suction power, effectively separating air from dust to optimize performance.

Reduced-price early bird pledges are now available for the different project from roughly $349 or £277 (depending on current exchange rates), offering a considerable discount of approximately 50% off the retail pricing, while the Kickstarter crowd funding is under way.

UBPet V10 robot vacuum cleaner features

Another advantage of the cyclonic structure is its impact on filter longevity. By efficiently separating air from dust, the UBPet V10 reduces the need for frequent filter replacements. This not only lowers the overall cost of maintaining the vacuum cleaner but also makes it a more environmentally friendly choice by reducing waste from discarded filters.

The UBPet V10’s suction power is comparable to that of Dyson’s vacuum cleaners, a brand renowned for their high-performance cleaning devices. This parity in performance underscores the UBPet V10’s ability to deliver top-tier cleaning results across various surfaces. Whether it’s hardwood floors or carpets, the UBPet V10 can effectively collect a wide range of waste, from coffee grounds and oats to chocolate chips.

Robot vacuum cleaner

When it comes to carpet cleaning, the UBPet V10 is particularly adept at navigating carpets with a height of under 0.7 inches. This feature ensures efficient cleaning of low-pile carpets, often found in many homes and offices. The UBPet V10’s ability to handle large volumes of pet hair is another testament to its cleaning prowess. Unlike traditional vacuum cleaners, where pet hair often tangles around the brushes and filters, reducing their cleaning efficiency, the UBPet V10 is designed to handle this challenge with ease.

If the UBPet V10 campaign successfully raises its required pledge goal and production progresses smoothly, worldwide shipping is expected to take place sometime around February 2024. To learn more about the UBPet V10 robot vacuum cleaner project assess the promotional video below.

The UBPet V10 doesn’t just excel in cleaning performance; it also showcases sophisticated navigation capabilities. The vacuum cleaner utilizes line laser sensors for precise obstacle avoidance. This advanced technology enables the UBPet V10 to seamlessly navigate around household items such as trash bins, shoes, and floor debris. This ensures a comprehensive cleaning coverage without the risk of damaging household items or the vacuum cleaner itself.

UBPet V10 robot vacuum cleaner in action

The UBPet V10 vacuum cleaner combines powerful suction, efficient cleaning, and advanced navigation to deliver a superior cleaning experience. Its impressive features, comparable to those of leading brands, make it a compelling choice for those seeking an effective and convenient solution to keeping their homes clean.

For a complete list of all available early bird pledges, stretch goals, extra media and functionality overview for the robot vacuum cleaner, jump over to the official UBPet V10 crowd funding campaign page by visiting the link below.

Source : Kickstarter

Disclaimer: Participating in Kickstarter campaigns involves inherent risks. While many projects successfully meet their goals, others may fail to deliver due to numerous challenges. Always conduct thorough research and exercise caution when pledging your hard-earned money.

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New Tesla Optimus Gen 2 humanoid robot

If you are concerned about a world where robots can think for themselves. You might be interested to know that Tesla has unveiled their latest human node robot which has moved away from scripted human written commands to an AI autonomous control system. Simply put this means that the robot can think for itself rather than following a predefined set of rules provided by a human programmer.

As you can imagine the world of technology is witnessing a significant transformation as robotics and artificial intelligence (AI) advance towards greater autonomy. This evolution is set to redefine how robots integrate into our society and industries, moving beyond simple, programmed tasks to more complex, intelligent behaviors.

At the forefront of this shift, companies like Tesla are making strides with innovations such as the Optimus humanoid robot. This robot represents a move from single-purpose machines to versatile, learning entities that could one day be as common as kitchen appliances. Although Tesla’s Optimus is not alone in this technological leap. Google’s robots, including the RTX model, are showcasing their ability to autonomously navigate and interact with their environment.

This is made possible through the integration of sophisticated vision and language models, which allow these robots to operate in a manner similar to humans. Such advancements are making robots more adaptable and efficient, capable of handling a variety of tasks without explicit programming.

Tesla Optimus Gen 2 unveiling

Robotic Transformer model

Another groundbreaking development is the Robotic Transformer model, which leverages the vast amount of information available on the internet and robotics databases. This model is creating a generalized control system that enables robots to process and utilize diverse data, enhancing their ability to perform real-world tasks. This signifies a move towards robots that can learn from a wide range of sources and apply that knowledge practically.

The role of large language models, such as GPT-4, is also becoming increasingly important in guiding robots. These models provide the capability for robots to navigate complex environments and carry out detailed tasks, such as making coffee, by interpreting commands in real-time. This represents a departure from the limitations of pre-set instructions, allowing for more dynamic and responsive robot behavior.

Humanoid robots

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One particularly impressive example of AI’s capabilities is the Eureka model, which has shown that AI can create reward functions that surpass human intuition in complex situations. This suggests that AI could develop new, more efficient strategies for completing tasks, potentially outperforming the methods humans might devise.

Simulations have become an essential tool in training robots, providing a safe and efficient environment for them to hone their skills. This is especially important for minimizing the risks and time associated with training in the real world. By using simulations, robots can learn and improve much faster, accelerating their readiness for practical applications.

Looking ahead, the next five years are expected to bring substantial progress in the development and deployment of robots. This is driven by the continuous innovation from tech giants such as Nvidia, Google DeepMind, and OpenAI. The prospect of integrating robots into our daily lives is becoming more realistic, suggesting a future where robots could be as widespread as smartphones, altering the way we live and work.

The journey from scripted to autonomous control in robotics and AI is not only ongoing but also gaining momentum. With the emergence of humanoid robots, integrated cognitive models, and sophisticated language processing, the potential for robotics is immense. The efforts of leading technology firms are setting the stage for a future where robots could become a standard part of our daily existence, revolutionizing both personal and professional spheres. For more information on the new unveiling jump over to the official Tesla AI website.

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Build your own robot dog with the CM4 XGO-Lite kit

Build your own robot dog

If you would like to build your very own robot dog companion complete with moving limbs, sensors and more. You might be interested in the CM4 XGO Robot Dog Kit V2 for Raspberry Pi is a noteworthy addition to the market. This robotic dog companion kit offers an engaging and educational experience for tech enthusiasts, providing them with the opportunity to build their own robotic companion using advanced technology and open-source software.

The CM4 XGO robotic companion is powered by a Raspberry Pi Compute Module 4 (CM4), a robust microcomputer with a Quad-Core Cortex-A72 CPU running at 1.5GHz. This processor ensures a smooth and efficient operation, allowing the robot dog to execute complex tasks effortlessly. The CM4 also offers wireless connectivity with dual-band 2.4GHz/5GHz Wi-Fi and Bluetooth 5.0 BLE, ensuring seamless communication between the robot and its controller. The robot is equipped with 2GB/4GB of RAM for efficient multitasking and a 32GB Micro SD card for storing the operating system and other necessary data.

Unlike many robot kits on the market, the CM4 XGO Robot Dog boasts a sturdy metal construction, giving it a satisfyingly robust and weighty feel. This construction not only enhances the robot’s durability but also adds to its aesthetic appeal. The kit comes pre-assembled, saving users from the often complicated process of assembly and wiring.

At the heart of this robot dog is the Compute Module 4, which serves as the control center. Users can program the robot with custom code via a web browser, or they can opt for traditional programming methods by connecting it to a monitor. The kit comes with several examples of code that demonstrate the robot’s capabilities, including facial recognition using the inbuilt camera, remote control, and more. The robot’s functionality can be further expanded with the use of Python commands, as detailed in the provided documentation. For those who are not yet proficient in Python, a block code editor is also available.

Other articles you may find of interest on the subject of robots :

CM4 XGO Robot dog

The CM4 XGO was recently showcased at OSSUMMIT EU 2023, a leading open-source event by the Linux Foundation, held in Bilbao, Spain. This event, themed “Innovation Happens Here”, gathered global open-source developers, vendors, technologists, users, universities, and research institutes to discuss open-source innovation and the future. ELECFREAKS, a partner of the OpenAtom OpenHarmony ecosystem, demonstrated the capabilities of its open-source XGO at the event.

The XGO Robot Dog operates on the OpenHarmony lightweight system, an open-source operating system that allows the robot to perform functions like visual line inspection, self-balancing control, and motion detection. The robotic companion, made of aluminum alloy material, can perform actions like walking up and down steps, demonstrating its advanced mobility.

In addition to the XGO, ELECFREAKS also highlighted the Open Source Big Brother project at the OSSUMMIT. This project is an open-source technology education ecosystem for youth, aiming to help young people gain access to open-source hardware and develop skills in creativity education, programming education, and artificial intelligence education. ELECFREAKS has created a series of creative works using open-source hardware products suitable for teaching and display on campus, and these have been demonstrated in various schools, sparking interest among students.

The CM4 XGO Robot Dog Kit V2 for Raspberry Pi offers an exciting and educational opportunity for tech enthusiasts to build their own robot dog. With its advanced technology, open-source software, and robust construction, this robot dog kit is a valuable addition to the realm of robotics.

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