MangDang aims to showcase the innovative spirit and technological prowess of robotics enthusiasts. The article highlights the distinction between two pioneering robots, each catering to diverse requirements and aspirations.
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The primary robot, known as the Robi, is available in various forms, including the Mini Pupper 1, Mini Pupper 2, and the 2G and 2GA models. The RoboQuadruped is a cost-effective, privately owned quadruped bundle accompanied by open-source programming software. The Mini Pupper enables multimodal generative AI platforms similar to those found in OpenAI’s ChatGPT, Google’s Gemini, and Amazon Web Services’ (AWS) Claude. Suitable for use with both ROS1 and ROS2, this platform’s versatility is amplified in applications involving Simultaneous Localization and Mapping (SLAM) and navigation, thereby further broadening its potential uses. The integration of OpenCV enables robots to perform advanced computer vision and machine learning tasks using camera feeds. Thanks to its compatibility with Raspberry Pi and Arduino, the Mini Pupper offers unparalleled flexibility and customizability, making it an ideal platform for makers seeking to bring their unique projects to life.
The second robotic offering, expected to hit the market soon, is. This robot is specifically designed for colleges, homeschooling families, and robotics enthusiasts. While specific details have yet to be fully unveiled, it appears the Turtle Robot also aims to facilitate learning and innovation in the field of robotics.
The marketing campaign’s initial budget was set at €9,000, but it has significantly surpassed that goal, reaching a total of nearly €19,000 – a remarkable 212% increase from its original target.
Our marketing campaign, which took place from September 5, 2024 to October 5, 2024, has already garnered impressive results: we’ve secured 80 supporters thus far. The MD Robotic Kits boast a unique advantage with their open-source design, enabling customers to quickly assemble the robots within less than an hour. This design makes tutorials effortlessly accessible to a diverse range of learners, spanning from educational institutions to enthusiastic DIY practitioners. The venture is crafted to achieve a dual purpose: providing technical information while also inspiring enthusiasm for robotics innovation through hands-on creation and customization.
- Mini Pupper 1 (2021), Mini Pupper 2 (2022), Mini Pupper 2G & 2GA.
- A cost-effective, privately developed quadruped robotics platform featuring open-source software.
- Developing multimodal generative AI models that rival the capabilities of OpenAI’s ChatGPT, Google’s Gemini, and Amazon Web Services’ Claude. It’s suitable with ROS1 and ROS2 for SLAM & navigation and relies on OpenCV for deep studying with cameras.
- The combination of Raspberry Pi and Arduino enables exceptional versatility.
- The Mini Pupper seamlessly integrates with the Robotic Operating System (ROS), offering capabilities reminiscent of Simultaneous Localization and Mapping (SLAM) and advanced navigation features. Equipped with advanced lidar and digital camera sensors, this device is capable of mapping its surroundings and navigating autonomously.
- The robot boasts 12 levels of freedom, enabled by its advanced servo motors. These motors provide insightful recommendations on acceleration and pressure, enabling precise control.
- The Mini Pupper utilises the Raspberry Pi 4B or Compute Module 4 as its central processing unit, accompanied by an ESP32 microcontroller. The device features an IPS display with a resolution of 240×320 pixels, equipped with a built-in microphone, integrated audio system, and a contact sensor for added functionality.
- Because of its open-source foundation, the Mini Pupper’s potential for profound modification is considerable. Customers can tailor their robots by adding unique modules, allowing them to customize the device for a range of applications, such as monitoring objects within a specific area.
- The Mini Pupper is an ideal solution for college students and homeschooling families. With comprehensive steering and sources provided, you’ll gain a seamless start in the realm of robotics. Customers can join a global community to share ideas and receive support.
- As a key component of our Kickstarter promotional efforts, the Mini Pupper is likely to be offered in various configurations, with the base model priced at approximately €479. Supporters are aware that supply is set to begin in February, and with that, the financial risks associated with crowdfunding initiatives are top of mind.
- The Turtle Robotics project leverages Arduino technology to facilitate the fusion of open-source innovation with cutting-edge generative artificial intelligence. This feature empowers customers to tailor-make and evolve their robotic experience.
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The Turtle Robotic is a cost-effective learning platform for multimodal generative AI, offering an introductory price of 60 percent off its standard retail value of $99. This content effectively resonates with both educational institutions and DIY enthusiasts, fostering a strong connection.
- The robot is designed to be assembled and brought online within a week. This enables learners to begin studying and exploring quickly.
- MangDang offers comprehensive support across multiple channels, along with access to all code and design documentation via a publicly available GitHub repository. Customers are empowered to generate their own STL designs, allowing them to share their innovative ideas with the community by printing out their creations.
- The Turtle Robotic leverages advanced AI technologies to enable seamless voice interactions. The AI is capable of retaining context from previous interactions and delivers tailored responses grounded in those discussions.
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Two Arduino initiatives are compatible with the Turtle Robotic, enabling users to test individual features or control all functions via voice command.
- The Turtle Robotics project concluded its Kickstarter campaign in October 2024, with plans to subsequently become available at online retailers.
