Effective Kickstarters Campaigns: Boosting Creativity & Learning in Robotics with MD Robotic Equipment?

MangDang aims to showcase the innovative spirit and technological prowess of robotics enthusiasts worldwide. The innovative duo of robots, each driven by unique aspirations and objectives.

The primary robot, the RobotDog, comes to market in several iterations, including the Mini Pupper 1, Mini Pupper 2, and the 2G and 2GA models. This robot is a low-cost, privately owned quadrupedal device that features open-source software.

The MiniPupper enables multimodal generative AI platforms akin to OpenAI’s ChatGPT, Google’s Gemini, and Amazon Web Services’ Claude. Additionally, this device is compatible with both ROS1 and ROS2, further enhancing its capabilities in the realms of Simultaneous Localization and Mapping (SLAM) and navigation. The integration of OpenCV enables robots to perform advanced computer vision tasks using camera feeds. Because of its integration with Raspberry Pi and Arduino, the Mini Pupper exhibits extraordinary versatility and upgradability, rendering it an ideal platform for innovators seeking to bring their unique projects to life.

The next robot to be introduced is the one that will likely become available soon. This robot is specifically designed for college students, homeschoolers, and enthusiasts of robotics. As specifications have not yet been officially unveiled, it is apparent that the Turtle Robot aims to facilitate learning and creativity in the realm of robotics.

The marketing campaign’s initial budget target was €9,000, but it has far surpassed that, generating a total of almost €19,000 – an impressive 120% increase above its original objective. The campaign, which took place from September 5, 2024, to October 5, 2024, had garnered the backing of a significant 80 supporters by its conclusion. The standout feature of the MD Robotic Kits lies in their open-source design, allowing customers to assemble the robots in under an hour. By offering step-by-step guidance, this content becomes effortlessly understandable by a broad range of individuals, encompassing educational institutions and enthusiastic do-it-yourselfers alike. The mission aims not just to convey technical knowledge, but also to showcase the thrill of creating and personalising robots.

• Mini Pupper 1 (2021), Mini Pupper 2 (2022), Mini Pupper 2G & 2GA.
• A cost-effective, privately designed and developed quadruped device, featuring open-source software.
• Develops advanced multimodal generative artificial intelligence akin to 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.
• Allows for unparalleled flexibility by combining the capabilities of Raspberry Pi and Arduino.
• The Mini Pupper enables seamless integration with the Robotic Operating System (ROS), mirroring capabilities akin to Simultaneous Localization and Mapping (SLAM) and robust navigation features. Equipped with advanced lidar and digital camera sensors, this device is capable of mapping its surroundings and navigating independently.
• The robotic possesses twelve distinct levels of freedom, facilitated by its advanced servo motors. These motors offer precise suggestions on acceleration and pressure, enabling accurate control.
• The Mini Pupper utilises the Raspberry Pi 4B or the Raspberry Pi Compute Module 4’s central processing unit, while also employing an ESP32 as a microcontroller to facilitate its operations. This wearable device features a vibrant IPS display boasting a crisp resolution of 240×320 pixels, while its built-in microphone enables seamless voice commands. Additionally, the device comes equipped with an integrated audio system for immersive sound experiences, along with a contact sensor to track physical interactions.
• Because of its open-source foundation, the Mini Pupper may undergo extensive customizations. Customers can customize the robot by adding their own modules, enabling them to tailor the device for a wide range of applications, such as monitoring objects in a specific area.
• The Mini Pupper is an excellent option for college students and homeschooling families seeking a reliable and compact laptop. Comprehensive steerage and resources are included to facilitate a seamless start into the world of robotics. Customers can join a global community to collaborate on ideas and access support.
• As part of the Kickstarter marketing campaign, the Mini Pupper is expected to come in various iterations, with the base model priced at approximately €479. With supply set to begin in February, backers are keenly aware of the financial risks associated with crowdfunding initiatives.

• The Turtle Robotics project utilizes Arduino and serves as an open-source platform for integrating generative artificial intelligence capabilities. This feature enables customers to tailor and expand their robotic capabilities.
• The Turtle Robotic offers a low-cost learning platform for multimodal generative artificial intelligence, now available at an attractive 60% discount from its original price of $99. This appeals strongly to educational institutions and DIY enthusiasts alike, thereby elevating its appeal and interest.
• The robot is designed to be assembled and put into operation within a week. Simplifying the learning process enables freshmen to quickly start exploring and experimenting.
• MangDang offers comprehensive support across multiple channels, along with access to all code and design assets via a publicly accessible GitHub repository. Customers are invited to print their own STL designs and share their innovative ideas.
• The Turtle Robotic leverages cutting-edge AI technologies, enabling seamless and continuous voice interactions. The AI is capable of retaining context from previous discussions and offers customized answers primarily drawing upon those interactions.
• Two Arduino initiatives can be leveraged to enhance the Turtle Robotic’s functionality, namely one focused on developing personalized features and another utilizing voice control to execute multiple functions seamlessly.
• The Turtle Robot is available through Kickstarter’s crowdfunding campaign until October 2024, after which it can be purchased online at various retailers.