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Geek Club and CircuitMess in Partnership with Warner Bros. Discovery Global Consumer Product Launch Rick and Morty™ Butter Bot
After a string of successful Kickstarter campaigns, Geek Club and CircuitMess have teamed up once again to launch an exciting new project: an AI-powered desk robot designed especially for Rick and Morty fans.
Zagreb, Croatia – November 2024 – Geek Club and CircuitMess are thrilled to announce the official launch of their Kickstarter campaign for the Butter Bot, a revolutionary AI-powered robot inspired by the one made famous in the popular Adult Swim series, Rick and Morty, and first seen in season 1 episode 9. This innovative product is officially licensed by Warner Bros. Discovery Global Consumer Products (WBDGCP), bringing the iconic Butter Bot to life in a way fans have never seen before.
From Screen to Reality: A Partnership That Is Bringing Butter Bot to Life
A shared love of Rick and Morty show between CircuitMess and Geek Club teams led to this project. Both companies saw an opportunity to bring a beloved character to life in a way that was both true to the show and technologically innovative. They chose the Butter Bot because of its iconic status and potential for interactive, educational, and entertaining applications. By turning a simple butter-passing robot into a multifunctional AI companion, they aimed to create a product that would resonate with fans and tech enthusiasts alike, merging humor and functionality seamlessly.
From Mars to Multiverse: The Next Chapter for CircuitMess and Geek Club
The collaboration was a logical union of the two companies after the massive success of the previous Kickstarter – NASA Perseverance AI-powered Mars Rover. Both companies create educational STEM DIY kits for kids and adults in order to make learning STEM skills easy and fun. While CircuitMess is focused primarily on toys, Geek Club’s products are always robot and space-themed.
„Partnering with WBDGCP on this project has been an exciting next step in our collaboration with Circtuit Mess, says Nico, co-founder of Geek Club, sharing his enthusiasm: “The Butter Bot is a testament to what happens when creativity, technology, and fandom collide. We’re excited to see the support and engagement from the community as we launch our Kickstarter campaign.“
Geek Club is an American company that specializes in designing and producing DIY robotics kits that educate their users on soldering and electronics. They focus primarily on space exploration and robotics, all to make learning engineering skills easy and fun for their young and adult audience.
Beyond Butter: Introducing the AI-Powered Butter Bot
The Butter Bot is not just a simple robot with the sole purpose of passing the butter, as originally in the show. It comes with a unique remote controller that allows for precise maneuvering of its movement while also providing a live feed from the bot’s camera. The interactive robot has advanced AI capabilities, making it a versatile companion in any setting.
„Bringing the Butter Bot from Rick and Morty into the real world has been an incredible journey,” says Albert Gajšak, CEO of CircuitMess, expressing his excitement about the launch: “We’ve poured our hearts into creating a product that not only honors the original character but also adds a whole new level of interactivity and functionality. We can’t wait to see how fans will use and enjoy it.“
To this day, CircuitMess has developed numerous educational products that encourage kids and adults to create rather than just consume. They successfully delivered 7 Kickstarter campaigns and made thousands of geeks worldwide extremely happy. CircuitMess‘ kits are a unique blend of resources for learning about hardware and software in a fun and exciting way.
The Butter Bot Kickstarter campaign offers backers exclusive early-bird pricing and special rewards.
For more information and to back the project, visit the Butter Bot Kickstarter page here (https://www.kickstarter.com/projects/albertgajsak/rick-and-mortytm-butter-bot-an-ai-powered-desk-robot), or check out the Geek Club and CircuitMess websites to see all their other kits.
About Geek Club
Geek Club is a crew of designers and engineers led by co-founders Nicolas Deladerrière and Nikita Potrashilin. Their mission is to build electronic construction kits for curious minds in over 70 countries worldwide. They are most often inspired by NASA and other Space Agencies of the world and hope to push their fans’ minds further, strengthen their skills, and advance their knowledge of electronics and Space.
Their vision is to create a world of inventors for the next generation of technology with their space-themed STEM kits. Find out more at www.geekclub.com.
Nicolas Deladerrière, co-founder of Geek Club
Mail: [email protected]
About CircuitMess
CircuitMess is a technology startup founded in 2017 by Albert Gajšak and Tomislav Car after a successful Kickstarter campaign for MAKERbuino.
CircuitMess employs young, ambitious people and has recently moved to a new office in Croatia’s capital, Zagreb, searching for talented individuals who will help them create unique electronic products and bring technology to the crowd in a fun and exciting way. Find out more at www.circuitmess.com.
Albert Gajšak, co-founder and CEO of CircuitMess
Mail: [email protected]
About Rick and Morty
Rick and Morty is the Emmy® award-winning half-hour animated hit comedy series on Adult Swim that follows a sociopathic genius scientist who drags his inherently timid grandson on insanely dangerous adventures across the universe. Rick Sanchez is living with his daughter Beth’s family and constantly bringing her, his son-in-law Jerry, granddaughter Summer, and grandson Morty into intergalactic escapades.
Rick and Morty stars Ian Cardoni, Harry Belden, Sarah Chalke, Chris Parnell, and Spencer Grammer.
About Warner Bros. Discovery Global Consumer Products
Warner Bros. Discovery Global Consumer Products (WBDGCP), part of Warner Bros. Discovery’s Revenue & Strategy division, extends the company’s powerful portfolio of entertainment brands and franchises into the lives of fans around the world. WBDGCP partners with best-in-class licensees globally on award-winning toy, fashion, home décor and publishing programs inspired by the biggest franchises from Warner Bros.’ film, television, animation, and games studios, HBO, Discovery, DC, Cartoon Network, HGTV, Eurosport, Adult Swim, and more. With innovative global licensing and merchandising programs, retail initiatives, and promotional partnerships, WBDGCP is one of the leading licensing and retail merchandising organizations in the world.
Get your own Rick and Morty Butter Bot!
Successful Kickstarter campaign: MD Robot Kit promotes creativity and education in robotics
MangDang’s Kickstarter project „MD Robot Kit: Unlock your AI Robot Engineering Dream Job“ aims to promote the creativity and technical know-how of robotics enthusiasts. It offers two main robots, each addressing different needs and interests.
The first robot, the Mini Pupper, is available in several versions, including Mini Pupper 1, Mini Pupper 2, and the 2G and 2GA models. This robot is a low-cost, personal quadruped kit that comes with open-source software. The Mini Pupper supports multimodal generative AI platforms such as OpenAI’s ChatGPT, Google’s Gemini, and AWS’s Claude. It is also compatible with ROS1 and ROS2, which expands its capabilities in the areas of SLAM (Simultaneous Localization and Mapping) and navigation. The integration of OpenCV allows the robot to perform deep learning with cameras. Thanks to the use of Raspberry Pi and Arduino, the Mini Pupper offers high adaptability and expandability, making it ideal for developers who want to realize their own projects.
The second robot presented is the Turtle Robot, which will be available soon. This robot is specifically aimed at schools, homeschooling families, and robot enthusiasts. While detailed specifications have not yet been fully released, it is clear that the Turtle Robot also aims to support learning and creativity in the field of robotics.
The campaign itself has set a funding goal of 9000€ and has clearly exceeded it with a sum of just under 19000€, which corresponds to over 200% of the original goal. The campaign runs from September 5, 2024 to October 5, 2024 and has attracted 80 supporters so far. A standout feature of the MD Robot Kits is their open-source nature, which allows users to assemble the robots in less than an hour. This makes them particularly accessible to a wide range of audiences, ranging from educational institutions to DIY enthusiasts. The project is designed not only to impart technical knowledge, but also to promote the joy of creating and customizing robots.
1. Mini Pupper:
- Versions: Mini Pupper 1 (2021), Mini Pupper 2 (2022), Mini Pupper 2G & 2GA.
- Design: A low-cost, personal quadruped kit with open-source software.
- Features: Supports multimodal generative AI such as OpenAI’s ChatGPT, Google’s Gemini, and AWS’s Claude. It is compatible with ROS1 and ROS2 for SLAM & navigation and is based on OpenCV for deep learning with cameras.
- Extensibility: Uses Raspberry Pi and Arduino, which allows for high adaptability.
- Open-source platform: The Mini Pupper supports the Robot Operating System (ROS) and offers features such as SLAM (Simultaneous Localization and Mapping) and navigation. It is equipped with lidar and camera sensors that allow it to map its surroundings and move autonomously
- Technical specifications: The robot has 12 degrees of freedom, made possible by advanced servo motors. These motors provide feedback on acceleration and force, which allows precise control.
- Hardware and expandability: The Mini Pupper uses the Raspberry Pi 4B or the Raspberry Pi Compute Module 4 as the central processing unit and is equipped with an ESP32 as a microcontroller. It has an IPS display with a resolution of 240 x 320 pixels, a microphone, speakers and a touch sensor.
- Adaptability: Thanks to its open-source nature, the Mini Pupper can be modified deeply. Users can add their own modules and customize the robot for different projects, such as tracking objects in space.
- Education and community: The Mini Pupper is ideal for schools and homeschooling families. It comes with comprehensive guidance and resources to help you get started with robotics. Users can become part of a global community to share ideas and get support.
- Price and availability: As part of the Kickstarter campaign, the Mini Pupper will be offered in different versions, with the base model costing around 479 euros. Delivery is scheduled to begin in February, with supporters aware of the financial risk of crowdfunding campaigns.
2. Turtle Robot:
- Open-source project: The Turtle Robot is based on Arduino and is an open-source project that supports the integration of generative AI. This allows users to customize and expand the robot.
- Affordability: The Turtle Robot is a low-cost learning platform for multimodal generative AI and comes at an introductory price of 60% off $99. This makes it particularly attractive to educational institutions and DIY enthusiasts.
- Ease of use: The robot is designed to be set up and put into operation within a week. This makes it easier for beginners to start learning and experimenting quickly.
- Support and resources: MangDang offers comprehensive support across multiple channels, as well as access to all code and design files via a GitHub repository. Users can print the STL design files and contribute their own ideas.
- Multimodal Generative AI: The Turtle Robot uses advanced AI technologies that enable continuous voice interactions. The AI can remember previous conversations and give personalized answers based on them.
- Application examples: There are two Arduino projects that can be used with the Turtle Robot: one for testing individual functions and another that performs all functions via voice control.
- Availability: The Turtle Robot was available as part of the Kickstarter campaign until October 2024 and will be available in an online store after that.
Erfolgreiche Kickstarter-Kampagne: MD Robot Kit fördert Kreativität und Bildung in der Robotik
Das Kickstarter-Projekt „MD Robot Kit: Unlock your AI Robot Engineering Dream Job“ von MangDang zielt darauf ab, die Kreativität und das technische Know-how von Robotik-Enthusiasten zu fördern. Es bietet zwei Hauptroboter, die jeweils unterschiedliche Bedürfnisse und Interessen ansprechen.
Der erste Roboter, der Mini Pupper, ist in mehreren Versionen erhältlich, darunter Mini Pupper 1, Mini Pupper 2 sowie die Modelle 2G und 2GA. Dieser Roboter ist ein kostengünstiges, persönliches Quadruped-Kit, das mit Open-Source-Software ausgestattet ist. Der Mini Pupper unterstützt multimodale generative KI-Plattformen wie ChatGPT von OpenAI, Gemini von Google und Claude von AWS. Zudem ist er mit ROS1 und ROS2 kompatibel, was seine Fähigkeiten in den Bereichen SLAM (Simultaneous Localization and Mapping) und Navigation erweitert. Die Integration von OpenCV ermöglicht es dem Roboter, Deep Learning mit Kameras durchzuführen. Dank der Nutzung von Raspberry Pi und Arduino bietet der Mini Pupper eine hohe Anpassungsfähigkeit und Erweiterbarkeit, was ihn ideal für Entwickler macht, die ihre eigenen Projekte realisieren möchten.
Der zweite vorgestellte Roboter ist der Turtle Robot, der bald verfügbar sein wird. Dieser Roboter richtet sich speziell an Schulen, Homeschooling-Familien und Roboter-Enthusiasten. Während detaillierte Spezifikationen noch nicht vollständig veröffentlicht wurden, ist klar, dass der Turtle Robot ebenfalls darauf abzielt, das Lernen und die Kreativität im Bereich der Robotik zu unterstützen.
Die Kampagne selbst hat ein Finanzierungsziel von 9000€ gesetzt und dieses mit einer erreichten Summe von knapp 19000€ , was über 200% des ursprünglichen Ziels entspricht, deutlich übertroffen. Die Kampagne läuft vom 5. September 2024 bis zum 5. Oktober 2024 und zog bisher 80 Unterstützer an. Ein herausragendes Merkmal der MD Robot Kits ist ihre Open-Source-Natur, die es den Nutzern ermöglicht, die Roboter in weniger als einer Stunde zusammenzubauen. Dies macht sie besonders zugänglich für eine breite Zielgruppe, die von Bildungseinrichtungen bis hin zu DIY-Enthusiasten reicht. Das Projekt ist darauf ausgelegt, nicht nur technisches Wissen zu vermitteln, sondern auch die Freude an der Schaffung und Anpassung von Robotern zu fördern.
Roboter
1. Mini Pupper:
- Versionen: Mini Pupper 1 (2021), Mini Pupper 2 (2022), Mini Pupper 2G & 2GA.
- Design: Ein kostengünstiges, persönliches Quadruped-Kit mit Open-Source-Software.
- Funktionen: Unterstützt multimodale generative KI wie ChatGPT von OpenAI, Gemini von Google und Claude von AWS. Es ist kompatibel mit ROS1 und ROS2 für SLAM & Navigation und basiert auf OpenCV für Deep Learning mit Kameras.
- Erweiterbarkeit: Nutzt Raspberry Pi und Arduino, was hohe Anpassungsfähigkeit ermöglicht.
- Open-Source-Plattform: Der Mini Pupper unterstützt das Robot Operating System (ROS) und bietet Funktionen wie SLAM (Simultaneous Localization and Mapping) und Navigation. Er ist mit Lidar- und Kamerasensoren ausgestattet, die es ihm ermöglichen, seine Umgebung zu kartieren und sich autonom zu bewegen.
- Technische Spezifikationen: Der Roboter verfügt über 12 Freiheitsgrade, die durch fortschrittliche Servomotoren ermöglicht werden. Diese Motoren bieten Feedback zu Beschleunigung und Kraft, was eine präzise Steuerung erlaubt.
- Hardware und Erweiterbarkeit: Der Mini Pupper nutzt den Raspberry Pi 4B oder das Raspberry Pi Compute Module 4 als zentrale Recheneinheit und ist mit einem ESP32 als Mikrocontroller ausgestattet. Er verfügt über ein IPS-Display mit einer Auflösung von 240 x 320 Pixeln, ein Mikrofon, Lautsprecher und einen Touch-Sensor.
- Anpassungsfähigkeit: Dank seiner Open-Source-Natur kann der Mini Pupper tiefgreifend modifiziert werden. Nutzer können eigene Module hinzufügen und den Roboter für verschiedene Projekte anpassen, wie z.B. das Verfolgen von Objekten im Raum.
- Bildung und Community: Der Mini Pupper ist ideal für Schulen und Homeschooling-Familien geeignet. Er wird mit umfassenden Anleitungen und Ressourcen geliefert, die den Einstieg in die Robotik erleichtern. Nutzer können Teil einer globalen Community werden, um Ideen auszutauschen und Unterstützung zu erhalten.
- Preis und Verfügbarkeit: Im Rahmen der Kickstarter-Kampagne wird der Mini Pupper in verschiedenen Versionen angeboten, wobei das Basismodell etwa 479 Euro kostet. Die Auslieferung soll im Februar beginnen, wobei Unterstützer das finanzielle Risiko von Crowdfunding-Kampagnen beachten sollten.
2. Turtle Robot:
- Open-Source-Projekt: Der Turtle Robot basiert auf Arduino und ist ein Open-Source-Projekt, das die Integration von generativer KI unterstützt. Dies ermöglicht den Nutzern, den Roboter individuell anzupassen und zu erweitern.
- Erschwinglichkeit: Der Turtle Robot ist eine kostengünstige Lernplattform für multimodale generative KI und wird zu einem Einführungspreis von 60% Rabatt auf 99 US-Dollar angeboten. Dies macht ihn besonders attraktiv für Bildungseinrichtungen und DIY-Enthusiasten.
- Benutzerfreundlichkeit: Der Roboter ist so konzipiert, dass er innerhalb einer Woche aufgebaut und in Betrieb genommen werden kann. Dies erleichtert es Anfängern, schnell mit dem Lernen und Experimentieren zu beginnen.
- Unterstützung und Ressourcen: MangDang bietet umfassende Unterstützung über verschiedene Kanäle sowie Zugang zu allen Code- und Design-Dateien über ein GitHub-Repository. Nutzer können die STL-Design-Dateien ausdrucken und ihre eigenen Ideen einbringen.
- Multimodale Generative KI: Der Turtle Robot nutzt fortschrittliche KI-Technologien, die kontinuierliche Sprachinteraktionen ermöglichen. Die KI kann sich an frühere Gespräche erinnern und darauf basierend personalisierte Antworten geben.
- Anwendungsbeispiele: Es gibt zwei Arduino-Projekte, die mit dem Turtle Robot genutzt werden können: eines zum Testen einzelner Funktionen und ein weiteres, das alle Funktionen über Sprachsteuerung ausführt.
- Verfügbarkeit: Der Turtle Robot war im Rahmen der Kickstarter-Kampagne bis Oktober 2024 erhältlich und wird danach in einem Online-Shop verfügbar sein.
Thanks to AI, the new educational robot MAKEBLOCK mBot2 can even be controlled via facial expressions and reproduces feelings
The mBot2 programming robot replaces the globally successful mBot1 after 8 years and inspires with state-of-the-art sensor technology, new motors and a brand new AI control board in a familiar design. For children, teachers and tinkerers who want to learn more about computer science, STEM, IoT, AI and block-based coding through play
Ubstadt-Weiher, 29.04.2021 – Over the past eight years, the educational robot mBot from MAKEBLOCK has not only taught millions of children, students, teachers and aspiring programmers complex STEM (science, technology, engineering, mathematics) relationships in a playful way, but also put a smile on their faces after completing successful missions. And the success story continues with the new mBot2: Under the carefully modified shell, which is now made of robust aluminum, concentrated state-of-the-art technology is packed that enables countless new programming and application possibilities. The most striking thing at first glance are the next-generation ultrasonic sensors, which look at you in bright blue. Who can resist this seductive look? The blue „eyes“ are not only suitable for precise distance measurement, they also convey emotions with the help of the controllable ambient lighting. The mBot2 almost seeks eye contact with the little programmers, because AI image recognition can be used to control speed via facial expressions, for example.
The „brain“ of the mBot2 is the powerful CyberPi microcontroller with integrated color display, speaker, microphone, light sensor, gyroscope, RGB display and more. The built-in WiFi and Bluetooth module allows you to connect to the Internet for smart functions such as speech recognition, speech synthesis, LAN broadcast and uploading data to Google Sheets. The mBot2 is currently the most exciting toy robot to build yourself (only a screwdriver required), versatile expandable and with great design freedom in programming, which also makes the inner workings of a robot tangible: Available now for an RRP of 139 EUR (incl. VAT) in the Solectric online shop.
mBot2 communicates with its environment – powered by CyberPi
One of the most important innovations of the mBot2 compared to the previous version is its network capability with the help of the CyberPi microcomputer. The programmable powerhouse, in combination with the mBlock coding editor, is a practical learning aid for computer science and AI education and sets hardly any limits to children’s play instinct. Teachers have the option of using Google Classroom, for example, to conduct interactive and advanced lessons in which several mBot2 communicate with each other via the Internet. In this way, the data from various devices can be collected, visualized and processed and initial programming for AI and IoT (Internet of Things) applications can be learned.
„The small educational robot mBot2 makes programming child’s play and encourages children to play creatively and interactively,“ explains Alexander Hantke, Head of Solectric Education. „For children who are interested in electronics, robotics and programming, the mBot2 is the ideal gift. Especially when children realize how other family members are also enthusiastic about the topic, they are often carried away by it. But it’s also important to let children make their own mistakes with the mBot2 in order to keep the fun factor high over a long period of time.“
The CyberPi controller with a 1.44″ full-color display for displaying data, images and other information can be used not only as the robot’s data center, but also as a handheld device such as a game controller or monitoring device. The built-in memory and operating system make it possible to store and manage up to eight programs in the controller.
It gets really exciting when connecting multiple mBots2 creates a local network of robots that communicate with each other, share information, and perform tasks. If the mBot2 are connected to the Internet, they can perform advanced functions such as voice recognition, connect to a cloud or retrieve weather information. Maximum precision in controlling the rotation, speed and position of the wheels and the robot is promised by the 3-axis gyroscope installed in the CyberPi and the accelerometer for the optical encoder motors, which have a torque of 1.5 kg-cm, a maximum speed of 200 rpm and a detection accuracy of 1°.
mBlock – the powerful coding platform for easy entry into computer science and STEM lessons
The programmable robot helps kids learn how to code step-by-step through interactive drag-and-drop software. With the extensive tutorials and the included project cases, the young explorers can start with graphical programming and use the programming languages Scratch or Arduino C with one click. The mBlock software is compatible with Windows, macOS, Linux and Chromebook and also supports Android and iOS. Together with mBlock, the mBot2 becomes a powerful tool to get in touch with advanced technologies such as AI, IoT, and data science. Students start with block-based coding and move on to Python coding as they gain experience. The Python Editor supports the young programmers with smart functions such as intelligent autocomplete and syntax highlighting.
Extensible with mBuild modules and Makeblock components
The mBot2 can extend the radius of action with more than 60 different mBuild modules and connect up to 10 different sensors, motors, LEDs or other components in series at the same time. A micro-controller unit (MCU) is built into each module, which allows the modules to be connected without prior disconnection or a specific order. Meanwhile, add-on packages are also available for this programmable robot for children (not included) to teach programming, robotics, electronics and construction, while students can program and execute interactive missions through hands-on learning.
The mBot2 is equipped with a 2,500 mAh battery in the so-called mBot2 Shield, which can be conveniently charged via a USB C cable. The mBot2 Shield also has two connectors for encoder motors, two connectors for DC motors, and four connectors for servos. Some of the servo connectors can be connected to LED strips and analog/digital Arduino sensors.
For more information, please visit the Solectric online store: https://shop.solectric.de/educational/makeblock/mbot/3729/makeblock-mbot-2?c=4807
World Robot Olympiad: fischertechnik fördert Robotik-Wettbewerb
Enthusiasmus, Know-how und Kreativität – beim Deutschlandfinale 2024 der World Robot Olympiad (WRO) in Passau zeigten 136 Teams aus Kindern und Jugendlichen im Alter von acht bis 19 Jahren ihr beeindruckendes technisches Talent. Die Sieger der vier Kategorien nehmen im November im türkischen Izmir am internationalen WRO-Finale teil. fischertechnik begleitete den vom Verein TECHNIK BEGEISTERT organsierten Nachwuchswettbewerb als globaler Partner.
Die insgesamt 136 Teams hatten sich in 50 regionalen Ausscheidungen für das Finale in der Dreiländerhalle qualifiziert. 103 Mannschaften traten in der Kategorie „Robo Mission“ an, 16 nahmen bei den „Future Innovators“ teil und zehn bei den „Future Engineers“. Zudem waren auch sieben „Starter-Teams“ dabei. In den vier Kategorien geht es in unterschiedlichen Schwierigkeitsgraden darum, Roboter und Roboterfahrzeuge erfolgreich durch einen Parcours zu bringen bzw. ein Roboterprojekt zu entwickeln und zu präsentieren. Das aktuelle Thema des Wettbewerbs 2024 lautet „Earth Allies“. Die Schülerinnen und Schüler sollen sich damit auseinandersetzen, wie Roboter dabei helfen können, in Harmonie mit der Natur zu leben. „Es war fantastisch zu erleben, wie die Kinder und Jugendlichen ihr Bestes gaben und zu sehen, wie fischertechnik Teil der einzelnen Roboter-Erfolgsgeschichten sein kann“, zeigte sich Ann-Christin Walker, Business Development Management Education bei fischertechnik, von den Darbietungen des Tüftlernachwuchses begeistert. Für das internationale Finale in Izmir im November haben sich 14 Teams qualifiziert.
fischertechnik war mit einem Stand auf dem WRO Deutschland-Finale vertreten und präsentierte dort die breite und vielseitige Robotik-Produktpalette, die Alterszielgruppen vom Kindergarten bis zur Universität anspricht. Speziell für die WRO-Kategorie „Future Engineers“ hat das Nordschwarzwälder Unternehmen den Baukasten STEM Coding Competition entwickelt. Dieses Set bringt alles mit, um ein autonom fahrendes Roboterauto zu bauen, zu programmieren und einen Parcours erfolgreich zu meistern. Großes Interesse beim Publikum fanden auch Lernkonzepte, die erneuerbare Energien für Kinder in Grund- und weiterführenden Schulen spielerisch und handlungsorientiert begreifbar machen.
Der Verein TECHNIK BEGEISTERT wurde 2011 von jungen Erwachsenen gegründet. Ziel der über 80 Mitglieder ist es, die eigene Begeisterung für Roboterwettbewerbe an andere Kinder und Jugendliche weiterzugeben. Mit der World Robot Olympiad organisiert der Verein einen der größten Roboterwettbewerbe in Deutschland. Außerdem unterstützt er Schulen beim Aufbau von Roboter-AGs, führt Schulungen durch und unterstützt andere Roboteraktivitäten.
KT2 Kungfu Turtle: Promoting STEM-Based Learning with the Release of a Cutting-Edge Pocket-Sized Desktop Robot
Seattle, WA – Crafted for portability, KT2 promotes physical activity through intuitive prompts and interactive games, making it a perfect companion for home and professional settings.
Designed by Seattle based tech company, Wair Living, the In-house robot innovation team KameRobotics have developed a mini-robot that enhances productivity at home, acts as a thoughtful companion, and is a diligent STEM teacher.
„Our KT2 robot prioritizes user privacy and minimalist with its design, featuring no integrated cameras or screen.“ said Qian Li, Founder of Wair and KameRobotics. „We want to ensure a secure interaction environment and more intuitive play via robot action and lighting interaction“.
KT2 Kungfu Turtle is not just a toy but a multifunctional companion for gaming, productivity, and learning. It features acrobatics, physical sparring, and autonomous return functions, supported by a powerful operating system and programmable chipset.
Beyond entertainment, KT2 enhances productivity in home and office environments. It includes a Pomodoro timer for focused work intervals and movement prompts to combat sedentary lifestyles. The modular design allows customization with accessories, transforming KT2 into a unique desk ornament and interactive companion.
KT2 Kungfu Turtle is looking to raise $10,000 by 23rd August 2024. Early Bird rewards include a KT2 robot, access to 99 pre-installed games for $89, a significant discount from the $159 retail price. Shipping will be worldwide.
ABot Advanced by Avishkaar
The Avishkaar ABot Advanced Kit is a comprehensive DIY kit for STEM robotics and coding designed specifically for children aged 8 and up. It contains over 60 parts, including metal parts, motors, sensors, wheels, USB cables, screws, nuts, an Allen wrench, and a wrench. With these parts, children can build 10 different robots, from simple vehicles to more complex constructions The set reminded me of the mBot when I set it up, as it was also based on a sturdy metal construction. The included stickers and the tool are nice. The instructions were easy to understand and I didn’t find any errors or had any problems assembling. The app for remote control and programming must be activated with the product code and the user must be registered before using it for the first time. When deploying, e.g. in the classroom, you should have done this in advance. By the way, the 9V block battery visible in the video is not included when purchased from a dealer, but a full-fledged battery pack. I only use the 9V battery because of delivery problems. Overall, however, it is interesting that the robot makes this possible at all. I’m playing with the idea of connecting a solar cell here and operating the robot with solar energy…like a real Mars rover…
Here is more detailed information:
- Easy to build programmable robots: With this kit, kids can create 10 different robots with over 60 pieces. This includes metal parts, an easily programmable brain, motors, sensors (2x light sensor, 1x touch sensor/button), wheels, USB cables, screws, nuts, an Allen key, a wrench, cables, and instructions.
- Control via mobile app: The robots can be controlled via a remote control app. They can also be programmed using a visual block-based programming environment (similar to Scratch/Blockly).
- Learning Objectives: With the ABot Advanced Kit, children learn robotics, programming, construction, mechanical design and problem solving.
- Compatibility: The mobile app is compatible with iOS 11 or later and Android 10 or later.
- Inexpensive Kit: The ABot Advanced Kit offers a sturdy metal frame to which motors and sensors can be attached. For the equivalent of about 60€, the set offers good value for money. Maybe the set will soon be available at a German retailer.
You can find a comprehensive assembly video of one of the 10 robot models here:
The set is available here: https://shop.avishkaar.cc/products/abot-advanced
ABot Advanced by Avishkaar
Das Avishkaar ABot Advanced Kit ist ein umfassendes DIY-Set für STEM-Robotik und Codierung, das speziell für Kinder ab 8 Jahren entwickelt wurde. Es enthält über 60 Teile, darunter Metallteile, Motoren, Sensoren, Räder, USB-Kabel, Schrauben, Muttern, ein Inbusschlüssel und ein Schraubenschlüssel. Mit diesen Teilen können Kinder 10 verschiedene Roboter bauen, von einfachen Fahrzeugen bis hin zu komplexeren Konstruktionen Das Set erinnerte mich beim Aufbau an den mBot, da auch hier eine stabile Metallkonstruktion als Grundlage diente. Nett sind die mitgelieferten Sticker und das Werkzeug. Die Anleitung war einfach zu verstehen und ich fand keine Fehler oder hatte Probleme beim Zusammenbau. Die App zur Fernsteuerung und Programmierung muss vor der ersten Verwendung mit dem Produktcode aktiviert und der Benutzer registriert werden. Beim Einsatz, z.B. im Klassenzimmer, sollte man dies vorab schon erledigt haben. Die im Video sichtbare 9V Blockbatterie ist übrigens beim Kauf über einen Händler nicht dabei, sondern ein vollwertiges Akkupack. Ich verwende die 9V Batterie nur wegen Lieferschwierigkeiten. Insgesamt aber schon interessant, dass der Roboter dies überhaupt ermöglicht. Ich spiele direkt mit dem Gedanken hier eine Solarzelle anzuschließen und den Roboter mit Sonnenenergie zu betreiben…wie so ein richtiger Marsrover…
Hier sind weitere detaillierte Informationen:
- Einfach zu bauende programmierbare Roboter: Mit diesem Kit können Kinder 10 verschiedene Roboter mit über 60 Teilen erstellen. Dazu gehören Metallteile, ein leicht programmierbares Gehirn, Motoren, Sensoren (2x Lichtsensor, 1x Berührungssensor/Taster), Räder, USB-Kabel, Schrauben, Muttern, ein Inbusschlüssel, ein Schraubenschlüssel, Kabel und eine Anleitung.
- Steuerung über mobile App: Die Roboter können über eine Fernbedienungs-App gesteuert werden. Außerdem können sie mithilfe einer visuellen blockbasierten Programmierumgebung (ähnlich Scratch/Blockly) programmiert werden.
- Lernziele: Mit dem ABot Advanced Kit lernen Kinder Robotik, Programmierung, Konstruktion, mechanisches Design und Problemlösung.
- Kompatibilität: Die mobile App ist mit iOS 11 oder höher und Android 10 oder höher kompatibel.
- Preiswertes Kit: Das ABot Advanced Kit bietet einen stabilen Metallrahmen an dem Motoren und Sensoren angebracht werden können. Für umgerechnet ca. 60€ bietet das Set ein gutes Preis-Leistungsverhältnis. Vielleicht findet sich das Set ja auch bald bei einem deutschen Händler.
Ein umfassendes Aufbauvideos eines der 10 Robotermodelle findet ihr hier:
Das Set ist u.a. hier erhältlich: https://shop.avishkaar.cc/products/abot-advanced