Here at STEMBoT Inc (SBI), we design super fun educational robots and tools that make learning things like math and computer programming exciting! STEM (science, technology, engineering, math) is the future and our product, the STEMBoT 2, is the best tool to stimulate students to want to learn at school and at home. The STEMBoT 2 Kickstarter launched on April 8th, has raised over $10,000 and has already reached its fundraising goal!
After nearly a decade of success at the University of Nebraska at Omaha, and several other high-level institutions, we have decided to redesign and share our educational robot, the STEMBoT, with the ever-growing STEM education market. We believe that all students should have ample opportunity to realize their potential. STEMBoTs have engaged thousands of students in computer programming, geometry, learning language prepositions, civil rights movements, and so much more. “We already have four high school students that want to enter into engineering because of their experience with the STEMBoTs. I’ve seen such a huge difference in my kids. Both at school and in their personal lives.” - Susan De Roy, Robotics Club @ Willa Cather Elementary
STEMBoTs are a powerful engagement tool for students, and are very easy for teachers to use. With our long term STEM education partners and your support, SBI is excited to get the STEMBoT into every school in the United States by 2030.
The STEMBoT 2 is a highly robust product that is suitable for Kindergarten- to College-level users. “The system is powered by an ARM Cortex-M4 microcontroller pre-programmed with MicroPython, a Python 3 interpreter developed for embedded systems.” – Logan McIntyre, Lead Engineer of STEMBoT Inc. The STEMBoT that students use to add fractions in elementary school is the same STEMBoT that students also use to master python programming in high school and college. We think that’s pretty cool.
The next evolution in the industry of tabletop games – now available for pre-order on Kickstarter.
It’s time to play soccer with robots
Rzeszow, Poland (October 29, 2019) – RoboSoccer announces the next innovation in a table soccer game by introducing real robot players. With its array of wheels and autonomous maneuverability, RoboSoccer bridges the gap between a standard table soccer game and new technology. The project goes live today on Kickstarter.
The game is the answer to the growing demand for high tech toys and since its conception, was designed to be used by everyone, from adults to kids. RoboSoccer meets the demands of not just gamers, but technology geeks, sports enthusiasts, and robotics experts.
And it all started with a meeting at the pub
Vadym Melnyk, Founder at RoboSoccer, explains: “I have been sitting at a bar with my friend and observing people playing a soccer game on the console and watching a soccer match on TV. At some point, we have been started thinking of how we can put both these groups together, in the sense of their passions for games and sports competitions. And so that is how we came up with RoboSoccer. We have designed the game to be easily accessible with a portable size that can be carried anywhere. After two years of development, we can’t wait to share it with the Kickstarter community and inspire them with this unique technology.”
A game you will be taking around with you
Robots are small in size, but powerful in functionalities. RoboSoccer offers the option of robot personalization where players can choose the favorite color to contrast with opposing players. Thanks to a folding pitch and pocket-sized robots, the game can by carrying anywhere. Easy to pick up and fun to play application makes any matches simple but unique and exciting in every inch of the game.
RoboSoccer’s team has been worked for two years perfecting the robot size, reinventing mechanics, and shaping the pitch’s design. The objective was to transform human-size robots for pocked sized players so the game can be adopted at home.
RoboSoccer boasts a number of breakthrough features:
Portable. Its lightweight and compact size allow anyone to carry them in a custom reusable box.
Omni wheels allowing to move on every direction
Two (Li-Ion) batteries impact a very long working time. 1200 mAh capacity allows long hours of play
The shooting attribute can kick the ball flat or a tan angle.
Interactive gates flash in different ways when the goal is scored
Welcome to the future. You’ll need to keep waiting for that robot butler you were promised in the Sci-Fi books—but your cat won’t.
Ebo is the latest tech advancement from Enabot, an innovator in the field of pet products—and now, artificial intelligence.
The little robot (about the size of a softball) may look like an average cat toy, but it comes packed with loads of techy features like a 1080p camera, a microphone, WiFi connectivity, automatic docking/charging, self-learning AI, and activity and mood trackers.
Ebo launched last week on the popular crowdfunding site Kickstarter. It was met with a surge of positivity from backers and the media and quickly met its funding goal. The robotic cat companion has since soared to over $100,000 and the campaign still has weeks to go, leading many to expect that this will be the most successful crowdfunding campaign of all time for a pet product.
Ebo was conceived as a way for cat owners to keep their pets happy and entertained when out of the house. While cats are seen as independent animals, studies have shown that they are actually very social and depend on interaction with their humans. Neglect can lead to mental and physical decline.
Ebo offers a solution. Not only does it serve as a companion to keep your pet happy and active but it also allows owners to interact with their pets from anywhere on the globe.
Ebo is WiFi ready and equipped with an HD camera and mic. Owners can access live video and audio feed via the Ebo app and interact with their fluffball while at work or on vacation. They can even record their voice to the bot so their cats never have to feel far from those loving belly rubs.
When owners are busy, Ebo comes to life on its own and keeps cats company. It has multiple functions like rolling, spinning, dancing, and even flashing a built-in laser pointer. Ebo knows how to interact with each cat differently, as it’s able to analyze behavior and react to different moods. It then mimics real-life actions so cats feel like they’re playing with a living friend.
You and Ebo can understand more about your pet thanks to the activity collar. Put it on your cat and check the app to monitor activity much like you would a Fitbit. This also gives Ebo valuable information such as when to leave your cat alone (if its sleeping or being lazy).
When Ebo needs a charge, it returns to its dock automatically. It’s completely independent, so all owners need to do is plug in the dock and let Ebo get to know its new furry friend. Ebo is extremely durable and resistant to the most rambunctious roughhousing from frisky felines.
Other notable features include:
• Obstacle avoidance: Ebo can “see” where it’s going so it doesn’t knock things over.
• Scheduling: Use the app to tell Ebo when to come to life and when to go to sleep every day (e.g. when you go to work and at night).
• Image and video capture: Use the app to take photos and videos of your cat from Ebo’s perspective.
• Adorable “facial” expressions: Ebo has digital eyes and a cute tail, making it feel like a part of the family.
Enabot is a leader in innovative pet products that go further than just chew toys and stuffed mice. The engineers and computer scientists that make up the team understand that pets are more than just animals—they’re members of our families that need to be nurtured and cared for.
Ebo is the first robotic playmate conceptualized by Enabot. Years of research into the psychological and physical needs of cats went into the design, and brand new artificial intelligence software was developed specifically for Ebo. A smart bot that keeps both cats and owners happy and healthy, Ebo is more than a cat toy; it’s a real-life companion for your feline friend and also a connecting medium for you and your pet.
Enabot is a team of techy pet lovers based in Hong Kong. They are hard at work designing more AI-inspired lifestyle gadgets for pets.
Learn more about Enabot and Ebo and become a backer today at kickstarter.com.
Today Robotical launched a crowdfunding campaign for their versatile STEM robot, Marty 2.0, a low cost, fully programmable walking, dancing, soccer-playing robot designed for kids, makers, and educators to learn coding and robotics skills. It is now available on Kickstarter for the starting price of $120.
Marty 2.0 is the updated version of Marty the Robot. Like its predecessor, the newest robot can be coded by users from ages 8-18 in languages including Scratch and Python. Marty is compatible with single board computers like Raspberry Pi, is expandable, and can be customized with 3D printed parts. Marty comes as a kit or pre-built, so users can either build from the ground up or jump straight into coding the robot to walk, turn, dance, kick a football and more.
“Building and creating the first Marty was a dream come true and we’re thrilled to launch the new and improved Marty 2.0,” said Founder and CEO Alexander Enoch. “Marty 2.0 was built with a passion to help kids learn how to code intuitively and easily progress into using coding programs like Scratch or Python. It’s also fun. You can even teach Marty to floss!”
Marty 2.0 is pose-able, mimics lifelike behaviors, speaks in short phrases, plays music and uses distance, position and other sensors to detect the world around him. Robotical has added a new modular expansion interface and a new learning platform and learning journey for students. The platform comes with nine all metal-geared smart servos with built-in position and force feedback, so users can teach Marty new moves by demonstrating them.
“With Marty 2.0, our hope is to continue making STEM education accessible to children of all ages across the globe. Marty already helps children across more than 50 countries, including the UK, US, Australia and in schools in Rwanda. With these newly added features, we’re hoping that Marty 2.0 will expand further with its unique fun and educational approach,” said Myles Bax.
The new Marty has been built based on feedback accumulated since 2016 when Marty 1.0 launched. The result is a second-generation robot with new features like sound and position sensing, and upgrades across the board to improve connectivity, usability, and buildability.
“We want to help continue to shape the future of education. Learning to code is a lifelong skill that helps teach kids not just employment-relevant skills of programming, but also life skills like Problem-solving, patience, and creativity,” said Enoch.
The estimated delivery date of Robotical is February 2020. For more information on pledge levels, please visit the Kickstarter campaign. Media wishing to interview their personnel should contact PR agent, Jessica Sanchez at [email protected]
Robotical Ltd is a startup based in Edinburgh, UK, owned and run by Alexander (Sandy) Enoch. Sandy started Robotical because he wanted a real robot to help his niece learn how to code, and also wanted to provide something real to the massive community of makers, educators, and hackers at a reasonable price.
LittleBot Buddy is the 9th robot to come from the Slant Concepts line of LittleBots STEM kits. This addition is the most personable of all. Buddy is an interactive robotics kit that is simple to build and designed to help kids get excited about creating a robotic companion.
Buddy is the culmination of nearly 2 years of work. LittleBots has been experimenting with variants of Buddy since the first LittleBots kits were released. They finally found a design that was both highly interactive and simple to build.
Buddy works by observing the world around him. When something changes he generates completely unique reactions, just as a living creature would do. He is completely spontaneous. This helps Buddy to maintain kid’s attention longer as they build and work with him.
The kit can be built in under an hour, does not require any soldering, and has fewer than 15 screws. This makes is simple to build even for the most inexperienced users.
The main chip is arduino and can be reprogrammed using standard or graphical programming tools, such as the Arduino IDE or Makeblock.
Adding to the uniqueness of Buddy is the fact that he is 3D Printed. LittleBots made this choice to both create a cleaner design with fewer parts and to invite kids to edit and build on the robot. “When the robot is 3D printed kids know they are allowed to 3D print more parts using the printer in a classroom,” stated Gabe Bentz, lead designer of the LittleBots Project.
All together Buddy is a very interactive robotics kits that is simple to get started with but packs a good amount of complexity into a simple little package.
The kit is currently available for preorders on Kickstarter and was 25% funded within it first 12 hours of going live. Preorders are expected to start shipping in December 2019.
New Open-Source, Affordable Robotics Kit Is A Step-Change In STEM Education and Robotics Competitions For Kids Globally
(San Francisco, California, June 12, 2019) The Revolution Robotics Foundation is reimagining educational robotics and has launched a Kickstarter campaign for its new robot kit: the Revolution Robotics Challenge Kit. This kit and its accompanying free mobile app will provide kids and mentors with a more accessible and affordable robotics learning tool and platform.
“We envision a world where more kids participate in robotics than any other organized sport,” said Jared Schrieber, President and Co-Founder of the foundation. “As a true non-profit, we are dedicated to leveraging and developing open source technologies that make STEM learning challenges and robotics competitions accessible, fair and fun for kids globally.”
“The future of workforce development will require programs that teach students real-life problem-solving skills through hands-on learning activities like what Revolution Robotics has created,”said Jason Morrella, Executive Director and Co-Founder. “Just a few out of a million kids who play sports growing up will ever be able to make a living at it, but there are amazing, fulfilling and rewarding careers in science, technology and engineering for 100% of the kids who learn to build and program these robots.”
The non-profit foundation was established in early 2018, with a focus on designing an open source and affordable educational robotics platform to achieve their mission, instead of a kit being sold primarily to generate revenue for for-profit companies. The new Revolution Robotics Challenge Kit is a ground breaking, low cost robot kit that costs hundreds of dollars less than other robot kit options available to students and schools previously.
The Challenge Kit is a complete robot-building package, offering over 530 pieces – including the Raspberry Pi based brain, five powerful motors, an ultrasonic sensor, accelerometer, gyro sensor, bumper switch, gears, axles and hundreds of structural pieces. The accompanying Revolution Robotics app will provide kids ages 8 -13 an easy-to-use drag and drop programming interface to configure, code, and control their robots with any iOS or Android smartphone or tablet. More experienced robot builders and programmers can also enjoy the thrills of writing more complex code via Python.
As shared by David Dudas, Head of Engineering, “It’s designed for both classrooms and the home, and is much more than just a really cool toy robot. The robot’s brain includes a Raspberry Pi board and will be able to accommodate several different types of sensors and motors. Plus, we’ve developed a free mobile app that will let kids code and drive the robots they create with their phones and tablets.”
In 2020 the foundation will begin a new competition program built upon single day local and regional competitions, with challenges that change throughout the year to ensure students are always solving new problems, learning new concepts and creating new designs. Students will be able to compete around the world, including signature international championship events in multiple countries.
The Revolution Robotics Foundation is a true non-profit focused on revolutionizing youth robotics by making products and programs affordable, accessible, educational, fair and fun. Through an open-source platform, student focused competition program, and extensive resource system, the Foundation seeks to prioritize the interests of participating students and the teachers and mentors supporting them. The founding team envision a world where more kids participate in robotics than any other organized sport, while celebrating student learning and achievement.
Robotics company Amigo
Robotics announced that it launched a new home interactive robot, Amigo One, on
April 30, 2019. This is an intelligent robot for home entertainment and
educational scenes. Currently, the company is launching crowdfunding on
Kickstarter, offering special discounts to early bird supporters.
“We believe that robots
will enter the daily life of thousands of families in the near future, and we
will help to accelerate the progress in an imaginative way.” A spokesman from
Amigo Robotics introduced the creative robot. „Decomposing the robot and
selling it in a modular form will greatly reduce the barrier to enter into the
family life. First of all, you can get an interactive and versatile robot
chassis at a very low price. Then Amigo Robotics will continue to develop different
function modules that fit into the robot chassis, such as camera module, voice
interaction module, projector module, robotic arm module, and even sweeping
robot module, etc. Users can purchase different modules as needed to equip different
In addition, the Amigo
One uses four omnidirectional wheels to move the robot chassis flexibly which
will enhance the entertainment. At the same time, multiple Amigo One robots can
build multiplayer competitive game scenes, providing a good parent-child
entertainment. In addition to being a home entertainment robot, it can be
connected to a computer for visual robot programming, providing an interesting
way to develop kids‘ programming skills.
At this stage, Amigo
Robotics already designed a slick and cute robot chassis with omnidirectional
wheels and LED display module which is compatible for the Amigo One chassis. In
order to give users the flexibility to control the Amigo One, we have
deliberately delivered a joystick. At the same time, Amigo Robotics offers a
special price of 79 Singapore dollars (about 59 US dollars) for early bird
supporters. I hope that all supporters will continue to follow us on the new
modules developed by Amigo Robotics. I believe these new modules will bring
more new surprises to users and supporters!
For more information,
visit the following Web sites:
„Mojobot is a tangible coding robot and board game that makes it really easy for kids and adults to pick up and learn the core principles of coding and robotics. Mojobot is designed with both fun and educational value in mind. With Mojobot you will learn coding through playing and challenging each other in the Mojobot Missions board game. This is a turn based multiplayer game where players compete to undertake Missions and earn star points.
Mojobot is equipped with many features such as lights, sounds, sensors, motion and actions. Mojobot can even pick up tokens, carry them around and deliver them to different locations.
Here we have created a comprehensive computer coding language and that is screen-free, extendable and allows the use of parameters, numbers, loops, decision making, sensory inputs and sub-routines.
Just put the coding tags you want into the console and press GO, then watch as Mojobot executes the commands! „
A video review and more will follow soon, here on robots-blog.com
In an ever-advancing digital world people are understanding less of the tech they use – Picoh was built to change that. We interact with robots at checkouts, speak to AIs on our phones and have our news feeds and adverts dictated by algorithms. To truly flourish in this digital age as many people as possible need to be able to understand, program and interact with machines – but sometimes it’s hard to know where to start.
Picoh is the new robot head from the makers of the award winning Ohbot. It has three motors and can display a range of emotions on its LED matrix face. You can program Picoh to talk, move and show expression using our block-based app or using our open-source Python Library.
Alongside speech and movement, we have also included tools to help you create your own personal assistant. Picoh can listen, react to certain words and phrases and read other inputs such as a webcam or sensors.
At Ohbot, education is at the heart of what we do. Out of the box Picoh doesn’t do anything – all of its features need to be unlocked. Picoh is a platform for exploring robotics coding and AI which can be as simple or as complex as you like.
Dan Warner, co-founder of Ohbot says: “We have developed simple software that allows everyone to control their Picoh, give them opinions and show personality. When I ask my Picoh what’s the best football team in the world it smiles and says Forest Green Rovers – the team that’s local to where we make our robots in Stroud, UK. This is all done with simple block programming that’s used to get Picoh to speak and move when it hears a particular word or phrase”.
Mat Walker of Ohbot continues: “We’ve been having a lot of fun with Picoh getting it to lip synch to singing and responding to what we say to it in unexpected ways. Picoh is really expressive with a moving mouth and customizable eye shapes. We’ve been developing robots for children for the past 4 years and we’ve learned so much in that time – Picoh is our chance to share what we’ve learned with everyone.”
MOREbot is easy enough for beginner tinkerers ages eight and up and grows to appeal to expert-level users
Fayetteville, Arkansas – Today on Kickstarter.com, MORE Technologies launches its expandable, modular STEM learning robotic ecosystem, MOREbot, that teaches people of all ages invention skills related to coding, 3D printing, electronics and more. As users learn and grow, the MOREbot ecosystem grows with them, accommodating different add-ons that help transform the robot into anything they can imagine.
“Robotics is a great way to introduce kids to and teach tech skills, but current robotics platforms are expensive and don’t scale with kids as they learn. Simply put, there’s no single robot platform that can take someone from beginner to expert,” said CEO Canon Reeves. “Our platform makes quality robot kits affordable, based on designs that teach real engineering skills. MOREbot is tangible enough for a beginner, yet it still maintains the ability to teach them at expert levels. We will inspire kids to explore tech skills and then provide them with the tools to take their learning wherever they desire. Regardless of whether they become an engineer, they still benefit from being able to adapt to tech quickly—an invaluable skill in any career.”
MOREbot starts with a Base Robot that users can build and then control via mobile application. Next, creators can expand the Base Robot by incorporating add-on kits to transform MOREbot into creations like a catapult or a robotic arm. By integrating such components as Motion Kits, Structure Kits and Sensor Kits, MOREbot users can reconfigure parts to invent anything imaginable, stretching the bounds of such capabilities as remote-driving MOREbot with a Bluetooth-controlled app.
MOREbot teaches valuable technology skills related to coding, 3D printing and electronics using the Arduino software platform. It also prepares makers of any age to adapt to a fast-changing world by teaching critical skills like problem solving and design thinking. MOREbot is available at a fraction of the cost of those produced by leading competitors, all while offering unprecedented customizations and deeper learning outcomes because almost all of the parts are 3D-printed and snap together with readily available wooden dowels.
The Base Robot contains one Bluetooth module, two motors, one Arduino Uno, one Arduino motor controller shield, eight (8) batteries and one (1) battery pack, over thirty (30) 3D-printed parts, CAD files, twenty-two (22) wooden dowels, four (4) jumper wires, one (1) screwdriver, two (2) rubber bands and free tutorials.
MOREbot is currently available on Kickstarter ,starting at $69 for the Base Robot. For more information or to pre-order, visit pr.go2.fund/morebot.
About MORE Technologies, LLC
MORE Technologies believes kids have the power to change the world with technology, so they are making robots that put exploration, creativity and innovative thinking at the heart of the learning process. The company’s 3D printed, customizable robotics kits are designed for the classroom, home or anywhere a maker’s mind can imagine. MORE Technologies is preparing next-generation innovators for a fast-changing world and empowering them to solve the world’s most pressing problems. For more information, visit https://moretech.co.