Low Voltage Labs LLC, a maker of STEM products for Raspberry Pi and soldering kits, has purchased the line of robots from Plum Geek Robotics. Low Voltage Labs owner Eric Thompson will continue to work with Kevin King, the creator of the Plum Geek robots, to ensure the smooth transition of Low Voltage Labs taking over the robotic product line.
Low Voltage Labs is already manufacturing WinkBot, and expect to have the first robots available in April of 2019. WinkBot, a robot that is programmed with Arduino, can use basic programming to follow lines, seek lights, detect barriers, and more. It is the perfect robot for those learning to program code. Users learn the basics of the C language in a fun, non-complicated way.
Low Voltage Labs has also started production on the Ringo robot. Also programmed with Arduino, Ringo was designed to inspire people learning to write code to breath life and real personality into their own robotic pet. Ringo is loaded with sensors, allowing users to code hundreds of possible behaviors. Ringo will be available in May of 2019.
Join CoderZ’s Robotics workshop serie, starting June 5th, and take your robotics skills to the next level. We encourage all robotics, STEM and EdTech lovers to attend this free sessions and to get to know a great way to engage students with the STEM fields.
The series, conducted by CoderZ’s very own master trainers Adi Shmorak and Dorin Shani, is composed of 3 sessions, each covering a different topic. It’s up to you how far you want to take it.
Session 1: In which you get to move your virtual robot around
In this session, we will learn the various components of a robots drive train; how it is powered, how it turns and how to control it using code.By the end of the session you will be driving your virtual robot around.
Session 2: In which you will see the world like a robot
In this session, we will learn about the various sensors robots use to sense their surroundings and how to put this data into good use, using code.By the end of the session you will understand how robots collect data from their surrounding and be able to integrate that data into our code using conditional statements.
Session 3: How Robots Think?
In this session, we will learn how to use variables , loops and math to program our robots to perform complex operations and accurately navigate their surroundings. By the end of session, you will be able to program your virtual robot to autonomously follow a line using basic control algorithms.
– Building on the company’s history of merging digital programming and physical building, LEGO BOOST will inspire a younger generation to build and code their way to limitless play –
LAS VEGAS, Jan. 4, 2017 /PRNewswire/ — CONSUMER ELECTRONICS SHOW – Today the LEGO Group announced LEGO® BOOST, a supercharged building and coding set that lets children bring their LEGO creations to life by adding movement, sound and personality. Unveiled at the Consumer Electronics Show in Las Vegas, Nevada, LEGO BOOST will be previewed to members of the global media at Digital Experience! on January 4 and will be demonstrated to CES attendees as part of the [email protected] Kids & Technology Marketplace from January 5-8, 2017 at the Sands Expo. With a suggested retail price of $159.99 (USD), LEGO BOOST will be available in the second half of 2017.
Build the Toy You Want LEGO BOOST combines the endless play opportunities of a traditional LEGO set with an endless variety of movement and sound capabilities made possible through an easy-to-use, app-based coding environment. LEGO BOOST was developed for children ages 7 and older by an international team of LEGO designers. Using familiar LEGO elements and simple coding language, LEGO BOOST delivers an intuitive approach and opportunities for quick success.
Powered by a Move Hub, a LEGO stud-covered brick with built-in tilt sensor upon which children can add LEGO elements, motors and a sensor that combines color and distance detection, LEGO BOOST brings movement to any LEGO creation. The set includes building instructions for five diverse models; Vernie the Robot, Frankie the Cat, the Guitar 4000, the Multi-Tool Rover 4 (M.T.R.4), and the Autobuilder, each designed to give children the basic building and coding skills needed to express their creativity by personalizing whatever they build.
„We know that children dream of bringing their LEGO creations to life, and our chief ambition for LEGO BOOST is to fulfill that wish. Once children build a LEGO creation, we give them simple coding tools to ‚boost‘ their models by adding personality,“ said Simon Kent, design lead for LEGO Group. „We want children to first and foremost have a fun and limitless play experience, adding the coding opportunity is the means to get there.“
Coding Brings Your Toy to Life LEGO BOOST introduces children to coding through a free downloadable app that contains the guidance, building instructions and simple coding commands to bring to life five LEGO creations, one at a time. Much like building with LEGO bricks, children build behaviors and actions by linking digital coding blocks in an easy-to-understand horizontal layout. To further personify the experience, LEGO BOOST lets children add voice recordings to their creations, adding personality without requiring spelling and typing. The app also includes more than 60 activities designed to inspire additional building, coding and play.
Creative Canvas Lets You Boost Any LEGO Creation To further inspire creative building and coding, the LEGO BOOST app includes a „creative canvas“ that includes basic building instructions for three simple base models that children can use to customize their own LEGO creations. The three bases available at launch include: a walking base for making animals like a dragon or a pony, a driving base for building vehicles like a dune buggy or rover, and an entrance base so that children can make their own castle, fort, or even a futuristic space station. Once children are comfortable with building and coding the various LEGO BOOST models, they can use the kit to „boost“ any LEGO creation – from LEGO CITY and LEGO Friends to LEGO NINJAGO and The LEGO BATMAN Movie.
LEGO® BOOST Includes:
3 BOOST Bricks:
Move Hub with built-in tilt sensor
Combination color & distance sensor
843 LEGO elements
Playmat, calibrated to the app, designed to facilitate mini challenges to practice simple coding trials
LEGO BOOST App
Free, downloadable app is iOS and Android tablet compatible
LEGO BOOST uses 6 AAA batteries. Alkaline batteries are recommended, but rechargeable batteries can be used, though may result in weaker power output.
Includes over 840 LEGO® pieces, plus a LEGO Move Hub, Interactive Motor and a Color & Distance Sensor.
Move Hub features Bluetooth Low Energy (BLE) connectivity, two encoded motors, activation button, internal tilt sensor and a light.
Interactive Motor is an encoded motor.
Color & Distance Sensor detects distance, motion and color, and can also function as a light.
Check out the cool white, orange and blue color scheme.
Rotate Vernie’s head to activate its shoulder-mounted spring-loaded shooter.
Build the M.T.R.4 (Multi-Tooled Rover 4) and try out the different tool and customization attachments to prepare the vehicle for an array of exciting activities.
Learn how to play a song and rock out with the Guitar4000.
Look after your own pet with Frankie the Cat. Be sure to feed it the right food—or it might get upset!
Construct, code and operate the AutoBuilder to produce real miniature LEGO® models.
Build and code robots and models, and complete exciting activities with the playmat and intuitive LEGO® BOOST app, available for iOS and Android tablet devices.
Easy-to-use intuitive software with icon-based drag-and-drop coding interface.
Building instructions for all 5 models are included with the free LEGO® BOOST app.
This product requires batteries (not included). Please refer to the product packaging for type and quantity.
Vernie the robot stands over 10” (27cm) tall.
M.T.R.4 (Multi-Tooled Rover 4) measures over 4” (12cm) high, 9” (23cm) long and 5” (14cm) wide.
Guitar4000 measures over 1” (5cm) high, 16” (42cm) long and 5” (15cm) wide.
Frankie the Cat stands over 6” (17cm) tall.
The AutoBuilder measures over 10” (27cm) high, 7” (19cm) long and 6” (16cm) wide.
LEGO BOOST will be available at most stores and online shopping sites where toys are sold, through select consumer electronics retailers, and at LEGO Stores and shop.LEGO.com in the second half of 2017 and will have a suggested retail price of $159.99 USD, €159.99 (EUR) and $199.99 (CAD). For more information, visit www.LEGO.com/BOOST.
About the LEGO Group The LEGO Group is a privately held, family-owned company with headquarters in Billund, Denmark, and main offices in Enfield, USA, London, UK., Shanghai, China, and Singapore. Founded in 1932 by Ole Kirk Kristiansen, and based on the iconic LEGO® brick, it is one of the world’s leading manufacturers of play materials. Guided by the company spirit: „Only the best is good enough“, the company is committed to the development of children and aims to inspire and develop the builders of tomorrow through creative play and learning. LEGO products are sold worldwide and can be virtually explored at www.LEGO.com.
The GadgetBox crowd-funding campaign runs until October 14th 2016 with a required minimum target of $50,000 US. You can help by making a contribution. More importantly, please spread the word to others who may wish to support.
GadgetBox is an educational robotics kit, which will enable children 9 – 15 years to participate in a variety of hands-on activities linked to Science, Technology, Engineering and Mathematics (STEM). Pre-university STEM education has been identified as one strategic approach to preparing children for active participation in the changing technology landscape.
The requirement for GadgetBox, became evident while using commercial educational robotics kits in pre-university STEM activities such as construction, programming, and operation of a simple robot. Price, maintenance, availability, and support requirements were cited as key reasons why successful initiatives have failed to gain widespread traction and visibility.
GadgetBox was created to address these issues; specifically by:
selecting the smallest sub-set of components that could facilitate basic activities when supplemented with items/materials readily accessible to children;
selecting, where possible, components readily available in local hardware stores;
providing guideline(s) to adapt/re-use sensor/actuator elements from local e-waste;
programming using a smartphone instead of a computer
Campaign funds will allow Edubots Engineering to produce a minimum of 20 kits, while concurrently testing curriculum exercises, and developing learning activities for upcoming school trials and robotics workshops in early 2017.
“We want to test GadgetBox, alongside commercial educational robotics kits in 2017. To do so, we must replicate and distribute the prototype – that takes funds.” – Cathy Radix, Robotics in Education, Edubots Engineering
GadgetBox was created using Open Source Hardware and Software to minimise development time, but also to enable children to design, build, and share designs for GadgetBox accessories.
“Because we believe that there is always room for improvement, we anticipate further modifications to GadgetBox based on feedback from users.“— Jeevan Persad, Fasove, Edubots Engineering
The improved GadgetBox designs, and online support forums, will be available to the public by early 2018.
Sudbury, Ontario, Canada – Local business, Clickmox Solutions, is pleased to announce the launch of its Kickstarter campaign for its new product: the Scan3D laser scanner. The campaign was launched on August 18th at 10:45am and will be active for 25 days – until September 12th.
Although 3D laser scanning is a mature technology, it is not yet widely available to the public, due mostly to its high cost. Scan3D is a lightweight and affordable large area laser scanner, which is locally manufactured at the Clickmox Solutions office in Sudbury. It is designed to tackle the need for an inexpensive, compact laser scanner that is versatile enough to meet any consumer need.
Scan3D offers real-time 3D mapping capabilities at a fraction of the price of its competitors. Mountable on aerial drones and ground vehicles, Scan3D has many industrial and recreational applications from obstacle avoidance to vehicle positioning and 3D mapping.
Clickmox Solutions is offering three different models of the Scan3D system, costing $1,195, $4,590, and $6,590. All three models include a software development kit, which allows consumers to adapt Scan3D to their specific applications. The Advanced and Ultimate models also include access to Clickmox’s SLAM Libraries and instructions on how to create 3D maps in real time.
Scan3D uses a 2D laser scanner, which it pivots on a servo motor. It combines these data with data from a positional sensor to generate 3D maps. This technology has already been used by Clickmox in the mining industry.