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Toys > STEM > Engineering
A fantastic robot shaped like a jumping frog to have fun and leap into the world of robotics!, A robot to be assembled, with a motor that, if activated, makes the robot actually leap!,The eye of the jumping bot is a gear that, when rotates, makes a fun spiral-shaped optical effect.
Built your own remote controlled customised construction vehicles with these 8 models!
The Junior Engineer kit is a fun, learning, toy experiment kit aimed for the little ones interested in constructing and assembling simple and easy models such as cars, animals, boats and more. With 24 different models to build, this kit also includes easy to handle & put together plastic pieces of various sizes and shapes. This kit allows children to develop fine motor skills, eye-hand coordination, shape recognition and spatial sense.
Built a legendary racer with these 10 models!
A fantastic self-assembly Hotrod to speed off on fantastic adventures. A set of over 130 components for building 2 car models that run thanks to a pull-back mechanism. The instruction manual helps the children build the models and introduces them to the basic principles of mechanics and engineering. With the free app, there are lots of other applications to discover and build.
Little Car Bob is attending his good friend's birthday party, what kind of interesting things and problems will he meet on the way?" Have an adventure with Bob!
Build your own remote controlled zoo.
Speed off into the world of Formula 1 with this incredible laboratory!, Make 10 racing car models from the more than 200 interchangeable components: from a Formula 1 car with functioning steering wheel, adjustable rear spoiler and rear wheels that can be operated via a differential, through to go karts, off-roaders and loads more!
With Mechanics Junior, invented and build, plays and the fun is all in
your hands.
A charming set for a prehistoric jump and 5 motorised dinosaur models:
the incredible T-Rex, Brontosaurus, Stegosaur, Triceratopus and
Pterodactile.
More than 130 components, including soft rubber plates, pulleys, nails
and cubes to create creativity and develop the dexterity of young makers.
Thanks to the motorised module, all dinosaurs really run on two paws,
the pterodak action the wings and the others start on four paws.
Suitable for children from 6 years and older.
Learn the forces of gyroscopes and fly wheels with these 11 models.
Gyroscopic force is a fascinating and magical phenomenon. With this small fast spinning Gyro you can make experiments with objects that are able to defy the force of gravity by standing upright although common sense tells that they can’t? Pull the Rib Cord and the magic begins!
You can build Robots that are holding balance like a Segway, but just on one wheel. You can build a cool robot that is able to drive on 2 wheels on a thin track without falling down. The lower part of the cool robot is a Fly wheel and this one can work on its own as well. The Fly wheel is a fast rotating weight wheel that stores rotational energy that can drive the gearwheels and make the model move.
Different models can be built using this function, like a motorbike, a space car, a trike etc. When you combine the 2 motors you can have a very cool robot that drives and balances on a track and you can make stunts like on skateboard or parkour.
This kit offers great learning in rotational powers that is basic science.
These kits provide incredible insight into the world of physics and engineering-and fun! Each box highlights different vehicle designs, ranging from single-prop seaplane to combine harvesters. These exciting builds also offer great learning experiences in pulley, lever, and gearing fundamentals! Once finished, these very detailed models include functioning mechanisms such as transmissions, differentials, propellers, and steering systems! Each kit provides very helpful building instructions. STEM based.
Get your motor running with real STEM learning! Discover the science of motion through scientific exploration with colorful, engaging tools and hands-on activities. Explore the science of “how things go” as you conduct investigations, solve problems, and explore early engineering. Features 10 double-sided Activity Cards covering all aspects of STEM, plus key science concepts of gravity, inertia, friction, push/pull, and more! Includes 2 cars, 2 double-sided tracks, 4 weighted blocks, pendulum ball, ladder with 2 removable bars, and a comprehensive Activity Guide with reproducible materials.
How does a reaction or a flexible shaft drive work? What’s the difference between a friction motor and a rubber motor drive? How can wind be used for propulsion?
This educational construction set gives students insight into how different types of drives work.
The Drive Systems Set can be used in supervised and unsupervised learning, and is used at many schools.
Main Subjects: Wind Propulsion, Bending Rod Drive, Recoil Drive, Rubber Band and Friction Motors.
Includes:
– 280 x Pices to make 8 Models
My First Engineering brings together maths, construction and science in a hands-on way when children build their own toy. Learn about the science of gravity, simple mechanisms, and the strength and stability needed in building structures. Encouraging kids with engineering concepts at a young age increases their confidence and abilities as they grow and may even influence a future career. The most important thing is to let kids experiment and try things for themselves, though help from time to time is always helpful.
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Galt Marble Run
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R635
R579
Discovery Miles 5 790
Save R56 (9%)
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Ships in 6 - 8 working days
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24 brightly coloured pieces in 4 different shapes to slot together into a marble run. Children will enjoy devising a variety of routes for the marbles to roll along as they descend to a home base.
The fischertechnik Robotics Competition Set has been developed for
schools, universities, educational institutions, and research groups
that want to further develop or improve their student robotics
competitions. It includes models like tracking robots, exploratory
robots, soccer-playing robots, obstacle recognition robots with
cameras, and much more. The models are ideal for a RoboCup competition
(Junior category) and various other competitions on a state or national
level, or even internationally. The Robotics Competition Set helps
school and university students discover robotics and key STEM learning
principles with project-based learning. The set includes 670 partss,
along with all current fischertechnik sensors. These include structural
parts, gears, drives, wheels, DC motors, motors with integrated
encoders, USB camera, gyro sensors, and many other fischertechnik
sensors. Incl. ROBOTCS TXT Controller and ROBO Pro Software with
options for programming on five levels. From the beginner level to
professional programming, with objects, subroutines, variables, and
user-defined commands. In addition, parcours templates are included for
testing models and prparing for robotics competitions.
Additional Teaching Material:
Innovative fischertechnik learning materials support you in teaching
technical concepts in a practical way and introducing them to your
secondary school and college students or your apprentices. The included
didactic activity booklet with teacher and instructional materials
offers display models and tasks to help you quickly prepare lessons,
and includes problems with solutions, handouts, and copy
templates.Teaching materials are provided on the included CD.
Product Composition:
The total of 670 fischertechnik parts are clearly divided into two
sorting inserts. Everything is delivered in a sturdy storage box, along
with easy to understand assembly instructions for 20 models of
different difficulty levels.
Main Subjects:
- Instrumentation and control
- Programming
- Interaction between hardware and software
- Use of actuators and sensors
- Robotics competitions
Soaring spires, towering arches, fascinatingly complex curves and angles! Build your foundation in architectural design with this fascinating STEM experiment kit that explores the engineering principles used in modern-day buildings. Through model building exercises, you play the role of architect and engineer as you piece together an array of models─from small, basic structural elements like trusses, arches, and domes to giant complex models of real-world buildings. Try recreating some of the world’s most interesting buildings! With 26 guided model builds, you can construct stadiums, skyscrapers, a Ferris wheel, and more.
With these hands-on exercises, you’ll develop an understanding of how architectural engineers apply scientific principles to their designs and the buildings and structures of the 21st century push materials and engineering to the limits. The 48-page, full-color manual guides your journey while encouraging independent exploration. What is the tallest tower, the most voluminous dome, or the longest bridge you can build with the modular building pieces? How will you us what you learn to further your architectural explorations?
The race is on to build hands-on coding skills! Build your maze, and then use the coding cards to create a step-by-step path for Colby, the Programmable Robot Mouse. Program the sequence of steps, and then watch Colby race to find the cheese! This deluxe set includes 30 double-sided coding cards, 10 double-sided activity cards, cheese wedge, and Activity Guide to provide the perfect hands-on introduction to coding concepts. Create your path with 16 maze grids to create a 20" x 20" maze board, 22 maze walls, and 3 tunnels for endless possibilities. Colby lights-up, makes sounds, and features 2 speeds along with colorful buttons to match coding cards for easy programming and sequencing. Add multiple players with Jack, the Programmable Robot Mouse (LER 2841), sold separately. Colby measures 4"L and requires 3 AAA batteries (not included).
Stack it higher with engineering projects that teach kids science
concepts--and then build on them. Start with the basics, and then
grow on what you know. Learn what shapes are best for building, how
they work together, and then and how to make and take them to the
next level.
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