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Design and build a bridge that spans between desks while learning the advantages of various bridge types!
Explore the power of a pulley with a system that conveniently fits on a desk or table!
Explore why the catapult has been used for thousands of years with this life-size, interactive version!
Explore the connection between energy and motion through a series of robotic experiments!
Encourage teamwork and explore the science and math involved with popular sports!
Combine the thrill of the gridiron with the excitement of science and technology in entertaining lessons!
Blended learning integrates STEM skills into strategic, fast-paced basketball basics!
Explore the science behind calculating the optimal angle to kick or throw in a soccer ball!
"Set" students up for success by encouraging science and math skills during volleyball!
Learn the science behind BMX racing and tricks during a unique, hands-on BMX bike unit!
Students learn to build and code robots using advanced electronics and common drinking straws!
Get the whole class inspired with makerspace challenges that jumpstart creativity and innovation!
Teach powerful lessons in force and trajectory with a smaller version of our SlingStudy Slingshot!
Level up your understanding of sports physics with a smart ball packed with exciting games and revealing stats.
Robotics sets that include micro:bit computers are a complete solution to introduce the whole class to robots and code!
Elementary students collaborate to invent any robot they can imagine and bring it to life with code!
Larger-than-life lever brings the relationship between a fulcrum and amount of force needed to lift heavy loads alive!
Expand the learning potential in the classroom using a smaller version of our LearnLever!
Explore force, momentum, and accuracy on a smaller scale launching beanbags on this desktop catapult!
Discover how the slope of an inclined plane makes work much easier!
Unique brick building activity blends communication, algorithms, and spatial reasoning to create up to 20 structures!
Inspire creativity and engineering know-how with open-ended cardboard building kits!
Students build rolling, spinning, tipping cardboard creations with simple materials!
Expand lessons about weight-bearing structures with these refill and test kits!
Let imaginations run wild with the ultimate bundle of open-ended building materials!
Turn patterns on puzzle cards into 3D structures with durable planks!
Build, color, play, and improve engineering skills while creating recognizable structures with each architecture kit!
Take these kits on the go to teach students about architecture, engineering, and electricity!
Secure, fixed plastic connectors let budding engineers and designers create 3D projects of any size!
Get the entire class involved in creative cardboard challenges using this all-encompassing kit!
Open-ended kits encourage creativity through hands-on building challenges!
Discover how renewable energy sources and fuel cell technology work together to create a sustainable power grid!
Small-scale energy experiments demonstrate the big impact of clean energy technologies!
Explore wind energy with a realistic wind turbine in a miniature size!
Learn about automotive technology of the future while building and driving a hydrogen-powered car!
Build a hydrogen powered car while exploring the science behind a fuel cell reaction!
Conduct experiments to generate water, hydrogen, and electricity using high performance PEM fuel cells!
Dive into clean energy through a series of experiments involving water and solar power!
Inspire creativity and promote problem solving as students construct bridges in any design!
Experience the power of cranes as students build one of their own and find ways to make it even better!