Explore why the catapult has been used for thousands of years with this life-size, interactive version!
Larger-than-life lever brings the relationship between a fulcrum and amount of force needed to lift heavy loads alive!
Expansive 212-piece kit turns budding physicists into physics pros!
This fun engineering kit allows students to compete to build the most efficient savonius wind turbine!
Build a wooden gearbot to learn about gears, pulleys, levers, and hydraulic mechanical advantage.
Discover pulleys, levers, and complex machines by constructing functional models with 647 building elements!
Students work with gears as they build a model of Leonardo da Vinci’s famous revolving bridge!
Students become environmental engineers as they build and compare two types of model wind turbines!
Ready, set, aim for project-based learning with this replica trebuchet!
Provide younger students with a hands-on knowledge of force and motion with this short-track pack!
Students learn about mechanics, electricity, and renewable energy by constructing mini wind turbines!
Expand students’ horizons—and racetracks—with BlueTrack™ accessories!
Students use brick building and communication to build better brains!
This hands-on construction set lets students build brick structures to improve engineering and technological literacy!
Launch STEM in your classroom with a catapult that integrates history and physics!
Students become civil engineers and designers as they learn to construct bridges!
Students build a model to discover Joseph Strauss' influential bridge design!
Corrugated plastic sheets fuel your next STEM project!
Bring four wooden machines to life using the power of hydraulics!
Students explore engineering concepts of lift bridge construction as they build their own from wooden pieces!
Analyze the power and force of pressurized air and learn how to make objects move by displacing it!
Compare real-world wind and solar energy sources with this hands-on experiment kit!
Let creativity flow as students design and build model structures using mechanics and engineering skills!
Go crazy with 1,000 pieces and 21 engineering projects in this science kit!
Over 4,000 pieces let creativity, construction, and teamwork unfold in classrooms or makerspaces!
Discover how to increase applied force or change the direction of motion with levers!
Learn about the relationship between force, speed, and distance while building simple machines!
Hands-on experiments show students how a simple pulley drives complex machines!
Explore the powerful effects cams and cranks have on force and speed!
Interactive experiments show students how gears impact velocity, force, and motion!
Become an expert in Newton's laws of motion while performing engaging experiments!
Discover how construction techniques and distribution of force increase the integrity of buildings with these unique foam blocks!
Build imaginations and encourage creativity while stacking wood planks!
Students will be amazed as they create their own marble run and learn engineering skills!
Build and test structures to see how distinct designs disperse and withstand force!
Assemble a winding maze packed with obstacles and passages and watch your bot race through it!
All-in-one solution gives students an interactive overview of Science, Technology, Engineering, and Math!
Build a solid foundation in all four areas of STEM for the entire class with over 6,500 plastic bricks!
Take to the skies with newly constructed models to learn principles of physics and aerodynamics!
The basic laws of mechanical physics collide with real-world examples as students construct 20 simple machines and automotive models to conduct 22 experiments!