3 STEAM Educational Products Includes: 1 x Gyroscope 1 x 6 in 1 Windbot 1 x Spiral Science Kit Spiral 3 in 1 Science Kit: Have you ever wondered the power source of a wind-up car? Where does the clock ticking sound of dad’s mechanical watch come from? The secret lies in the mainspring. Centered on the clockwork there is a spiral torsion spring. We can store the energy by winding it tightly, and then release it to trigger the inner mechanical operation. When the spiral spring is totally untwisted, the operation then stops. The mainspring of this 3-in-1 science kit is the first one in the world made of plastic, instead of metal. Unlike metal springs usually hidden in gearboxes for safety concern, this plastic one is safe enough to be completely exposed even with its highest running speed, giving kids great opportunity to explore the fascinating clockwork mechanism. This kit can be disassembled and reassembled into 3 styles: car, robot, and timer. Car: wind-up tightly and then release. The car will run at full speed surprisingly up to 14 meters. Show your friend how fast it can go. Lose a race game? Not a chance! Robot: the spiral spring works with high-speed escapement, providing the robot steady power to walk 50 centimeters. Waddling around with his quirky face, you will find him as the funniest and most hilarious buddy ever! Timer: the spiral spring works with low-speed escapement, performing as a 6 minute countdown timer with ticking sound. Check out when the chocolate cake in oven will be ready, or your favorite TV show is coming up? This helpful device won’t let you miss any fun in your life! The innovative science kit is amazingly easy to assemble and more importantly- environmental friendly. 6 in 1 Windbot: Construct a tricycle, quadruped, glider, drilling machine, walking robot, and even a wind-driven yacht! With the pieces in this kit, you'll also develop a hand-cranked wind turbine. As you construct and explore, discover more about the transmission of power and torque through gears. Plus, acquire a deeper understanding of wind as a power source, covering its history and potential. Easy, snap-together assembly requires no glueStep-by-step, illustrated instructions6-in-1 engineering kit: build six wind-powered models and a handheld wind generator. Start cranking the generator and watch them go!Learn about gear ratios and wind-power technology.No batteries or electricity required Gyroscope: What comes up to your mind when you think about spinning top? A round-shaped object spinning a long time on the ground? Yes, it could be right, but it can be something more fascinating! The 6-in-1 gyroscope experimental kit offers you a total of 6 brand new ideas, taking the spinning top game to a whole new level. From stage 1- keep the spinning top rotating without falling down from the tower, to stage 6- lead and secure the little guy finishing a long track in the 3D world, you will not only have a lot of fun challenging your techniques, but also learning the gyroscopic basic physics, such as rotation, precession, nutation, and inertia at the same time. The environment-friendly kit needs no battery at all. By pulling the ripcord, you can easily power and accelerate it. The kit can be dissemble and reassemble into 6 different styles. Mech-mushroom: Spin it and see how long it can dance on the tower. Try some other tricks? Side hang it on a rope and it will surprise you! Speedy Rover: With the help of flywheel inertia, the 6-wheels player can run perfectly well on a bumpy road. Stilts-bot: Taking advantages of the spinning wheels, you will be amazed how effortless he can stand still with only two poles but not feet. Scooter rider: The driver successfully transforms the moment of inertia to power, triggering the scooter moving steadily and gracefully. Robbie Dizzie: A good way to visualize how “procession” happens. The robot keeps twisting his body while walking until he makes you feel dizzy! Roboller Coaster: The ultimate challenge is a great family game for all ages. It requires high level of hand-eye coordination to coach the little guy all the way to conquer the 3D long track. Let’s see whose robot reaches the finish line first!
