Robotics is a vast, thrilling, and sometimes overwhelming interdisciplinary field involving physics, engineering, and computer science. This kit gives kids a simple, fun, and customizable introduction to robotics that lets them build eight motorized machines controlled by programs and an ultrasound sensor. The models all make use of continuous tracks, also known as tank treads, to move themselves and other objects around. Kids code the programs using an easy, visual programming app on a tablet or smartphone, which connects to the robot models via a wireless Bluetooth connection. The ultrasonic sensor works on the same principle as sonar. It sends out sound waves, which bounce off objects. The sensor interprets the echoes returning to it, and from this detects objects in the path of the sensor. Using the app interface, you can program the robots you build to behave based on the feedback coming from the ultrasound sensor. Build a robot with two large continuous tracks that drives around and avoids obstacles in its path. Set up an obstacle course and watch the long-necked scout robot use its ultrasonic sensor to navigate around the obstacles. The attentive tracker bot model detects your hand, moves toward it, and follows it around. Construct models of real-world smart machines, like a conveyor belt robot that carries small objects along its two belts and an escalator model that carries objects up to another level. A cool tundra explorer model moves through an obstacle course and can even drive over small obstacles in its path with its unique tank tread design. You can also assemble other fun robots including a dozer bot with a bulldozer attachment on its front end and a fire rescue robot that drives its ladder up close to other objects. After learning how the technology works, you can build and program your own robots using the kit’s 197 building pieces. A full-color, 60-page step-by-step illustrated manual helps kids assemble all of the models and teaches them about robotics in the real world. Digital assembly instructions are also available in a separate app for Android or iOS. In the programming app, the visual programming language allows you to command the robots’ motors to move at different times, different power levels, in different directions, and in response to the data from the sensor. Requires a tablet or smartphone running iOS or Android. Please check the app stores for compatibility and device requirements.
Extra thick medical examination gloves - 60mil. Great for extra protection.
Highly durable lab apron made of rubberized cloth is impermeable and easy to clean, perfect for all manner of lab or classroom experiments
Durable, anti-fog safety glasses that fit comfortably on any head size.
Extra-small nitrile exam gloves designed and manufactured for superior protection against viral, bacterial, and certain chemical hazards.
Large nitrile exam gloves designed and manufactured for superior protection against viral, bacterial, and certain chemical hazards.
These goggles meet the ANSI Z87.1, 2010 High Impact standards.
A beautiful desk or bookshelf accessory for the reading fanatic in your family!
This high precision gyroscope will amaze you with rotational speed and ease of precision.
This adapter-powered butterfly uses Flexinor wires to create a realistic visual effect!
Build your own windmill generator kit by recycling a plastic bottle!
Build a magnetic levitating train with this science fair project kit!
This classic device is used to demonstrate the conservation of mechanical energy.
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