Secret revealed: Arduino coding standards | Review & Prices

  • Arduino Programming: Tip and Tricks to Learn Arduino Programming Efficiently
  • C++ in One Hour a Day, Sams Teach Yourself
    Sams Publishing
  • Programming Arduino: Getting Started with Sketches, Second Edition (Tab)
    McGraw-Hill Education Tab
  • COMPUTER PROGRAMMING FOR BEGINNERS: Complete Guide for Beginners to Learn and Mastering SQL & C#
    9.99 $
  • Dobot Magician Standard Version -- Programmable Robotic Arm For K12 or STEM DIY Maker 3D Printer
    All the Dobot Magicians have been tested in the US before we ship out. In case there is a technical problem due to the transportation, please contact us right away. I will assist you to solve all the technical problems step by step. Most user-friendly robotic arm,Programmable, Thoughtful details integrated in simple design. Dobot Magician Won CES 2018 Innovation Award Best Educational Tool for robotics, Servo Magazine did the test and featured it. Life Long Technical Support: Since Dobot Magician has so many functions, it could take some efforts to familiarize all the operations. We are here to help. No matter it is hardware problem or software problem, please contact us right away, I will help you figure it out step by step. FULL NGSS CURRICULUM: Provide 16 courses with small projects and tasks to inspire students' imagination and creativity, all those courses are based on NGSS
    1,499.00 $
  • UCTRONICS Robot Kit with Camera, RC Car Kit for Kids and Teens to Build, Electronics Programmable DIY Coding Robotics by Scratch 3.0 / Arduino IDE
    Multiple Features: obstacle avoidance, line tracking, following, tracking color code, playing piano and music, photos/videos shooting, wireless real-time video transmission. App Controlled Robot with Camera: iOS device search mobile app “UCBOT” in APP Store; Android device search app “UCBOT” in Google Play. See what the robot sees with easy-to-use WIFI connection. Easy Installation: 1. mount the battery holder and put batteries in. 2. put the wheels on. 3. insert the head to the body. (Batteries not included, need 4 AAA batteries to work) Customize Your Unique Car: the robot car has a unique name when produced, can also be renamed and reset the password and customized the software development in Arduino IDE.
    49.99 $
  • OSOYOO Omni-directinal Mecanum Wheels Robot Car Kit for Arduino Mega2560|Metal Chassis DC Speed Encoder Motor Robotic DIY|STEM Remote Controlled Educational | Mechanical DIY Coding for Teens Adult
    OMNI WHEELS ROBOT CAR: 4WD Omni-directional wheels and DC Speed Encoder Motor robotic car uses the latest mecanum wheels for omnidirectional movement and allow your robotics to not only travel forward and backward, but also sideways and diagonally((Left/Right Parallel Shift,Forward/Backward,Upper Left/Right Diagonal shift,Lower Right/Left Diagonal Shift).Perfect for tight spaces. SIMPLE, INTELLIGENT, FUN PROJECT: Control your OSOYOO Omni Wheels Robot Car by Android and iOS App, allowing many additional functions such as imitation driving and WiFi controlled auto driving.This intelligent, new technology supports various projects such as line tracking, obstacle avoidance and gravity sensing control. THE BEST VALUE PACK ON AMAZON: This Ultimate Gift Bundle Includes Everything You Need To Build and Engineer Your Own Robotic Car: WiFi Shield, Basic Board for Arduino, USB Cable, Model X Motor Driver Module, Bluetooth Module, Ultrasonic Sensor & Holder, Servo Motor, 3-Points Line Tracking Modules, Obstacle Sensors, Voltage Meter, Acrylic Car Chassis, 4 Motors 4 Mecanum Wheels, 18650 Battery Box. MORE THAN THE BASICS: ADDITIONAL ACCESSORIES INCLUDED IN DIY ROBOTIC STEM SET: Basic Tutorial with Pictures, Sample Project Code, & Step-by-Step Instructions. Designed for Easy Assembly and Great Performance — Practice and Become a Master!
    119.00 $
  • Arduino Engineering Kit REV2
    244.20 $
  • Yahboom Coding Mecanum Wheel Smart Robot Kit Whit FPV Camera, DIY Omnidirectional Toys Car for UNO R3 Teenager Learning
    Smart robot biggest feature is 4WD omnidirectional mcnamm wheel which can easily complete 360 ° barrier free movement and the challenge of more complex routes HD video WiFi camera : Intelligent educational robot kit has FPV camera head, not only adjust the angle by Android/iOS APP, but also support the functions of taking photos and videos 5 sets of infrared obstacle avoidance sensors scattered around the coding robot car provide the most comprehensive protection for omniduino, which can't be easily damaged even for kids to play, perfect programmable starter kit for kids to build teens to do project design Omniduino is a Mini DIY robot kit open source platform and programmed in C language, you never have to worry about losing in programming, because Yahboom offers full range of code courses and timely technical support 3 sport modes make programming experimental robot car unimpeded : The surrounding mode that rotates around the center point all the time; the obstacle avoidance mode that automatically avoids obstacles when moving forward; and the translation mode that moves in parallel all the time
  • ELECROW CrowPi Raspberry Pi 4 3b 3b+ Sensor Kit for Learning Programming (Basic Kit, RPI Not Included, Black)
    Raspberry Pi Kit: Please note that this Crowpi basic kit does not include the raspberry pi board. It fits with Raspberry Pi 4, 3b, 3b+ and more. Organized and Uncluttered: With the sensors, buttons and output devices all pre-assembled in one package, you can start doing raspberry pi projects instantly and easily with CrowPi, which has many advantages compared to the traditional ways of rasberry pie electronics. Build Quality: The solid ABS shell with iron hinges makes Crowpi portable to carry with. All Sorts of Projects: This Raspberry Pi Kit is jam-packed with lots of buttons, LED feedback devices such as LED Matrix and 19 different sensors in a tidy, easy to use package, which allows your kids to build many projects. 21 Lessons on Youtube: This learning kit ships with step by step instructions and provides 21 video lessons to take you through identifying components, reading code, and running it in the terminal.