All-in-one Starter Common Board Kit for Arduino with 15 Sensors and 21 Lessons

Description

The Arduino All-in-One Starter Kit is a perfect kit designed for beginners to introduce you to the world of Arduino in a fun and easy way. The kit has more than 20 interactive tutorials, from easy to difficult. They will guide you step by step to master the use of sensors, improve logic skills, and inspire creativity.

The kit has 15 sensors. It includes 14 on-board sensors and 1 humidity sensor with Crowtail interface. Each sensor has unique features and functions. These sensors are perfect for Arduino novices. In addition, it has 6 Crowtail interfaces, which can connect 150+ kinds of Crowtail sensors, with excellent expandability. They are a great entry-level tool to inspire logic and innovation. Unlike most kits, this beginner all-in-one starter kit adopts a common board design, no breadboard, no soldering, and even no wiring, allowing you to focus on programming and Arduino learning.

This kit quickly gets you started with basic Arduino programming. It is suitable for students, educators, and hardware enthusiasts. With this comprehensive starter kit, you can explore the endless possibilities of the world of electronics.

feature of Arduino All-in-one kit

Arduino All-in-one kit with sensor common board design

Arduino All-in-one kit with 20+ learning lessons

Arduino All-in-one kit base on arduino software to program

Arduino All-in-one kit with 6 crowtail interfaces

portable suit case of Arduino All-in-one kit

Sensor Overview sensor overview of arduino starter kit

Projects built with this kit

Obstacle Close-Range Alarm	Breathing LED

Servo Angle Control	Plant Watering Reminder System

Feature

15 sensors with different functions, more than 20 creative tutorials;
Common board design for sensors, no need to solder wires, direct use;
Well-designed packaging, portable suitcase, small and exquisite;
Reserved 6 Crowtail interfaces, 3x I/O, 2xI2C, 1xUART;
Visualized silk screen printing, corresponding to the characteristics of each sensor;