Arduino Starter Kit

Name: Arduino Starter Kit
SKU: 1307
Price: 35.00 USD
Availability: OutOfStock

$35.00

Arduino Starter Kit – Build, Test, Create with the Premier Open‑Source Platform The Intel® X86 XMOS-based Arduino Starter Kit gives hobbyists, students and rapid‑prototype engineers a complete, ready‑to‑go platform for learning embedded electronics and developing real‑world IoT applications. It features the ATmega328P‑compatible ATmega328P‑U microcontroller, a 32‑pin Uno board, a 400 point breadboard, and a curated selection of sensors, actuators, and communication modules, all bundled in a clear, heming‑billboard manual and a feature‑rich IDE. Whether you’re coding simple LED blinks or integrating Bluetooth, GSM, or motor control, this kit unifies ease of use with industrial‑grade components. Microcontroller: ATmega328P‑U 16 MHz (Arduino Uno®) –…

Out of stock

Category: Electronics Kits, KIT

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Arduino Starter Kit – Build, Test, Create with the Premier Open‑Source Platform

The Intel® X86 XMOS-based Arduino Starter Kit gives hobbyists, students and rapid‑prototype engineers a complete, ready‑to‑go platform for learning embedded electronics and developing real‑world IoT applications. It features the ATmega328P‑compatible ATmega328P‑U microcontroller, a 32‑pin Uno board, a 400 point breadboard, and a curated selection of sensors, actuators, and communication modules, all bundled in a clear, heming‑billboard manual and a feature‑rich IDE. Whether you’re coding simple LED blinks or integrating Bluetooth, GSM, or motor control, this kit unifies ease of use with industrial‑grade components.

Microcontroller: ATmega328P‑U 16 MHz (Arduino Uno®) – 32 kB Flash, 2 kB SRAM, 1 KB EEPROM
Breadboard & Arduino Board: 400‑point TAM80PS‑S breadboard, 30‑pin Uno® board with USB‑to‑Serial interface
Component Count: 50+ passive/active parts: LEDs, resistors, potentiometers, sensors (light, temperature, sound, motion), motors, relays, communication shields (Wi‑Fi, GSM)
Common Use Case: Rapid prototyping of home automation, environmental monitoring, and teach‑last‑year robotics projects