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Arduino Starter Kit K000007

Arduino Starter Kit K000007

β‚Ή12,779.00Price


|                 ARDUINO STARTER KIT (K000007)           |
+---------------------------+----------------------------+
| 🎯 Purpose               | Learn electronics + Arduino |
|---------------------------|----------------------------|
| πŸ“˜ Projects Book         | 170 pages (15 projects)     |
|---------------------------|----------------------------|
| 🧰 Core Controller       | Arduino Uno R3              |
|---------------------------|----------------------------|
| πŸ’» USB Cable             | Included                    |
|---------------------------|----------------------------|
| πŸ§ͺ Breadboard            | 400-point for prototyping   |
|---------------------------|----------------------------|
| πŸ”Œ Power Interface       | 9 V battery clip + USB      |
|---------------------------|----------------------------|
| πŸ”’ Key Input Parts       | Pushbuttons, potentiometers |
|---------------------------|----------------------------|
| πŸŽ› Sensors & Modules     | Temp, tilt, photoresistors  |
|---------------------------|----------------------------|
| πŸ’‘ Output Components     | LEDs, RGB LED, LCDDisplay  |
|---------------------------|----------------------------|
| πŸ”‹ Actuators             | DC motor, Servo motor       |
|---------------------------|----------------------------|
| πŸ”Š Sound & Motor Driver  | Piezo buzzer, L293D driver |
+────────────────────────────────────────────────────────+
 

🧰 What’s In the Box

The kit contains a wide selection of components used in the included projects β€” everything you need to start building immediately:

🧠 Core Electronics

  • Arduino Uno R3 board β€” the main programmable microcontroller.

  • USB cable β€” for programming and power.

  • Breadboard (400 points) β€” no soldering required.

  • 9 V battery snap β€” for standalone power.

  • Wooden base β€” mounts components for neat builds.

  • 70+ jumper wires β€” connect components on the breadboard.

πŸ“¦ Sensors & Inputs

  • Photoresistors (LDR) β€” light sensing.

  • Temperature sensor (TMP36) β€” read temp.

  • Tilt sensor β€” detect orientation/movement.

  • Potentiometers (10 kΞ©) β€” variable analog input.

  • Pushbuttons β€” digital inputs.

πŸ’‘ Outputs & Actuators

  • Bright LED, RGB LED, assorted LEDs β€” light indicators.

  • 16Γ—2 LCD display β€” text output.

  • Small DC motor (6/9 V) β€” basic motion.

  • Small servo motor β€” precise motion control.

  • Piezo buzzer β€” sound output.

πŸͺ› Drivers & Misc Components

  • H-bridge motor driver (L293D) β€” drive motors safely.

  • Optocouplers, MOSFET transistors, diodes, capacitors, resistors β€” core circuit components.

  • Transparent colour gels β€” for LED effects.

πŸ“š What You Learn β€” Project Highlights

The project book walks you from basics to more creative builds, including:

  • Get to Know Your Tools – Understand basic components.

  • Spaceship Interface – Build a fun control panel.

  • Love-O-Meter – Temperature-based LED reactions.

  • Color Mixing Lamp – RGB light mixing.

  • Mood Cue – Light output responding to analog input.

  • Light Theremin – Hand-wave sound control.

  • Keyboard Instrument – Play music with buttons.

  • Digital Hourglass – LED timer.

  • Motorized Pinwheel – Spinning motion using a motor.

  • Zoetrope – Mechanical animation.

  • Crystal Ball – Random answer machine.

  • Knock Lock – Secret knock lock system.

  • Touch-Responsive Lamp – Responsive touch input.

  • Computer Logo Control – Control your PC via Arduino.

  • Hacking Buttons – Build a custom controller.

🧠 Why It Matters

The Arduino Starter Kit K000007 is one of the best ways to learn Arduino and embedded electronics hands-on because it combines a real Arduino board, many genuine components, and a well-structured project book that teaches both hardware and software fundamentals in a fun, step-by-step manner. This makes it ideal for students, beginners, and hobbyists.

 

πŸš€ Skills You’ll Develop

βœ” Circuit building & breadboard wiring
βœ” Reading sensors and interpreting signals
βœ” Controlling actuators (motors, servos, LEDs)
βœ” Programming logic and Arduino coding
βœ” Using displays and user input devices

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