Starter Kit for Arduino UNO R3

Name: Starter Kit for Arduino UNO R3
Brand: The Science Hut
SKU: 1005006481088516-whit box
Price: 59.95 USD
Availability:  InStock

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Awaken The Inventor Within You

Are you ready to discover your talents for designing, building and programming your own robots or electronic devices? Whether you're an experienced tech enthusiast or someone who's never touched an electronic circuit before, this Ultimate Starter Kit for Arduino UNO R3 is your gateway to endless creativity and innovation. This kit includes everything you need to immerse yourself in the world of Arduino. Take a look at the product image gallery or click on "More product information" below to see a complete listing of everything that is contained in this kit.

Imagine building your very own smart home automation system, crafting a custom ultrasonic distance meter, creating an RFID swipe-access or password access control for your bedroom, designing a remote control device, or even building a robot to complete repetitive tasks —all with your own hands. This kit is packed with everything you need to turn your ingenious ideas into reality, from a wide range of sensors to advanced motors and digital displays. The only limit is your imagination!

Why Choose this Kit for Arduino?

Endless Possibilities: With over 40 versatile components (over 200 pieces in total), you can create hundreds of different projects. From temperature sensors and motion detectors to LED displays and RFID modules, you'll have everything you need to start inventing. And when you're ready to take things further, the Arduino ecosystem is vast, with countless pre-built sensors and components available to expand the capabilities of this kit, and hence your projects. See "More Product Information" below for 20 ideas that are easy to build with the components in this kit.

Anyone Can Do It: You don't need a degree in engineering or computer programming to create something amazing. You can even get started by coming up with an idea of something you want to create (limited only by your imagination) and simply ask ChatGPT how to make it, then ChatGPT will tell you how to connect the components and provide you with the code you need to run it - Amazing! Furthermore, Arduino's user-friendly open-source platform makes it easy for anyone to start coding and building, even if you've never written code or touched an electronic component before. Plus, there are many thousands of tutorials, videos, and communities online to guide you every step of the way.

Real-World Inspiration: Did you know that some of today's most exciting tech innovations started out as Arduino projects? For example, the famous 3D printer and the Pebble smartwatch (which helped to pioneer today's wearable device industry) began as simple Arduino prototypes. Imagine what you could create - could you design the next big thing?

Learn by Doing: This kit is more than just a box of parts—it's an adventure in learning. You'll discover how electronics work, how to write code, and how to bring your ideas to life. This hands-on experience is perfect for curious minds of all ages.

Join a Global Community: When you dive into the world of Arduino, you're not just buying a kit—you're joining a global movement of creators. Connect with fellow inventors on social media, share your projects, and get inspired by what others are building.

Start Your Inventor Journey Today

The world of robotics and automation through electronics is at your fingertips. With this Ultimate Starter Kit for Arduino UNO R3, you can invent, create, and innovate like never before. Whether you're looking to build your own gadgets, start a new hobby, or just explore something new, this kit is your perfect companion.

So what are you waiting for? Unleash your creativity and start inventing today. The future is yours to build!

Order Now and begin your adventure into the world of endless possibilities.

Guide to Arduino

Further product information

List of components included

Arduino UNO R3 board (clone) (×1)
UNO R3 Proto Shield (x1)
Mini-breadboard (×1)
MAX7219 LED Display Driver IC (×1)
SN74HC595 Shift Register IC (×1)
Tower Pro SG90 Micro Servo (×1)
Dual axis joystick controller (×1)
Stepper motor (28BYJ-48) (×1)
Stepper motor driver circuit (×1)
Relay module - 1 ch, 5V DC (×1)
3V to 6V DC motor (×1)
7-segment LED display module (×2)
4-digit 7-segment LED display (×1)
Blue LCD display (1602A) (×1)
64 LED dot matrix (×1)
RFID module (RC522) (×1)
3 color (RGB) SMD LED module (×1)
Membrane keypad (×1)
Ultrasonic distance sensor (×1)
LM35DZ temperature sensor (×1)
Water sensor (×1)
Light sensor (LDR) (×1)
Mercury tilt switch (tilt sensor) (×1)
Infrared LED (IR emitter) (×1)
Infrared (IR) receiver (×1)
5V buzzer (×2: 1 active, 1 passive)
Potentiometers (B5K and B10K) (×2)
5 mm tactile switches (×5)
10 mm tactile push buttons (×10)
220 Ω resistor (×8)
1 kΩ resistor (×5)
10 kΩ resistor (×6)
5 mm Clear LED (×10)
5 mm Red LED (×10)
5 mm Green LED (×10)
5 mm Yellow LED (×10)
Standard breadboard (×1)
Connecting pins - straight (×40)
Connecting pins - 90º angle (×40)
Jumper wires (various) (×66)
Female-to-female jumper wire (×10)
Battery box (6 × 1.5V AA) (×1)

Ages: 12+ (adult supervision recommended for children under 16)

Note: product contains many small parts which present a choking hazard; keep out of reach of small children.

Requires a computer or Apple Mac (running Windows, Linux or macOS) and Arduino IDE software (which is Open Source and can be downloaded for free at https://www.arduino.cc/en/software) for uploading code to the development board.

Project ideas with this kit

Here's a list of 20 projects you can build with the components in this kit!

LED Matrix Animation Display: Use the 64 LED dot matrix and MAX7219 to create animated patterns or scrolling text.

RFID-Based Access Control System: Utilize the RFID module to create a simple security access system that unlocks a door or logs access.

Obstacle Avoidance Robot: Build a basic robot with the stepper motor, ultrasonic sensor, and a motor driver to navigate around obstacles.

Digital Thermometer: Use the LM35DZ temperature sensor to display the current temperature on the 1602A LCD display.

Servo-Controlled Lock: Create a small lock mechanism controlled by the SG90 servo, which can be opened via a keypad input.

Joystick-Controlled Servo: Control the position of a servo motor using the dual-axis joystick controller for fun and simple joystick-to-servo projects.

Ultrasonic Distance Measurement: Display distance measurements from the ultrasonic sensor on the 4-digit 7-segment display.

Water Level Detector: Use the water sensor to detect and alert when water reaches a certain level, useful for monitoring tank levels.

Remote-Controlled Car: Build a simple car using the DC motor, controlled via the IR receiver and IR LED for remote input.

Automatic Light Controller: Use the light sensor (LDR) and relay module to turn lights on or off based on ambient light levels.

RGB LED Color Mixer: Use potentiometers to control the red, green, and blue channels of the RGB LED module to mix colors.

Home Automation with Relay: Control household appliances using the relay module and a simple switch or sensor input.

Simple Game with Keypad and LED: Develop a basic reaction game using the membrane keypad and LEDs to create interactive light patterns.

Digital Dice: Simulate a dice roll using the 7-segment display and a button to generate random numbers.

Temperature Alert System: Use the LM35DZ sensor to create a system that triggers a buzzer when a certain temperature threshold is crossed.

Tilt-Activated Light: Use the mercury tilt switch to control an LED or buzzer, activating when the switch is tilted.

Motor Speed Control: Use a potentiometer to vary the speed of the DC motor, creating a simple speed control system.

Step Counter: Use the stepper motor and a 4-digit 7-segment display to build a basic step counter.

Servo-Based Sorting Machine: Create a small sorting mechanism using the servo to sort objects based on simple input criteria like size or color.

Digital Clock: Build a simple digital clock using the 4-digit 7-segment display and Arduino’s time-keeping functions.

New to Arduino? Check out the official website for tutorials, tips, and community support: https://www.arduino.cc/

Scientific principles illustrated

Using this kit for Arduino offers a hands-on approach to learning a variety of scientific principles, technical skills, and valuable knowledge across multiple disciplines. At its core, this kit introduces fundamental concepts in electronics and circuitry. By building devices with components like resistors, LEDs, sensors, and motors, users gain an understanding of how electrical currents flow, how circuits are designed, and how different components interact to create functional systems. These concepts are crucial for understanding modern electronics and can serve as a foundation for more advanced studies in electrical engineering and physics.

Beyond electronics, the kit also delves into the world of computer programming and algorithmic thinking. The Arduino platform uses a simplified version of C++, making it accessible to beginners while still powerful enough for complex projects. By writing code to control the components, users learn the basics of programming logic, syntax, and debugging. They also explore how software can interact with hardware, creating a tangible connection between the digital and physical worlds. This experience is invaluable for anyone interested in computer science, robotics, or automation, providing a strong basis for future learning and experimentation.

Moreover, this kit encourages the development of problem-solving and critical thinking skills. As users design and build their own devices, they encounter real-world challenges that require creative solutions. Whether it’s figuring out how to wire a circuit correctly, optimizing code for efficiency, or troubleshooting a malfunctioning component, each project hones the ability to think critically and adapt to new problems. These skills are not only essential for scientific inquiry but are also highly transferable to a wide range of fields, from engineering to product design.

In addition, working with sensors and actuators promotes an understanding of physical sciences. For instance, using temperature sensors, light-dependent resistors, or ultrasonic distance sensors introduces users to principles in thermodynamics, optics, and wave physics. By applying these principles to practical projects, learners gain a deeper appreciation of how these scientific concepts operate in everyday technology. This experiential learning process solidifies theoretical knowledge and demonstrates the relevance of science in creating innovative solutions.

Ships from: International Warehouse

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Arduino is fun!

Great set. Using it to teach my son some basic electronics, and using it myself to do some more advanced electronics projects. I'm not too good with the Arduino coding just yet, I don't think I have the brain for it, but with practice I'm sure I'll improve. Thanks Science Hut!

Hi Ernest - thanks for your review, we really appreciate you taking the time! Sure, the Arduino coding will become easier for you the more you work on it. Nothing beats trial and error and troubleshooting to promote more rapid learning. Perhaps your son might overtake you with his coding knowledge, then he can teach you :D Glad to hear your Arduino kit is facilitating quality time with him!

Great starter kit

Amazing what you can do with this kit. I've followed some tutorials on Youtube and the Arduino website, all worked like a charm. Using ChatGPT to help come up with and debug code for my own creations, very excited with it, my new favourite past time. Do ye sell gears and wheels and that kind of stuff to use for making devices to work with the motors and servos? Would be good to have...

Hi Ronnie, thanks for taking the time to write this review, we really appreciate it! Great to hear you're enjoying the kit and having success with it so far. We do have a set of fixtures including wheels, sprockets, gear assemblies, etc - we're currently building the product page and should have it listed in the next few days (by mid Oct 2024). We'll drop you an email to let you know once it's listed if you interested. Thanks for your custom!

Excellent set

The board is instantly recognized as an Arduino UNO R3. Fantastic selection of sensors and actuators, ideal combination for potentially thousands of cool projects. Would like to see some add-ons in the product catalogue - e.g.: additional sensors, additional connectivity modules such as WiFi and Bluetooth, a wider range of actuators so that I can expand the kits capabilities even further. This is excellent though, coming in really handy during classroom demonstrations. Thank you!

Hi Michael, thanks so much for your order and for taking the time to leave a review. We are in fact working on a range of standalone Arduino components to sell through our store. Our procurement team are working on a shortlist of high-demand items that we can start building the collection with. We're likely to start listing these in about 4-6 weeks once we have the logistics and supply chain worked out. Feel free to reach out to us on info@thesciencehut.com if you have any particular needs or recommendations that you'd like us to consider.

Mind-blowing fun

Only recently got into electronics after trying some of the kits on this site, but was quickly drawn to Arduino projects because of the ability to create your own devices. I've had this 3 days and haven't stopped tinkering with it, learning loads about how to code on the Arduino website... this is definitely my best hobby choice for years! Thanks

Great starter kit

Works very well. The board is automatically recognized as an Arduino Uno R3. Works with Arduino IDE. The components of the kit all work. Very happy to start.

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Starter Kit for Arduino UNO R3