There are different types of Arduino boards available in the market, but each board has unique features such as Arduino MEGA has the most number of pins, Lilypad is used for its wearable items. When you are in your early days, you don’t know much about it. There is a high possibility that you end up getting confused and buying the wrong board. 

A guide about the Arduino board comparison would help you to select the right board without wasting your time looking here and there for other boards. 

The best thing about Arduino is its community and its availability in the local market. You don’t have to wait so long, and you can buy different types of boards according to your needs and requirements. 

Pro Tip: If you are a beginner I would highly recommend you to select the Arduino NANO and Arduino UNO because they are easy to use and user friendly.

Things to consider when buying an Arduino

Every board is unique in its own way and can be used according to your requirements such as it is recommended that Arduino MEGA would be used for 3d printers, Arduino UNO for beginners, and Lilypad for wearable items. It is important to ask questions to yourself before you make a purchase of any board that could save you from future mishap.

The questions that may come to our mind are as follows

• If the processor important to you
• If you are entering Arduino’s world-first time
• If the size of the board is important for your project
• If fewer pins are applicable or you required more pins than a normal keyboard
• If you want to use Arduino shields in your project
• If you have a limited budget

To answer these questions go through the following chart that will help you to get your desired board. 

Arduino Comparison chart guide

Board	Operating voltage	Input Voltage	Analog I/O	Digital I/O	Pin Header	USB	UART	IOT	Li-on battery	Shield support
UNO	5V	7-12V	6/0	14/6	Female	Type B	1	–	2 CELL	Yes
NANO	5V	7-9V	8/0	14/6	Male	MINI	1	–	2 CELL	–
MINI	5V	7-9V	8/0	14/6	Male	–	1	–	2 CELL	–
PRO MINI	3.3V/5V	3.35/5-12v	6/0	14/6	Male	–	1	–	2 CELL	–
MICRO	5V	7-12v	12/0	20/7	Male	Micro	1	–	2 CELL	–
ZERO	3.3V	7-12v	6/1	14/10	Female	2 Micro	2	–	2 CELL	YES
MEGA	5V	7-12v	16/0	54/15	Female	Type B	4	–	2 CELL	YES
DUE	3.3V	7-12v		54/12	Female	2 Micro	4	–	2 CELL	YES
FIO	3.3V	3.7-7v		14/6	Male	Mini	1	–	1  CELL	–
GEMMA	3.3V	4-16v	1/0	3/2	–	Micro	0	–	1 CELL	–
LEONARDO	5V	7-12v	12/0	20/7	Female	Micro	1	–	2 CELL	YES
ETHERNET	5V	7-12	6/0	14/4	Female	–	0	LAN	2 CELL	YES
YUN	5V	5v	12/0	20/7	Female	Type A	1	LAN	2 CELL	YES
UNO WIFI	5V	7-12v	6/0	14/5	Female	Type B	1	WIFI	2 CELL	YES
101	3.3V	7-12v	6/0	14/4	Female	Type B	0	BT	2 CELL	YES
LILYPAD	2.7-5.5V	2.7-5.57v	6/0	14/6	–	–	0	–	1 CELL	–
LILYPAD USB	3.3V	3.8-5v	4/0	9/4	–	Micro	0	–	1 CELL	–
LILYPAD SIMPLE	2.7-5.5V	2.7-5.5v	4/0	9/4	–	–	0	–	1 CELL	–

Entry-level Arduino boards

The two most prevalent and suggested Arduinos for beginners are the Arduino Uno and Arduino MEGA 2560. They both are quite famous in the Arduino community because of its simple architecture and easy to use. 

There is a little difference as to why beginners prefer to have Arduino MEGA instead of Arduino UNO? To answer this question we have compared both of the boards technically.

Here I am telling you about some features of both Arduino boards that are why these boards are the best fit for the beginners.

Arduino Uno

An Arduino Uno is a fundamental Arduino board that numerous beginners use to start their journey. R3 is the amendment number of this Arduino which implies that it is the third edition of the board. In other words, changes were made to the initial Arduino Uno to progress it. There are some important features of Arduino UNO that are as follows

• Easy to use
• Replaceable microcontroller chip
• Inexpensive

Arduino MEGA 2560

An Arduino MEGA 2560 is essentially a greater Arduino Uno in terms of a number of pins or header associations, a measure of the board, and an estimate of the memory. All of the advantages of the Arduino Uno apply to the Arduino MEGA 2560, except for the price. Some advantages are as follows

• More input and output pins
• More analog pins
• More memory
• Use Arduino shields

Charts of comparing both boards

	Arduino UNO	Arduino Mega 2560
Price points	$19.99- $23.00	$38.61-$39.01
Dimensions	2.7 in x 2.1 in	4 in x 2.1 in
Processor	Atmega328P	ATMega2560
Clock speed	16MHZ	16MHZ
Flash memory	32	256
EEPROM	1	4
SRAM	2	8
Voltage level	5V	5V
USB connectivity	Standard A/B USB	Standard A/B USB

Advanced level Arduino board

In the projects that you’re seeking out a more capable processor with a bigger number of GPIO (General-purpose Input/output) compared to UNO. At that point the Arduino MEGA board is one of the foremost advanced choices. MEGA is the Arduino board profiting from ATMEGA 2560 microcontroller with 4-kilobyte EEPROM memory, 8-kilobyte SRAM, and 256-kilobyte streak.

With the most I/O pins among all the boards, the Arduino Mega may be an extraordinary choice for more progressed Arduino devotees. The Arduino Mega has 16 analog pins, basic for yielding analog signals. Furthermore, Arduino Mega advanced I/O pins may be as many as 50 or more. 

Above all Arduino MEGA has the most memory and SRAM if you compare with other boards like NANO, Lilypad, Leonardo. I would recommend you to use this board in your advanced projects because you will have access to more pins.

Here is a chart that shows the properties of Arduino MEGA.

MICROCONTROLLER	ATmega2560
LENGTH	101.52 mm
WIDTH	53.3 mm
WEIGHT	37 g
DIGITAL I/O PINS	54 (of which 15 provide PWM output)
ANALOG INPUT PINS	16
DC CURRENT PER I/O PIN	20 mA
DC CURRENT FOR 3.3V PIN	50 mA
FLASH MEMORY	256 KB of which 8 KB used by the bootloader
SRAM	8 KB
EEPROM	4 KB
CLOCK SPEED	16 MHz
LED_BUILTIN	13
OPERATING VOLTAGE	5V
INPUT VOLTAGE (RECOMMENDED)	7-12V
INPUT VOLTAGE (LIMIT)	6-20V

 Education boards

Arduino is the favorite gadgets learning and prototyping stage, much obliged to its ease-of-use, open source equipment, and program. Arduino has stamped its nearness in science, innovation, advancement, designing, chemistry, material science, arithmetic, consistent thinking, Internet of things (IOT), music, expressions, and imaginative expression science. 

The board TME ARD EDU Unit REV1. The instructive pack may be a custom-made Arduino-based board designed by TME Instruction. Its reason is to form instructions that are simple and fun, so a client can learn microcontroller programming as quickly as possible. 

TME ARD EDU Pack rev1. is our most adored instructive unit. It is additionally a favorite kit of the understudies within the schools you participate with. That’s why, at the time of an overhaul, you choose to base the update on the input we assembled. 

Recommendations, needs, and concepts of shining youths who have gone to our workshops motivated us to include additional functionalities and components. TME ARD EDU Pack rev2. is the result of what is cruel by productive participation with inventive understudies! 

TME ARD EDU KIT rev2. contains the same components as in the first edition:

1. Arduino UNO
2. Switches
3. Potentiometer
4. Temperature sensor
5. Light sensor
6. Buzzer
7. Bluetooth module
8. RGBs LEDs
9. LEDs
10. LCD display

Now some more elements added to this kit

11. Programmable RGB LEDs
12. OLED display
13. Microphone
14. 7-segment display
15. IR receiver

The pack is spiced up with five addressable LEDs to educate how to program the most recent era of LEDs lattices. They include a few fun units with light movements of up to 16 million colors. Moreover, TME ARD EDU Pack rev2. is sent with my step-by-step online direction addresses outlined with cases and outlines from the Arduino IDE computer program.

IoT based Arduino boards

Arduino is an open-source equipment board that’s promptly accessible for specialists & students all over the globe to make projects. It comes with an ATMEGA microcontroller that forms the data and encourages the correct working of the IoT framework.

The Arduino Ethernet may be a microcontroller board based on the ATmega328. It has 14 computerized input/output pins, 6 analog inputs, a 16 MHz gem oscillator, an RJ45 association, a control jack, an ICSP header, and a reset button. NB: Pins 10, 11, 12, and 13 are saved for meddling with the Ethernet module and ought to not be utilized by something else. 

This decreases the number of accessible pins to 9, with 4 accessible as PWM yields. A discretionary Control over the Ethernet module can be included on the board as well. The Ethernet varies from other sheets in that it does not have an onboard USB-to-serial driver chip, but features a Wiznet Ethernet interface. Usually, the same interface is found on the Ethernet shield. 

Microcontroller	ATmega328P
Operating Voltage	5V
Input Voltage Plug (recommended)	7-12V
Input Voltage Plug (limits)	6-20V
Input Voltage PoE (limits)	36-57V
Digital I/O Pins	14 (of which 4 provide PWM output)
Arduino Pins reserved:
	10 to 13 used for SPI
	4 used for SD card
	2 W5100 interrupt (when bridged)
Analog Input Pins	6
DC Current per I/O Pin	40 mA
DC Current for 3.3V Pin	50 mA
Flash Memory	32 KB (ATmega328P) of which 0.5 KB used by the bootloader
SRAM	2 KB (ATmega328P)
EEPROM	1 KB (ATmega328P)
Clock Speed	16 MHz
W5100 TCP/IP Embedded Ethernet Controller
Power Over Ethernet ready Magnetic Jack
Micro SD card, with active voltage translators
Length	68.6 mm
Width	53.3 mm
Weight	28 gr

Is it worth buying these Arduino boards?

On the off chance that you’ve got a project you simply need to do, that uses gadgets, an Arduino, or comparative microcontroller board can certainly be helpful and worth buying. There are some reasons why you should buy Arduino boards.

Reason #1

 The UNO is by far the foremost well-known Arduino board out there. In case you’re just getting started, and you need to see a few case codes that’s out there, you’re getting to discover tons of it accessible for the Arduino UNO.

 Reason #2

 Most of the add-ons that you’ll discover for Arduino, called “shields”, are built to work with the Arduino UNO, and every other board that is linked to arduino.

 Reason #3 

For 99% of your needs, the Arduino UNO is planning to do precisely what you would like. The UNO has 20 isolated input and yield channels, called pins, and all of those channels can be utilized to study computerized “on-off” sort inputs.

Recommended Arduino starter kit

These Arduino boards are great for students and hobbyists, as well as for individuals who have exceptionally small or no encounters in gadgets and programming but are willing to memorize more. We have given all the data required to assist you to decide which Arduino starter pack is the most excellent for you, from cost, things included some pros and cons of the packs. Still, we are able not to select one as the leading Arduino starter unit as each unit is interesting in its own way. Here are some kits that are available and they are as follows

• The official Arduino starter kits
• Elegoo mega 2560 Project Ultimate Starter Kit
• Elegoo UNO project super starter kit
• Kuman for Arduino Project Complete Starter Kit
• Smraza ultimate starter kit
• Sun founder project super starter kit
• Geekcreit Mega 2560 The Most Complete Ultimate
• Geekcreit UNOR3 Basic Learning Starter Kit For Arduino

Here are the best points from you get your favorite Arduino kit

• 2020 Hot Sell!!! Hot sell Factory Good Price RFID Learning Suite starter kit r3 for Arduino
• Factory Outlet DIY electronic kits for Arduinos starter kit with r3 Tutorial
• FOR UNO KITR3 Steam Education Kit with Tutorial For starter kits box

For more, you can go to this link and order your favorite kit.

Recommended Arduino boards

1. Arduino Uno 

Best Arduino for Beginners because of these reasons

• Inexpensive
• Easy to use
• Replaceable microcontroller chips

2. Arduino Nano

 Best Arduino for Breadboards and Portable Projects due to following reasons

• It has 22 input/output pins in total.
• 14 of these pins are digital pins.
• Arduino Nano has 8 analog pins.
• It has 6 PWM pins among the digital pins.
• It has a crystal oscillator of 16MHz.
• It has a reset button as well

3. Arduino Mega

 Best Arduino for Advanced Users 

• Arduino boards are able to read inputs 
•  light on a sensor
•  a finger on a button
• Activating a motor
• Turning on an LED
• Publishing something online.

I still remember the day when I had my first Arduino UNO board, and I was only 14 years old. I made its light blink with a delay of 5000ms, that made me super happy. Most importantly, it didn’t only motivate me to go further in electronics, but it also enhanced my programming skills.

I then started working on some different projects just like automating on my room lights, and turning on my room fan using Arduino, but it required some programming to automate things on their own, and I was only 14 years.

You must be confused about whether this microcontroller board is good for the kids, or it is just for the electronics students?

Yes, it is perfect for the kids, and there’s no age limit to learn the Arduino as long as you have basic sense, and skill in troubleshooting the problems. It is a single-board microcontroller that develops interesting objects like line following robot, water level sensors. It gets inputs from different switches or sensors, and controls motors, lights, or other physical devices. 

If your child is familiar with technology then arduino is the perfect way to let your kids know about an absolutely new world of technology and electronics. It will give your child confidence to thrive, and giving it will let your child stay a step forward from others.

Can a 6 years old learn Arduino?

We all are surrounded by technology like smartphones, computers, television, and many more. Yes, a 6 year old, or older can learn Arduino because of its easy to use, and open source hardware and software program.

A kid from grades 4-7 can easily learn the basics of circuits; a resistor, and a simple LED would be fine for you to do experiments and projects. To keep yourself, and your kid away hustle free there is a guide about the list of components that would go best for the beginner projects. 

NOTE:

I would highly recommend you to consider Arduino kits that are perfect for kids instead of buying components separately. They will have fun and learn at the same time.

What Age is Perfect for Kids to Learn Arduino and its Programming?

If your kid is about 8 to 10 years old and is good with the numbers and technology then they  only need your supervision to start learning Arduino, and reach the heights. 

To teach your kids about Arduino you could follow the steps:

• Start with the basics and with small projects just like LED blinking built-in examples, and traffic signal lights. 
• Take baby steps and then evolve further steps. 
• Don’t buy components separately, get a basic Arduino UNO, a resistor, and a simple LED would go fine for your kid.
• Run the code with an example and blink LED. 

No doubt Arduino is for kids as well. To be independent in learning Arduino 12+ is the optimal age. You don’t need to spend more time on buying a special kit, or making a list of the components. You can get started with a single Arduino board and an LED.

Recommended Reading:

Arduino UNO surely is the best starter when it comes to learning Arduino because of its price, easy to use, and the community that helps in troubleshooting the problems. If you are interested to know about the UNO at a deeper level this guide would do wonders. 

7 Reasons Why You Must Teach Arduino to Your Kids

Light on the wallet

If your goal is to do amazing projects, and you are also thinking about the economical board then you don’t need to worry about anything. The incredible thing about Arduino is that it is less expensive, and the price of an Arduino UNO board is less than $20, and the most cost effective board among the Arduino family is NANO Every which is about less than $10. Arduino UNO is the most used board in the industry because of its flexibility and ease of use. It can be integrated with other boards as well which makes this board the best starter board.

Best point to develop critical skills

A couple of years ago I was asking the same question: what skill did an Arduino develop? It didn’t only teach me to learn programming, but it taught me about the sensors, switches, capacitors, resistors, LEDs, buttons, and how they work, or how to make a functional project, or how these sensors interpret the numbers and send data to the microcontroller. 

Before we move forward on to the discussion you should know that Arduino could mean the following:

1. Arduino IDE (Integrated Development Environment) is a software which is used to program the board. 
2. Arduino board – a microcontroller (Arduino UNO, Arduino Mega, Arduino Nano)

As a beginner you should start with both; programming, and hardware. You can’t just choose one, and be the master in one. 

Become a problem solver

Although Arduino is based on electronics and technology, the lesson you learn from doing the experiment and building the projects can apply in all professions of life. As problem-solving and learning are essential for modern civilization, you can enhance yourself by building projects on Arduino. As you know, programming is no more than teaching a computer or machine what to do. It would be best if you put parameters and conditions for every action. Not only will it help your kid deal with the issue, but it can also help your kid reduce stress and give confidence to your kids. So the foundation of your kids in Arduino is a long-life success.

Able to build a good career

Along with being attractive, learning Arduino is simple and more accessible as well. It helps your kid choose a perfect profession and build a promising career with Arduino. The field of engineering where software, and hardware come together is called ‘embedded system’. It includes your mobile phone where you use everyday for daily routine tasks to xbox where your kids play fifa; everything is related to the embedded system. 

To understand how software and hardware work on a deeper level and to create a functional device will open huge career opportunities for you in future. You need to make a decision where you would like to pursue whether you want to go on the software side, or the hardware side. If your kid takes a good interest, you will become an electronics engineer, or embedded engineer to turn your passion into a profession. There are many ways that Arduino can prepare your kid for a better and more rewarding life. 

The best way to introduce programming

There are many more advanced microcontrollers available in the industry, but Arduino is yet the best and easy to use software and hardware platform. It is easy to use, and open source platform as you can start your programming with some built-in arduino examples on Arduino IDE software which is used to program the Arduino. 

Stay your child away from other gadgets

Kids love tablets, and other mobile app games, but if you instigate your child toward programming or Arduino, they may stay away from online gaming and useless things. It helps your kids spend more time with coding and programming that create interest in them. So they will become eager to learn more once the previous one is complete. They engage themselves in thinking and designing and spend their spare time on good work.

Get knowledge of electronics

Your child may not be familiar with circuits and electronics at an early age. They forget their learned subjects on vacation, but kids feel amazing while making discoveries. Along with play, they find Arduino an integral part of their life as they spend more time thinking. There is no need for a specific mentor to teach your kid about Arduino. Despite this, there are a lot of Arduino communities available that help you in coding, and troubleshooting the problem. Also there are many good youtube channels that specifically talk about the Arduino.

Why is it important to teach your kids Arduino?

Arduino improves coding and electronics skills that allow your kids to become familiar with the fundamentals of designing and electrical engineering. It helps your child to boost their ability to think. 

Have you heard, ‘sky’s the limit.’ that specifically said about the kids. There’s no limit, or boundary when you have an open source platform. Your child gets the confidence to build new and exciting projects and represent them on a bigger level. 

Why should kids learn Arduino?

Arduino helps kids to learn in a new dimension, and become a better embedded software engineer. Arduino programming is the best tool for kids to learn electronics and coding as it easily integrates with hardware and components. Because of its functionality, and open source hardware, and software makes it the best for kids.

From controlling a robot to managing IoT for a home automation project, you can do everything with Arduino.

The main benefits of learning Arduino:

• You can build an awesome project
• It is great for programming
• Easily learn electronics
• It’s inexpensive to start
• Arduino is better than Raspberry Pi

What are Specific Tools that Your Kids Need to Begin With?

If your kid is starting programming with Arduino, they do not need much to start and make interesting and awesome projects. Here is a list of things your kid needs to start with Arduino.

Arduino Main Board

There is a wide variety of Arduino boards available in the market. Each Arduino board has its own specification, and functionality, but three boards are the most common and widely used in the industry that are Arduino UNO, Arduino MEGA, and Arduino Leonardo. 

Don’t just think of getting all three in your first round.

The best among the three boards is Arduino UNO because of its low cost, optimal size, and long life. Arduino UNO will allow your kids to enhance their knowledge and skill set. 

Wiring & Accessories

Before you make up your mind to purchase the Arduino board, wiring and accessories are also important. The most important accessory is Breadboard. It is used for prototyping, and comes in various sizes. You can buy it according to your requirements and projects.  

As it is a prototyping board, it will be easier to do projects with the breadboard, but you need jumper wires to connect different components with each other. 

Jumper wires are used to connect the Arduino board with different components and breadboard. There are three types of jumper wires Plug to Plug, Plug to the socket, and socket to socket. 

Money is something that people get attracted to very easily, so do your kids, and why not? It can make your life easy, and exciting. But can you make upto $1000 with just an Arduino?

Yes, you can make $1000 with Arduino. It is a great open source tool, prototyping device, and the best device for education purposes where you can use it to make different projects, and to automate things on your own. 

In this guide I will tell you 9 different ways that your kid can adopt to earn upto $1000 through Arduino. 

So let’s get started and explore the amazing ways:

1. Arduino Private Tutoring

People love to learn about robotics, electronics, and coding. Arduino is the best starter tool to explore the effects of coding and electronics in an effective way.

You can offer online or offline teaching to students who are struggling to get their final year project, or hobby projects done. There are many platforms where you can give private tutoring to the students, and kids who are struggling. One good way to make money is make your own course, and sell online on such platforms like udemy, and skillshare. 

From an electronics point of view, some of the lessons, or tutoring you can give to other students who are keen to learn about electronics:

• How motors work
• How resistor, WIFI, Bluetooth, and LED work
• How to setup your Arduino
• Why is it important to learn Arduino?
• Arduino for kids: is it hard to learn Arduino in 2022?
• Arduino for kids: what is the perfect age to get started?

From the coding point of view

• How does the file system work
• How memory works
• How code is compiled to instruction
• How instructions and processors work
• What programming languages are you used to program an Arduino?

How much can you earn money through Arduino?

You can earn $40 per hour from online tutoring or if your kids are more experienced then they can earn $100 per hour. There are many platforms like upwork, fiverr, peopleperhour where you can make your gig about online tutoring about Arduino. A few days ago I saw someone giving Arduino online tutoring for $55 per hour. 

2. Arduino Consultant or Arduino Expert

If you know how to do something better than others, then the less experienced person would love to pay you more for your experience, that is known as consulting. It’s an amazing opportunity and it helps students to increase their confidence, and build nice projects around their interests. 

There are many students, and hobbyists around the world who actively build projects using an Arduino, but there are not many firms who provide Arduino consulting as a service. Arduino have a great potential in a lot of areas, but they are limited because of lack of awareness of people who are not aware of the product named “Arduino”.

I actually had a few clients who wanted me as an Arduino consultant; they are not really into how you make it, and what technology you use as long as the requirements are met, they are good to go. 

How much can you earn?

On average charges for consulting about Arduino will start from $50 per hour to $700 per hour. The charges depend on the knowledge. People get consulting services for solving a problem regarding Arduino if they are stuck somewhere. If you help them in solving the problems you get hundreds of dollars.

3. Build tools or write software

People are willing to pay for tools that can help them to reach their goals. If the tool you make helps someone, you surely receive a handsome amount of money for adding value to their work. This mustn’t be limited to only software tools, it can be any tool that helps someone to get their goal.

Arduino is an awesome tool, and is an open source software and hardware where you can make awesome projects. All you need is a little knowledge about embedded c++, electrical connections, and coding. 

Note: Don’t worry if you are not sure about the coding you can learn in 15-20 days. 

Awesome ideas

Some ideas that are amazing to go after, and make a lot of money through building these projects:

• Communications protocol devices
• Custom debuggers
• Improve shield compatibility
• You can automate things like; maintain the temperature of your room. As long as your room starts getting heated your air conditioner starts automatically. 
• Home Automation

How much can you earn?

You can earn upto 250$ from a single client for your software by giving annual membership to your clients. Or you can just collect data, and sell to other people by using an Arduino. 

4. Build and sell custom shields

This is some of the best approaches that anyone can use to have extra income. If you can build custom shields by using your experience, and sell at a reasonable price then you can earn upto $1000; depending how big a problem you solve it. Or it would be very great if you find out the pain point of the students where they lack, such as I found out that people struggle in H-bridges for motor robots. So I sold tons of H-bridges PCBs.

Shields that are designed and built can be sold on many platforms like fiverr, upwork, or amazon. You can build shields to overcome others problems or errors and earn money by selling. There is a big scope in the market to build your own shields and sell them.

Develop your own shield

You can develop your own shield by following these steps

• Develop a good idea about functions of your shields
• Design PCB with appropriate tools
• Send your designed PCB file  for manufacturing
• Purchase the electronic components for making the shield best
• Assemble the shield
• Sell the shield

How much can you make?

There is a lot of potential in this area because people are not aware of the Arduino board. Students, and hobbyists are willing to pay you much higher than you expect. You can make upto $500 from the single selling of Arduino shield. Along with money, it can help you to grow in this field

5. Making a YouTube channel

With over 122 Million active daily users on Youtube makes this platform the most visited and viewed on the planet. So for Arduino makers. Sharing your knowledge about something that you really love makes you passionate, and it increases your creativity and knowledge. 

Start your channel and be consistent with it, you will see results in one or two years.

Free tip: Start making videos from today. Make longer videos like 8-10 minutes. Don’t just go to analytics until you haven’t completed your 30th video. After uploading the 30th video, go to analytics and check what’s working, and what’s not working. 

Best Youtube channels

Here are top 5 channels best for Arduino and making a lot of money

1. Programming electronics
2. Robo circuits
3. Creativity buzz
4. Learn Electronics
5. Viral Hattrix

How much can you earn?

Monetize your Youtube channel and generate income from video ads. Along with the ads there is a good chance of getting a commission on every purchase anyone makes from affiliate link. Also you can get some brands on board and earn thousands of dollars by just promoting their app, or services through your Youtube channel. 

6. Teach a robotics High School Class

The easiest way to earn money through Arduino is by teaching others how to use it. Once you have mastered your skills, try helping others learn it. This is because it’s easy to earn extra cash while you work on your projects. 

Nowadays, Robotics is part of the Junior High and Senior High School Curriculum. Arduino is usually used when teaching classes in Robotics so you can be a part-time instructor in different schools to earn money. Since part-time instructors are not required to teach in just one school, you can maximise your earnings by teaching in many different schools. 

How much can you make?

Many people have a newfound interest in learning coding as a skill. So, you can enrol yourself as a tutor for an Arduino course on different platforms to get in touch with anyone interested. These platforms are Udemy and Skillshare, where you get paid by the hour. 

However, if you already have individuals who want assistance with their Arduino project, just make a group. Send a detailed plan of what skills they’ll learn in the program and your hourly rates. Usually, it varies from $25-90, depending on your experience. 

7. Use Arduino for collecting and selling data

I believe that the easiest way to make money through Arduino is to use it to collect data from sensors and other interfaces and then sell that information for analytics purposes. All you have to do is connect sensors to an Arduino. Then record the data either locally or by uploading it to the cloud, and selling it to a relevant company.

For example, I know a friend whose company signed a contract with an airport to collect data regarding plan movements and sell it to them. An Arduino was connected to a radio receiver to receive signals used by planes to broadcast their position.

There are a lot of jobs available in the market for data collection. People use different techniques, and strategies to collect data for retargeting purposes, and it is one of the most high demand skills in 2022.

To make money from data collection:

1. Connect sensor to Arduino
2. Make sure Arduino record the data locally or uploading to cloud
3. Sell data to companies that can use it

How much can you earn?

If you sell your Arduino to a company who can use it to save their million dollars then you can also get a handsome amount in return.

   8. Build Arduino prototype for your selling product

This is the difficult way to make money with Arduino, but nothing is hard if you are determined to do it. Making a product from Arduino means developing a specific prototype that can sell someone’s problem, develop a manufacturing process, finding other people who can help you to solve the problem, developing a sales channel, and then getting the product in front of people.

Steps for developing viable Arduino project

• Develop a best idea that solves product of someone
• Design electronic product to solve the idea
• Build a prototype of your idea
• Test the prototype
• Test your prototype with people or investors who can help you in manufacturing.
• Manufacture your product and sell it

How much can you make with prototyping?

Prototyping of products can be sold at the rate of $1000 per unit and in this way you can make a lot of money.

9. Freelancing

One of the easiest ways to earn money through Arduino is to become a freelancer with decent earning potential. Freelancing your Arduino projects will offer flexibility and freedom to choose clients and pricing. When selecting the price range, make sure it is equivalent to the level of your expertise related to Arduino and research what your competitors are charging. 

More customers are likely to hire you if you showcase your past successful projects, high rating and excellent reviews. One of the best platforms that you can use to freelance your Arduino projects includes Upwork, Fiverr and Guru. You can have potential earnings upto $60 per hour depending on your projects, description, skills and experience.

Profitable Arduino Projects

Here are five profitable Arduino projects

• Build MIDI Controller
• Build weather Display
• Create a functional computer control panel
• Build a robot Arm
• Add Ambilight Sensor to LCD

Supporting Equipment you need to earn money with Arduino

Arduino itself is just a tool, or a prototyping device for hobbyists, and engineering students. This alone won’t be enough for you to make money through Arduino. So you need some supporting equipment with Arduino to make money. Such as you can’t build an entire prototype project with just a simple Arduino board. Following are some of the equipment you need it along with the board:

1. Printer Cable
2. Resistors
3. Leds
4. Jumper Wires
5. Sensors
6. Arduino Shields
7. Capacitors

Is Arduino Profitable?

Indeed, Arduino is profitable specifically when you are a master in Arduino. You can earn as much money as you are good at working with Arduino. You can make upto million dollars in a year  if you choose an Arduino and work with it efficiently. It’s a great value data collection device, an amazing prototyping tool, or a decent education setup. In all forms, Arduino is profitable.

Conclusion

We would try to share some of the best ideas that can help your kid to make money and to grow with Arduino. They can explore all the methods and earn their living and learn a lot. They can at least handle their daily life expenditure from this.

 Money is something that people get attracted to very easily, so do your kids, and why not? It can make your life easy, and exciting. But can you make upto $1000 with just an Arduino? 

I still remember the day when I had my first Arduino UNO board, and I was only 14 years old. I made its light blink with a delay of 5000ms, that made me super happy. Most importantly, it didn’t only motivate me to go further in electronics, but it also enhanced my programming skills.

I then started working on some different projects just like automating on my room lights, and turning on my room fan using Arduino, but it required some programming to automate things on their own, and I was only 14 years.

You must be confused about whether this microcontroller board is good for the kids, or it is just for the electronics students?

Yes, it is perfect for the kids, and there’s no age limit to learn the Arduino as long as you have basic sense, and skill in troubleshooting the problems. It is a single-board microcontroller that develops interesting objects like line following robot, water level sensors. It gets inputs from different switches or sensors, and controls motors, lights, or other physical devices. 

If your child is familiar with technology, then arduino is the perfect way to let your kids know about an absolutely new world of technology and electronics. It will give your child confidence to thrive, and giving it will let your child stay a step forward from others.

Can a 6 years old learn Arduino?

We all are surrounded by technology like smartphones, computers, television, and many more. Yes, a 6-year-old, or older can learn Arduino because of its easy to use, and open source hardware and software program.

A kid from grades 4-7 can easily learn the basics of circuits; a resistor, and a simple LED would be fine for you to do experiments and projects. To keep yourself, and your kid away hustle free there is a guide about the list of components that would go best for the beginner projects. 

NOTE: I would highly recommend you to consider Arduino kits that are perfect for kids instead of buying components separately. They will have fun and learn at the same time.

What Age is Perfect for Kids to Learn Arduino and its Programming?

If your kid is about 8 to 10 years old and is good with the numbers and technology, then they only need your supervision to start learning Arduino, and reach the heights. 

To teach your kids about Arduino you could follow the steps:

• Start with the basics and with small projects just like LED blinking built-in examples, and traffic signal lights. 
• Take baby steps and then evolve further steps. 
• Don’t buy components separately, get a basic Arduino UNO, a resistor, and a simple LED would go fine for your kid.
• Run the code with an example and blink LED. 

No doubt Arduino is for kids as well. To be independent in learning Arduino 12+ is the optimal age. You don’t need to spend more time on buying a special kit, or making a list of the components. You can get started with a single Arduino board and an LED.

Recommended Reading: Arduino UNO surely is the best starter when it comes to learning Arduino because of its price, easy to use, and the community that helps in troubleshooting the problems. If you are interested to know about the UNO at a deeper level this guide would do wonders. 

7 Reasons Why You Must Teach Arduino to Your Kids

#1: Light on the wallet

If your goal is to do amazing projects, and you are also thinking about the economical board then you don’t need to worry about anything. The incredible thing about Arduino is that it is less expensive, and the price of an Arduino UNO board is less than $20, and the most cost effective board among the Arduino family is NANO Every which is about less than $10. Arduino UNO is the most used board in the industry because of its flexibility and ease of use. It can be integrated with other boards as well which makes this board the best starter board.

#2: Best point to develop critical skills

A couple of years ago I was asking the same question: what skill did an Arduino develop? It didn’t only teach me to learn programming, but it taught me about the sensors, switches, capacitors, resistors, LEDs, buttons, and how they work, or how to make a functional project, or how these sensors interpret the numbers and send data to the microcontroller. 

Before we move forward on to the discussion you should know that Arduino could mean the following:

1. Arduino IDE (Integrated Development Environment) is a software which is used to program the board. 
2. Arduino board – a microcontroller (Arduino UNO, Arduino Mega, Arduino Nano)

As a beginner you should start with both; programming, and hardware. You can’t just choose one, and be the master in one. 

#3: Become a problem solver

Although Arduino is based on electronics and technology, the lesson you learn from doing the experiment and building the projects can apply in all professions of life. As problem-solving and learning are essential for modern civilization, you can enhance yourself by building projects on Arduino. As you know, programming is no more than teaching a computer or machine what to do. It would be best if you put parameters and conditions for every action. Not only will it help your kid deal with the issue, but it can also help your kid reduce stress and give confidence to your kids. So the foundation of your kids in Arduino is a long-life success.

#4: Able to build a good career

Along with being attractive, learning Arduino is simple and more accessible as well. It helps your kid choose a perfect profession and build a promising career with Arduino. The field of engineering where software, and hardware come together is called ‘embedded system’. It includes your mobile phone where you use everyday for daily routine tasks to xbox where your kids play fifa; everything is related to the embedded system. 

To understand how software and hardware work on a deeper level and to create a functional device will open huge career opportunities for you in future. You need to make a decision where you would like to pursue whether you want to go on the software side, or the hardware side. If your kid takes a good interest, you will become an electronics engineer, or embedded engineer to turn your passion into a profession. There are many ways that Arduino can prepare your kid for a better and more rewarding life. 

#5: The best way to introduce programming

There are many more advanced microcontrollers available in the industry, but Arduino is yet the best and easy to use software and hardware platform. It is easy to use, and open source platform as you can start your programming with some built-in arduino examples on Arduino IDE software which is used to program the Arduino. 

#6: Stay your child away from other gadgets

Kids love tablets, and other mobile app games, but if you instigate your child toward programming or Arduino, they may stay away from online gaming and useless things. It helps your kids spend more time with coding and programming that create interest in them. So they will become eager to learn more once the previous one is complete. They engage themselves in thinking and designing and spend their spare time on good work.

#7: Get knowledge of electronics

Your child may not be familiar with circuits and electronics at an early age. They forget their learned subjects on vacation, but kids feel amazing while making discoveries. Along with play, they find Arduino an integral part of their life as they spend more time thinking. There is no need for a specific mentor to teach your kid about Arduino. Despite this, there are a lot of Arduino communities available that help you in coding, and troubleshooting the problem. Also there are many good youtube channels that specifically talk about the Arduino.

Why is it important to teach your kids Arduino?

Arduino improves coding and electronics skills that allow your kids to become familiar with the fundamentals of designing and electrical engineering. It helps your child to boost their ability to think. 

Have you heard, ‘sky’s the limit.’ that specifically said about the kids. There’s no limit, or boundary when you have an open source platform. Your child gets the confidence to build new and exciting projects and represent them on a bigger level. 

Why should kids learn Arduino?

Arduino helps kids to learn in a new dimension, and become a better embedded software engineer. Arduino programming is the best tool for kids to learn electronics and coding as it easily integrates with hardware and components. Because of its functionality, and open source hardware, and software makes it the best for kids.

From controlling a robot to managing IoT for a home automation project, you can do everything with Arduino.

The main benefits of learning Arduino:

• You can build an awesome project
• It is great for programming
• Easily learn electronics
• It’s inexpensive to start
• Arduino is better than Raspberry Pi

What are Specific Tools that Your Kids Need to Begin With?

If your kid is starting programming with Arduino, they do not need much to start and make interesting and awesome projects. Here is a list of things your kid needs to start with Arduino.

Arduino Main Board

There is a wide variety of Arduino boards available in the market. Each Arduino board has its own specification, and functionality, but three boards are the most common and widely used in the industry that are Arduino UNO, Arduino MEGA, and Arduino Leonardo. 

Don’t just think of getting all three in your first round.

The best among the three boards is Arduino UNO because of its low cost, optimal size, and long life. Arduino UNO will allow your kids to enhance their knowledge and skill set. 

Wiring & Accessories

Before you make up your mind to purchase the Arduino board, wiring and accessories are also important. The most important accessory is Breadboard. It is used for prototyping, and comes in various sizes. You can buy it according to your requirements and projects.  

As it is a prototyping board, it will be easier to do projects with the breadboard, but you need jumper wires to connect different components with each other. 

Jumper wires are used to connect the Arduino board with different components and breadboard. There are three types of jumper wires Plug to Plug, Plug to the socket, and socket to socket.