Hologram Orbiter
If you’re looking for an innovative way to display messages, then the Hologram Orbiter is an ideal choice. It consists of two LED units that rotate at a very high speed, creating a Persistence of Vision (POV) effect. This allows a visual image of the object to be viewed from any direction. This is made possible by a motor and commutator unit placed at the center, which makes around 2400 revolutions per minute. With this, you can display pixel animations, pictures, texts, numbers and much more.
DIY Camera Robot
For those who want to shoot videos with stable and smooth movement, a DIY camera robot is the perfect solution. The setup can be easily installed over a tripod and with a joystick controller, you can move the camera in any direction and record a smooth shot. This is due to the precise movement of the stepper Motors. The controller also has an auto mode, where you can set two positions and the camera will move smoothly between them. Additionally, there is a time lapse mode in which the camera moves a little bit in each shot.
Laser Projector
This laser projector is a must-try Arduino project in 2023. After many trials and errors, Ben was able to come up with a design that could display messages up to a distance of 90 feet. To project the image, it uses a laser diode and an array of 12 mirrors which is rotated using Motors.
The robot consists of a tiny Arduino board, a motor driver, two DC motors, a battery and a Bluetooth module. He also added a few sensors like an IR sensor, a proximity sensor and an ultrasonic sensor. These sensors help the robot to navigate and detect obstacles.
Arduino Projects for 2023
The Arduino platform has been a staple of the maker community for years, and it’s no surprise that it is still a popular choice for projects in 2023. With its easy-to-use programming language and wide range of components, Arduino projects can range from simple to complex. Here are 12 brilliant Arduino projects you must try in 2023!
1. Wearable Technology
Wearable technology is a growing trend, and Arduino projects can be used to create a variety of wearable devices. From fitness trackers to smartwatches, Arduino can be used to create a wide range of wearable devices. With the addition of sensors, Arduino can be used to create a device that can track and monitor a variety of data points.
2. Home Automation
Home automation is becoming increasingly popular, and Arduino projects can be used to create a variety of home automation systems. From controlling lights and appliances to monitoring temperature and humidity, Arduino can be used to create a wide range of home automation systems.
3. 3D Printing
3D printing is becoming increasingly popular, and Arduino projects can be used to create a variety of 3D printing projects. From creating 3D printed objects to controlling 3D printers, Arduino can be used to create a wide range of 3D printing projects.
4. Robotics
Robotics is a growing field, and Arduino projects can be used to create a variety of robotic projects. From robotic arms to autonomous vehicles, Arduino can be used to create a wide range of robotic projects.
5. LED Projects
LED projects are becoming increasingly popular, and Arduino projects can be used to create a variety of LED projects. From creating LED displays to controlling LED lights, Arduino can be used to create a wide range of LED projects.
6. IoT Projects
IoT projects are becoming increasingly popular, and Arduino projects can be used to create a variety of IoT projects. From creating connected devices to controlling IoT devices, Arduino can be used to create a wide range of IoT projects.
7. Music Projects
Music projects are becoming increasingly popular, and Arduino projects can be used to create a variety of music projects. From creating musical instruments to controlling sound systems, Arduino can be used to create a wide range of music projects.
8. Wally Robot
The Wally Robot is a cute and tiny robot designed to deliver gifts. It consists of a tiny Arduino board, a motor driver, two DC motors, a battery and a Bluetooth module. It also includes a variety of sensors such as an IR sensor, a proximity sensor and an ultrasonic sensor. These sensors help the robot to navigate and detect obstacles.
9. Stream Deck
If you want
Robot with Random and Bluetooth Control Modes
Ravi created a robot with two control modes: random and Bluetooth. In the random mode, the robot moves autonomously and enjoys its freedom. In the Bluetooth mode, the robot can be controlled using a smartphone. To make the robot lightweight, Ravi used components that were light in weight. He also employed a PID controller to keep the robot on the correct path. The robot was able to run at a top speed of 1 meter per second.
ZX81 Replica
Clem designed a replica of the ZX81 computer, a powerful computer from the good old days. He used a multiplexed keyboard, a 20×4 monochrome LCD screen, two microcontrollers, and a surface mount package. The 3D printed case gave the computer a retro look.
Voice-Controlled Robot
Rajiv built a voice-controlled robot using an Arduino board and a microphone. The robot was able to recognize voice commands such as “forward”, “backward”, “left”, and “right”. The robot was also able to detect obstacles and avoid them.
Robot Arm
Rajeev designed a robot arm using an Arduino board and several servo motors. The robot arm was able to pick up and move objects with precision. The robot arm was also able to detect obstacles and avoid them.
Autonomous Lawn Mower
Rajesh designed an autonomous lawn mower using an Arduino board and several sensors. The lawn mower was able to detect obstacles and avoid them. It was also able to detect the edges of the lawn and mow the lawn in a systematic manner.
Autonomous Boat
Rajan designed an autonomous boat using an Arduino board and several sensors. The boat was able to detect obstacles and avoid them. It was also able to detect the edges of the water body and navigate the water body in a systematic manner.
Autonomous Car
Raju designed an autonomous car using an Arduino board and several sensors. The car was able to detect obstacles and avoid them. It was also able to detect the edges of the road and navigate the road in a systematic manner.
Autonomous Drone
Rajiv designed an autonomous drone using an Arduino board and several sensors. The drone was able to detect obstacles and avoid them. It was also able to detect the edges of the airspace and navigate the airspace in a systematic manner.
Robot with Gesture Control
Rajesh designed a robot with gesture control using an Arduino board and several sensors. The robot was able to detect hand gestures and respond accordingly. It was also able to detect obstacles and avoid them.
Gesture-Controlled Robot Arm
Rajan designed a gesture-controlled robot arm using an Arduino board and several sensors. The robot arm was able to detect hand gestures and respond accordingly. It was also able to detect obstacles and avoid them.
Robot with Face Detection
Raju
This way, the laser can be used to draw shapes and patterns on any surface. The laser is powered by a small battery and the intensity can be adjusted using the potentiometer. Number one. This project uses a combination of Arduino and Raspberry Pi to create a smart home security system. The Arduino board is used to detect motion and the Raspberry Pi is used to control the camera. The camera is connected to the internet and can be accessed remotely. The system also sends notifications to the user’s mobile phone in case of any suspicious activity.
Project 1: Smart Home Security System
This project combines Arduino and Raspberry Pi to create a smart home security system. The Arduino board is used to detect motion and the Raspberry Pi is used to control the camera. The camera is connected to the internet and can be accessed remotely. The system also sends notifications to the user’s mobile phone in case of any suspicious activity. This system is a great way to keep your home secure in 2023.
Project 2: Pocket-Sized Laser
This pocket-sized laser is built mostly of 3D printed parts and is controlled via Bluetooth. Instead of using a linear axis, this project uses a rotational axis to rotate the laser. This way, the laser can be used to draw shapes and patterns on any surface. The laser is powered by a small battery and the intensity can be adjusted using the potentiometer. This project is a great way to explore the world of lasers in 2023.
Project 3: DIY Photo Booth
Instead of letting someone else take a picture of your group, you can include this DIY photo booth in your next party. All you need is to stand in front of the screen and press this giant button upon pressing. It starts a countdown and once complete, it displays the captured photograph on the monitor. The outer frame for the booth is made using wooden panels and to cover up the rough edges, some 3D printed parts are used. The lower section contains all the electronics and a 23 inch monitor while the upper portion holds the DSLR camera. This project is a great way to capture memories in 2023.
Project 4: Parking Sensor Prototype
Our next project is a prototype of the parking sensor. It measures the distance using an ultrasonic sensor, but with a twist. Instead of displaying the distance in numbers on an LCD screen, this one actually shows how far the object is from the sensor. In the setup, we can see three ultrasonic sensors and the distance is visually shown on the small screen. The graphics are designed accordingly for different displays and each one works perfectly. This project is a great way to make parking easier in 2023.
Laser Engraver
The laser engraver project is a great way to create intricate designs on a variety of materials. It utilizes a laser module and mirror gimbals mounted on a lightweight aluminum stand to raster the beam across the workpiece and burn a design. This makes the design compact and simple, allowing for safe operation from a distance via a smartphone.
Drink Temperature Monitor
This two-in-one project is an innovative way to measure the temperature of a drink without any contact. It uses an infrared sensor supported by a structure built from brass rods, which also serve as the electrical connection between the sensor and the Arduino. The sensor reads the temperature and turns on between one and five LEDs, depending on how hot it is.
Robot Arm
Robot arms are a great way to explore robotics and automation. This project uses an Arduino board and a set of servo motors to build a robotic arm that can be programmed to move in a certain way. The arm can be used to pick up and move objects, or to manipulate them in some way.
Automatic Plant Watering System
This project is perfect for those who want to automate the process of watering their plants. It uses an Arduino board and a moisture sensor to detect when the soil is dry. When the sensor detects that the soil is dry, it triggers a pump to water the plant.
Home Automation System
This project allows you to control various devices in your home from a single interface. It uses an Arduino board and a set of relays to control lights, fans, and other devices. The system can be programmed to turn on and off devices at certain times, or to respond to certain conditions.
Automatic Pet Feeder
This project uses an Arduino board and a set of servo motors to build an automatic pet feeder. The feeder can be programmed to dispense food at certain times, or to respond to certain conditions. This is a great way to make sure your pet is getting the nutrition it needs, even when you’re not around.
Smart Home Security System
This project uses an Arduino board and a set of sensors to build a smart home security system. The system can be programmed to detect motion, sound, or other conditions, and to trigger an alarm or other response. This is a great way to keep your home safe and secure.
3D Printer
This project uses an Arduino board and a set of stepper motors to build a 3D printer. The printer can be programmed to print 3D objects from a variety of materials. This is a great way to explore the world of 3D printing and create a variety of objects.
Smart Mirror
This project uses an Arduino board and a set of sensors to build a smart mirror. The mirror can be programmed to display the time, weather, or other information. This is a great way to make your home more efficient and convenient.
Gesture Control Robot
This project uses an Arduino board and a set
