Arduino enthusiasts looking for a new project to keep them busy this weekend may be interested in a new slow motion frame which has been created by instructor balls user jollifactory using an affordable IKEA frame and has been inspired by the Slow Dance Frame created by Jeff Lieberman.
The Instructable project enables you to use the power of Arduino and an Arduino Nano. Watch the demonstration video below to learn more about the JF sLOMO (Slow Motion) Frame DIY Kit project.
When we first stumbled upon the Slow Dance Frame created by Jeff Lieberman, we were quite astounded to be able to view real-live objects move in what appears to be slow motion with our naked eyes. It is so surreal and mesmerizing. Inspired by the Slow Dance frame, we at jolliFactory have created the JF sLOMO frame DIY kit for those interested to replicate this awesome frame.
Understanding the Technology Behind the Slow Motion Frame
The JF sLOMO frame leverages the power of Arduino technology to create an illusion of slow motion. The core of this project is the Arduino Nano, a small, complete, and breadboard-friendly board based on the ATmega328. The Arduino Nano is programmed to control the frame’s components, which include LEDs and a vibrating motor. These components work together to create the slow-motion effect.
The LEDs are synchronized with the vibrating motor to strobe at a specific frequency. This strobing effect tricks the human eye into perceiving the motion of objects as being slower than it actually is. This phenomenon is similar to how a strobe light can make fast-moving objects appear to move in slow motion in a dark room.
Building Your Own Slow Motion Frame
If you are interested in creating your very own slow motion frame, the process is quite straightforward and can be a fun weekend project. Here are the basic steps you need to follow:
1. Gather Materials: You will need an IKEA frame, an Arduino Nano, LEDs, a vibrating motor, and some basic electronic components like resistors and wires. The full list of components and detailed instructions can be found on the Instructables website.
2. Assemble the Frame: Start by assembling the IKEA frame according to the instructions. Once the frame is assembled, you will need to modify it to accommodate the electronic components. This may involve drilling holes for the LEDs and motor.
3. Install the Electronics: Next, install the LEDs and vibrating motor into the frame. Connect these components to the Arduino Nano using wires and resistors. Make sure to follow the wiring diagram provided in the Instructables guide to ensure everything is connected correctly.
4. Program the Arduino: Once the hardware is set up, you will need to program the Arduino Nano. The code for this project is available on the Instructables website. Upload the code to the Arduino Nano using the Arduino IDE.
5. Test and Calibrate: After uploading the code, test the frame to make sure everything is working correctly. You may need to adjust the frequency of the LEDs and motor to achieve the desired slow-motion effect.
If you are interested in creating your very own then jump over to the Instructables website via the link below for full instructions and component list.
Source: Instrutables : AB
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