Unlock all the creativity and explore the fascinating world of holography with the Hologram Orbiter! This innovative ‘print it yourself’ project allows the users to make an engaging holographic display through Arduino technology. It is quite suitable for hobbyists, educators, and tech enthusiasts as the hologram orbiter gathers art and science together, making the users visualize stunning 3D holograms in their spaces. By downloading a simple digital, you can print all the components by yourself and enjoy this journey full of tech and innovation.
DIY Assembly: Created for simple assembly, the Hologram Orbiter enables you to construct your own holographic display starting from the basics.
Arduino Compatibility: Such boards fully allow the users to customize and program your hologram experience with flexibility.
3D Holographic Display: Generate mesmerizing 3D visuals that appear to be suspended in the air, ideal for showcasing, artistic displays, or personal pleasure.
Easy-to-follow directions: Ensure that users of any expertise level can easily follow along.
Personalized Designs: Try out various holographic designs and animations to create a display that is one-of-a-kind.
Improve learning: Perfect for educational use, the Hologram Orbiter offers a practical way to learn about optics, holography, and programming.
Enhance creativity: Explore your imagination to design visual presentations customized to fit your unique style or project requirements.
Affordable Innovation: Cut expenses by creating your own parts through printing and utilizing easily accessible Arduino boards, opening up advanced technology to all.
Captivating Presentations: Wow your viewers with stunning holographic displays that enhance your presentations and demonstrations.
Community Support: Become part of an expanding group of creators and fans who exchange advice, blueprints, and creative ideas for your Hologram Orbiter endeavor.
Using the Hologram Orbiter is quite simple and intuitive.
Step 1: Assemble your device
Step 2: connect it to your Arduino and upload the code provided
Step 3: Your holographic display will light up, making you feel amazed.
Use it by using different designs and animations of your choice to create a surreal experience.
1. Download File: Purchase and download the Hologram Orbiter digital file from our website.
2. Print Parts: Use a 3D printer to print the required parts. Detailed specifications and print settings are included in the manual.
3. Gather your materials: In addition to the printed parts, you will need an Arduino board, some basic electronic components (wire, resistors, etc.), and a power source.
4. Assemble the device: Follow the step-by-step instructions to assemble your 3D Orbiter. Make sure all connections are secure and components are aligned correctly.
5. Download the code: Connect your Arduino to your computer, download the provided code, and configure the settings if needed.
6. Power on and enjoy: Once everything is set up, power on your Orbit Hologram and enjoy the beautiful 3D hologram!.
Specification | Details |
Product Name | Hologram Orbiter - Arduino DIY |
Type | 3D Print Digital Download |
Components Required | Arduino, 3D Printed Parts |
Main Features | Customizable hologram display system |
Skill Level | Intermediate (Requires Arduino knowledge and 3D printing) |
Included Files | 3D Print Design Files, Assembly Guide, Code |
Customization | Yes, fully customizable |
File Format | Digital Download |
Purpose | DIY Hologram Project |
Device Specifications | FPS: 50 – 80 frames per second, Power Dissipation: 5V 1.5A (7.5W max), Low Loudness: 25-30 dB |
Ans: The Hologram Orbiter is a DIY project that allows you to create a mesmerizing holographic display using an Arduino microcontroller. The project combines 3D printing, electronics, and programming to create an interactive experience where objects appear to float and rotate in mid-air.
Ans:Absolutely! The Hologram Orbiter is a fantastic tool for teaching concepts related to electronics, programming, 3D printing, and the science of holography and persistence of vision. It can be used in classrooms, maker spaces, or as a fun DIY learning project at home.
Ans:This project is suitable for makers with intermediate-level skills in DIY electronics and 3D printing. If you have experience with Arduino and soldering, you should find the project straightforward. Beginners may need more time to learn, but detailed instructions are provided.
Ans:The hologram effect is achieved by rapidly spinning a platform with a reflective surface, combined with synchronized LED lights. The rotation and lighting create a persistence of vision effect, giving the illusion of a floating image.
Ans:Yes, you can place small objects on the rotating platform, which will appear to hover when the orbiter is active. Make sure the object is lightweight and balanced to avoid affecting the motor’s performance.
Ans:You will need the following: 3D Printer (or a 3D printing service) to print the components. Arduino (compatible microcontroller like Arduino Uno). Motor (stepper or DC motor). LED lights (for creating the hologram effect). Power supply (depending on the motor and LED requirements). Soldering tools (optional but useful for connecting wires securely). Basic tools like screwdrivers and pliers. Laptop/PC to upload the code onto the Arduino.