![[User] captivated by contemporary lift, contemplates crafting custom lift using Raspberry Pis....](/en/img/20250606121502_image-description-sunset-beach-landscape-with-palm-trees.jpeg)
Constructing a Skyward Rise with a Raspberry Pi Elevator System
Article:
Hey there! Check out BorisDigital's DIY elevator creation inspired by a fancy modern one. He's taking things to the next level using Raspberry Pi technology, and we're here to break it down for you.
He sparked his fascination by crafting an elaborate panel for the elevator and a call panel for the lobby. Being a hopeful architect, he's imagined a three-story building, so he's got three call panels.
Things got professional fast with bells, whistles, and even an alarm. With the control system in place, he's moved on to the more complex parts. He's working on the hydraulics and mechanical bits to assemble a door and a genuine lift for his miniature home.
Now, you might notice he's using 10A AC switches for the pumps. Everything communicates via MQTT over WiFi. He's even designed a web-based dashboard for easy control. While we don't have the exact count, we can assure you there's more than three Pi boards in this system!
Now, you might wonder why he's built this. Well, it seems people like him just love getting their hands dirty on quirky projects. If you'd like to see the action in person, take a gander at this link.
So, what's next? Perhaps he'll tackle an escalator project, who knows?
Want to delve deeper into Raspberry Pi-based homemade elevators? Let's explore the deets below!
Insights: How a Raspberry Pi-Based Homemade Elevator Works
A homemade Raspberry Pi-based elevator is a cool demonstration of real-life elevator mechanics. At its core, this system relies on the Raspberry Pi microcomputer to manage user inputs and control the elevator's movement using sensors. The user presses a button on the control panel, the Raspberry Pi detects it, processes the input, sends a command to the motor driver, and the elevator cab moves up or down.
DIY Elevator Key Components:
- Raspberry Pi (Microcontroller Board)
- Brain of the system; runs the control program.
- Connects with sensors and actuators.
- DC or Stepper Motor
- Provides the power to move the elevator cab.
- Pair with pulley/belt system.
- Motor Driver Board
- Interface between Raspberry Pi and the motor.
- Provides power and control signals.
- Sensors
- Detect elevator position at each floor, such as limit switches or IR sensors.
- Ensure doors are closed before movement, with door sensors.
- User Interface
- Buttons for calling the elevator to different floors.
- Displays current floor and direction.
- Power Supply
- Powers the Raspberry Pi, motor, and other parts.
- Usually, a 5V or 12V DC supply, depending on motor needs.
- Physical Structure
- Cab, rails/guides, and frame support the entire structure.
- Software
- Control program on Raspberry Pi (Python, C, etc.).
- Provides the logic for movement, safety, and feedback to the user.
Now that you're equipped with the necessary information, you can appreciate BorisDigital's clever DIY elevator even more!
The Raspberry Pi technology powers BorisDigital's DIY elevator, serving as the microcontroller board and brain of the system, managing user inputs and controlling the elevator's movement.
The elevators' key components also include a DC or stepper motor, motor driver board, sensors, user interface, power supply, physical structure, and software, all of which work together, making the Raspberry Pi-based homemade elevator a demonstration of real-life elevator mechanics.
