So i just updated the README file and finalized the project for submission
I’ve completed the schematic, PCB design, CAD enclosure, 3D modeling, and firmware. The DreamPad uses a Seeed XIAO RP2040 connected directly to a laptop over USB.
It features a 9-key matrix for Cut, Copy, Paste, and customizable website shortcuts, an OLED display for feedback, and a rotary encoder for volume control and mute.
Now it’s time for the most exciting part getting the hardware manufactured and bringing DreamPad into the real world! 🔥
DreamPad by DreamXV
DreamPad — Progress Update
Made good progress on DreamPad by DreamXV! 🚀
So far, I’ve completed the main schematic with the 9-key matrix, OLED display, and rotary encoder. I’ve also started working on the PCB layout and routing the components.
Next up: finishing the PCB, designing the enclosure, and bringing the hardware to life!
SO I thinks so this will be my last changes just changed the assembly and base as screw size was not right
I’ve updated the design based on the reviewer feedback:
Increased the switch-hole clearances.
Added a complete STEP export of the enclosure assembly.
Added a PCB-fitted view to show how the electronics fit inside.
Improved the enclosure for easier 3D printing.
Added/clarified the rear mounting hole for wall mounting.
Updated the project images and description to match the new F1 steering-wheel-inspired design.
The goal is to keep the F1 look while making the enclosure practical to manufacture and assemble. 🏁⏰
I have redesigned my BLARE alarm clock to be inspired by an F1 steering wheel instead of using an F1 car STL. It will have a central 2.25” TFT display, four physical buttons for controlling the clock and three alarms, and a custom PCB inside a 3D-printed enclosure.
I have designed the enclosure to be proper CAD and 3D-print friendly, with the F1 steering-wheel styling built directly into the enclosure rather than relying on an imported model.
I Just Changed and made CAD Model in Fusion360 and deleted the blender CAD Model
I built F1 BLARE, a custom alarm clock inspired by Formula 1. Instead of making a regular alarm clock, I wanted to combine electronics, PCB design, programming, and 3D modelling into something that looks like an actual F1 car.
The project uses a Seeed XIAO ESP32-C3, a 2.25” TFT display, four mechanical switches, and a 3.3V piezo buzzer, all connected through a custom PCB that I designed in KiCad. The display shows the current time and has separate screens for three different alarms.
The four buttons are used to switch between screens, increase/decrease alarm times, set alarms, and stop the alarm when it rings. I’m also designing a 3D printed F1 car body that sits on top of the clock’s base, with the display and buttons integrated into the base.
This project has been a great way for me to learn PCB design, soldering, ESP32 firmware, KiCad, electronics, and CAD, while building something I actually want to keep on my desk.
