Cool Hackclub keychain

MAde this cool hackclub keychain that leverage 's jlcpcb's multicolor silkscreen technology

pcb based bussiness card

designed a fully functional business card made on a PCB that’s more than just a card—it’s tech! It has a compact circuit with LEDs, maybe a small display or NFC, showing my contact info in a futuristic way. The card is sleek, durable, and eye-catching, merging hardware design with personal branding. Perfect for tech enthusiasts who want to leave an unforgettable impression.

Spooky FC — Custom INAV-Compatible Flight Controller

Spooky FC Custom Flight Controller Spooky FC is an STM32 based flight controller designed for drone. The main goal of this project is learning, testing, and exploring flight controller design. Since this design allows modification and experimentation (**untested changes may cause unpredictable drone behavior.**) Please proceed carefully, especially if you’re new to custom FC hardware. Spooky FC is INAV-compatible and uses the STM32F405RGT6 microcontroller, and to improve stability we use on board IMU which is ICM-42688-P known as a high-performance 6-axis MEMS motion sensor.

Rookie Centuri: A Beginner-Friendly CoreXY 3D Printer for Learning CoreXY Motion Systems

Rookie Centuri is a small 3D printer made to help beginners learn how a CoreXY system works. It is based on the Rook MK1 design and has a build size of 110 × 110 × 110 mm. The printer is not made for big prints, but for learning and practice. This project helps students understand the basics of 3D printing, such as how motors and belts move, how layers are printed, how to level the bed, and how to set printing settings in the slicer software. Because the printer is small, it prints faster and uses less filament, which is good for beginners. Rookie Centuri is an educational printer that helps students gain hands-on experience with CoreXY motion and 3D printing before using bigger and more advanced printers.

Dji Phantom 4 replica

This project is a DJI Phantom 4 replica drone, designed to closely match the original’s iconic shape and layout while being built using DIY electronics and custom parts. The replica focuses on recreating the Phantom 4’s clean, minimalistic design and stable flight .

Design and Development of a custom Quadcopter Drone

This project is a DIY quadcopter drone built to understand the basics of flight, electronics, and programming. The drone uses an custom frame with brushed motors, ESCs, a flight controller, and a Li-ion battery to achieve stable flight. By assembling and testing the drone myself, I learned how thrust, balance, and sensor data work together to control movement. This project helped me gain hands-on experience in aerodynamics, circuit connections, and real-world problem solving.