Nano Mechs

modular All-terrain robot

This an all-terrain platform that can easily accept various attachment depending on it's intended use. The attachment seen here is a pan-tilt turret that can hold an airsoft gun. Below are videos of the 1st and 2nd iteration of this robot. This is designed with the consideration of how it will be manufactured and what tools I have at my disposal. The design came to life by the use of CNC milling, 3D printing, waterjet cutting, lathe, and various off-the-shelf parts.

Custom racing quadcopter

The world of quadcopter racing fascinated me. Therefore I went on designing and creating my own custom quadcopter frame. The frame is machined from 4mm thick carbon fiber plate, and the canopy cover is made from resin cast plastic. See videos below on how I machined the frame and how I cast molded the canopy cover.

Distance sensing car

This is a simple distance sensing car. With the use of the Arduino, and a ping sensor, this robot can detect distances in front of it and maintain a set distance away from an object in front of it by moving forward or backward.

Vacuum forming

In this project, I designed a custom canopy cover for the Blade Inductrix Quadcopter. The video covers what materials I used and the process of how I made the canopy itself using vacuum forming.

golden state warriors logo

With the Golden State Warriors making it to the NBA finals in 2015, I though it would be fun to make a badge that I can wear as a necklace that shows my support for my city's team before I watch their game. This badge is 3D printed. My 3D printer can only print 1 color at a time, therefore a tricolor effect is achieved by changing different color filaments when a desired layer is reached by the nozzle of the printer.

custom tool boxes

Having plenty of tools without cases, I designed and 3D printed custom cases for my tools. This design uses M5 socket head bolts as hinges, and leather retaining straps with button snaps.

custom 3d printer - large format

This is a completely custom 3d printer. The printing bed measures 12x12" and the nozzle can rise up to 12" from the bed. The bed is heated enabling printing of ABS. This printer can print any commercially available filaments that can be printed with temperatures of up to 300 Celsius.

OPERATIONAL VIDEO COMING SOON.