Since the Eye Ball project, I’ve reviewed the Pine64 and Artik single board computers. We’ve also covered my friend Rob C’s. CNC manufacturing operation in New Orleans. I’ve also been experimenting with the CHIP computer and a few more ESP8266 projects. Most recently I’m writing a little series on digital sensors.
The Steampunk Eye Ball is up and running.
It features a copper lightning rod ball, pan and tilt servos, a decorative brass frame and base, along with a Pixy image processing camera inside. You simply sit it on a table, plug in a cell phone power pack and the device will track you as you walk around…if you are wearing a blue shirt. You can train it to recognize other colors using the PixyMon application on a Linux notebook. Be sure to check out the entire build series, “Off-The-Shelf Hacker Steampunk Eye Ball (parts 1 through 5) over at thenewstack.io.
How about a software development approach to building hardware? Take a look at Modulo.
Imagine having 1800 lb-ft of torque under your right foot.
Mitch Medford came up with the idea of building high-end electric muscle cars, after seeing a story on the venerable White Zombie 1972 Datsun electric monster. Medford exited the corporate world to work full-time on his dream of building a specialty, high-performance electric classic car business. It’s appropriately named “Bloodshed Motors”. Sick!
His first project is the Zombie 222, a full-bodied, full-glass 1968 Mustang Fastback. Medford said the name came from “two motors, two controllers, and too damn fast”. It has a 1.5 megawatt battery pack and puts out 800 hp with 1800 lb-ft of torque.
Here’s a nice story about the car on the Verge.
Medford took the Zombie 222 to the Texas Mile event and eventually ran 174.2 mph, top-end. It’s zero-to-60 time is 2.4 seconds and quarter mile time is 10.7 seconds at 125 mph.
As you know, I love putting big motors in things. Big gas, big diesel, or big electric…it certainly works for me. The more torque the better.
Check out the Zombie 222 photo gallery.
It’s nice to see that radical innovation, with style, is still thriving in America.
After a lot of work, version 1.0 of my Steampunk Name Badge was unveiled at the recent Orlando Robotics and Maker Club meeting. It features a 1.8″ color TFT LCD screen, an Arduino Pro Mini microcontroller and a Dallas DS18B20 digital temperature sensor. It has an integrated micro-SD card and can display bitmaps at 160×128 resolution. The badge cycles through a “Dr Torq” bitmap and a text readout of the ambient temperature. It’s all wrapped up in a brass Steampunk-themed frame with several interesting aesthetic features.