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I LEFT OUT the BRACKET !!! I did a VIDEO all about this famous 283 'Light Machine' here : www.youtube.com/watch?v=8OUxaLUXhhk
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Photo by Chris Acheson.
Cape Town Electronic Music Festival - Town Hall, Cape Town, South Africa.
Photo taken: February 2016.
Tattoo by Corey Weir at Monk3ys, Auckland, NZ
I have always had a fascination with tattoo sleeves and in particular blackwork designs. I have a background in electronics and design so this is the design we came up with. This is also my first tattoo which was rather daunting to begin with.
7TH FLEET AREA OF OPERATIONS (March 23, 2017) Airman Dylan Maze, of St. Louis, assigned to the Electronic Attack Squadron (VAQ 136) “Gauntlets,” wipes down an EA-18G Growler on the aircraft carrier USS Carl Vinson (CVN 70) flight deck. The Carl Vinson Carrier Strike Group is on a regularly scheduled Western Pacific deployment as part of the U.S. Pacific Fleet-led initiative to extend the command and control functions of U.S. 3rd Fleet. U.S Navy aircraft carrier strike groups have patrolled the Indo-Asia-Pacific regularly and routinely for more than 70 years. (U.S. Navy photo by Mass Communication Specialist Seaman Jake Cannady/Released)
One of the many great facets to this years Pitch Black was the number of special tails ! A46-306 is shown here celebrating 100 years of 6 Squadron.
Electronic painting, my favorite section.
Conjunction of plain photos and photo editing.
Painting over layers. Lighting procedures and scheduling.
To stop these cousins from running around the mother pulled out this game and the boys were suddenly quiet.
Electronic Attack Squadron 141 (VAQ-141), also known as the "Shadowhawks", is an EA-18G Growler squadron of the United States Navy that is based at Naval Air Station Whidbey Island. VAQ-141 falls under the command of Commander Electronic Attack Wing Pacific (COMVAQWINGPAC) and flies in support of Carrier Air Wing 8 aboard the USS George H.W. Bush (CVN-77).
Years ago the electric impulses were flickering through these wires, condensers, resistors and what else… Now they lay breathless in a waist bin. These electronic devices are so close to our brains by the working principles and they many times look a bit frightenning… It seams like someone could read all the documents that went through them, all the movies they shown, or all the sounds they've played.
Tattoo by Corey Weir at Monk3ys, Auckland, NZ
I have always had a fascination with tattoo sleeves and in particular blackwork designs. I have a background in electronics and design so this is the design we came up with. This is also my first tattoo which was rather daunting to begin with.
WEEK 35 – Wolfchase Sears Closing, Set VII (UL)
At the far corner of the former electronics department, we find what I’m going to assume are ghosts of shelving past, as well as some new makeshift shelves thrown up on those old bones, being used to hold – on the left – what I can only describe as “random junk,” and – on the right – a lone display TV, which I’m not even sure was for sale. Oh, and lots of electrical wires that really don’t seem as if they should be running like that.
(c) 2019 Retail Retell
These places are public so these photos are too, but just as I tell where they came from, I'd appreciate if you'd say who :)
Demonstration video: www.youtube.com/watch?v=ogZTCQwUU2w
Dry Bones model: www.youtube.com/watch?v=kSKyGh8QYTI
This is an electronic 3-D sprite of Mega Man, made using similar technology as my Super Mario Dry Bones sprite from summer 2015. Inside this model I've got a small circuit built with an Atmel ATmega328P programmed with Arduino to play polyphonic music. Unlike the Dry Bones sprite, however, I made improvements with the LED-music synchronization. The Dry Bones sprite used a flickering LED for an eye, but since then I've figured out to multiplex LEDs with the same output pins of the PWM audio signals. In layman's terms, I've discovered a way to have the audio signals simultaneously control LEDs, by having the circuits split off in different routes from a common pin on the ATmega328. Thus, the three LEDs on Mega Man's Mega Buster blink in sync with each audio pulse, which is split off in three channels. As you can see in the demonstration video, the three lights blink at different times and overlap according to the audio signals. The three LEDs are connected to individual pins on the ATmega328, and not connected together in a single parallel circuit.
One of the major problems I ran into with the previous Dry Bones sprite (as well as the DL-44 Blaster) was having wires and components come loose from the circuit board. This is because I dislike permanently soldering certain components, so that I can make replacements or repairs if necessary, but by doing so, I risk the possibility of pieces coming loose from shoddy header pins. In this model, I've soldered male header pins on the circuit board instead of female ones, and this made sturdy connections with female jumper wires. This means if an LED burns out or if the speaker gets damaged, I can just disconnect the wires and install new ones (kind of like a car stereo).
The design for this sprite was pretty straightforward, and was initially conceptualized in LEGO Digital Designer, similar to the previous blinking sprites I've built. The inner circuit is powered by three AAA batteries, and for sound I've used a small 8 Ohm speaker from Radio Shack. The speaker is pushed up against a Technic plate with grille tiles on the outside (the sprite's right eye), in order to allow the sound to escape. To activate, a small tactile button is suspended atop the head, and when pressed, it plays the "Game Start" theme music from the original Mega Man series. I constructed this project especially for a birthday/Christmas gift of one of my best friends Skot Shaub, as he's always been a Mega Man fan since childhood! Suffice it to say, Skot was utterly amused at this when I presented it to him outside of Brendee's Pub in Downtown Lancaster on Christmas.
Video demonstration: www.youtube.com/watch?v=_EUK2BtvqF4
Instructables tutorial: www.instructables.com/id/Electronic-LEGO-Super-Mario-Bros...
Technical specs per model: ~300 LEGO pieces, 6 Volts DC (2x 3V CR2032 coin cells), two LEDs, sound: piezo speaker, microcontroller: Atmel ATtiny85 programmed with Arduino Uno.
Using the same design principles and technology as my electronic Invincibility Starmen, I’ve built a new series of interactive LEGO creations with a retro video game theme! Tapping the small tactile buttons on the backs of the mushrooms causes the eyes to blink in sync with melodies generated by Arduino. The green mushrooms play the 1-up sound effect, two of the red ones play a segment of the Overworld theme from Super Mario World, and the third red mushroom plays the airship victory music from Super Mario Bros. 3!
-Baron von Brunk
Click some great pictures and with the Flexible Mini Tripod for Go Pro. Fix the tripod on any surface from a tree bark to a flat surface. The legs are flexible and can be used to hold the camera. It is best suited for the Go Pro, but can also fit any other action cameras.
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Cpl. Marvin M. Ernest, a power plant mechanic assigned to Marine Tactical Electronic Squadron 2, performs a turn-around inspection on an EA-6B Prowler on Marine Corps Air Station Cherry Point, North Carolina, Dec. 1, 2015.
(U.S. Marine Corps photo by Lance Cpl. Jered T. Stone/Released)
A Twank designed for Electronic Warfare. Equipped with EMP Disruptor, Scanners, Multiple Sensor and Comm Relays, and QLM (Quad Leg Mobility).
Original Twank design by Atavism