Most of the incredible flight simulator enthusiasts with 737 cockpits in their garage are from the US. What happens when they’re from Slovenia? They built an A320 cockpit. The majority of the build comes from an old Cyprus Airways aircraft, with most of the work being wiring up the switches, lights, and figuring out how to display the simulated world out of the cockpit.
Google Cardboard is the $4 answer to the Oculus Rift – a cardboard box and smartphone you strap to your head. [Frooxius] missed being able to interact with objects in these 3D virtual worlds, so he came up with this thing. He adapted a symbol tracking library for AR, and is now able to hold an object in his hands while looking at a virtual object in 3D.
Heat your house with candles! Yes, it’s the latest Indiegogo campaign that can be debunked with 7th grade math. This “igloo for candles” will heat a room up by 2 or 3 degrees, or a little bit less than a person with an average metabolism will.
Last week, we saw a post that gave the Samsung NX300 the ability to lock the pictures taken by the camera with public key cryptography. [g3gg0] wrote in to tell us he did the same thing with a Canon EOS camera.
The guys at Flite Test put up a video that should be handy for RC enthusiasts and BattleBot contenders alike. They’re tricking out transmitters, putting push buttons where toggle switches should go, on/off switches where pots should go, and generally making a transmitter more useful. It’s also a useful repair guide.
[Frank Zhao] made a mineral oil aquarium and put a computer in it. i7, GTX 970, 16GB RAM, and a 480GB SSD. It’s a little bigger than most of the other aquarium computers we’ve seen thanks to the microATX mobo, and of course there are NeoPixels and a bubbly treasure chest.
[David Windestål] is back in the USA, and this time he’s armed and dangerous! He’s built an incredible RF cannon prop (YouTube link) as part of his drone hunter wardrobe for the Rotor DR1 series. [David] is no stranger to Hackaday. We’ve previously seen him gliding R/C planes from the edge of space and building afterburners as part of the Flite Test crew.
[David’s] drone hunter character is armed with a nasty RF cannon designed to fry drones out of the sky. The hunter can then collect and sell their Arcanum pellet power sources. [David] started with a seriously big Nerf gun. He cut off the front half of the gun and replaced it with a helical antenna. This is the same type of antenna [David] uses in his video ground stations. Coupled with a laser cut wood frame, the coil looks downright dangerous. We’re glad it’s just for show.
[David] added a few more accessories to the gun, including switches, an old heat sink, some wires, and the all-important Arcanum reactor. We seriously love his RF shielded glove, which keeps the hunter’s barrel hand from getting fried. [David] added a layer of copper mesh to a thick chemical resistant glove. He soldered the copper together and added a wire to connect glove and gun. [David] then enlisted the help of DR1 director [Chad Kapper] to paint and weather the gun and shield glove. The results are simply stunning.
We love watching hackers step a bit outside their element and build props like this. They always add a few realistic features that make even the most futuristic sci-fi prop a bit more plausible.
Continue reading “From Nerf Gun to RF Cannon: Building a Movie Prop”
NYC Maker Faire may be a no fly zone this year, but that didn’t dampen the spirits of the Flite Test Crew. We met with Flite Test outside their tent in the R/C and drone area of Maker Faire. [Josh Bixler and Alex Zvada] are two of the hosts of the popular YouTube channel. [Josh] is also well-known for his R/C plane designs, such as the Bloody Wonder and Simple Storch. In addition to hosting, [Alex] is the graphic designer Flite Test. He is also an ace quadcopter pilot, and can be found flying his 250 sized chase quad in many episodes.
Most of Flite Test’s designs utilize Readi-Board, available at Dollar-Tree stores around the USA and Canada. The Flite Test crew is working directly with the manufacturer of this foam to make it, and their designs available all over the world.
The team also takes up incredible challenges such as a flying toaster which actually works, making toast as it files. Their flying cinder block is not to be missed either. Their biggest challenge to date was the Google Project Wing + Amazon Prime Air mashup. The video featured a drone that delivered a drone that delivered a drone that delivered a drone that delivered a stick of gum. Matryoshka dolls have nothing on these guys!
In a post apocalyptic world ravaged by the effects of a virus, a young man searches for his father. He forms a friendship with a young woman and a delivery drone that seems oddly sentient. Together they have to fight through abandoned buildings, and past gangs of thugs, to find…
That’s the hook for Rotor DR1, a web series currently in production. Rotor DR1 isn’t a big budget movie, but an independent series created by [Chad Kapper]. [Chad] isn’t new to film or drones, his previous project was Flite Test, which has become one of the top YouTube channels for drones and radio controlled aircraft in general. With the recent sale of Flite Test to Lauren International, [Chad] has found himself with the time to move forward on a project he’s been talking about for years.
Click past the break for more information, and to check out the Rotor DR1 trailer.
Continue reading “Rotor DR1 and Collaborative Development”
[wjlafrance] recently picked up an old NeXTstation, complete with keyboard, mouse, display… and no display cable. The NeXT boxes had
one of the weirder D-sub connectors a still weird DB-19 video connector, meaning [wjla] would have to roll his own. It’s basically just modifying a pair of DB-25 connectors with a dremel, but it works. Here’s the flickr set.
The guys at Flite Test put on a their first annual Flite Fest last month – an RC fly-in in the middle of Ohio – and they’re finally getting around to putting up the recap videos. +1 for using wacky waving inflatable arm flailing tube men as an obstacle course.
My phone’s battery is dead and my water pressure is too high.
Stripboard drawing paper, written in [; \LaTeX ;].
Remember the Commodore 16? [Dave] stuck a PicoITX mother board in one. He used the Keyrah interface to get the original keyboard working with USB. While we’re not too keen on sacrificing old computers to build a PC, it is a C16 (sorry [Bil]), and the end result is very, very clean.
A Chromecast picture frame. [philenotfound] had a 17″ LCD panel from an old Powerbook, and with a $30 LVDS to HDMI adapter, he made a pretty classy Chromecast picture frame.
We’ve seen a few builds from the Flite Test guys before, like a literal flying toaster, airsoft guns mounted to planes, and giving an electric plane an afterburner (that actually produced a little extra thrust). Now the Flite Test crew is gearing up for the Flite Fest, an all things remote-controlled flight convention in Malvern, Ohio during the last weekend in July. Seems like a pretty cool way to spend spend a weekend.
Unless you get one of those fancy resistor kits where every value has its own compartment in a case or plastic baggie, you’ll soon rue the day your loose resistors become disorganized. [Kirll] has an interesting solution to hundreds of loose resistors: packaging tape. If you want a resistor, just grab a pair of scissors.
Okay, these Adafruit “totally not Muppets™” are awesome. The latest video in the Circuit Playground series is titled, “C is for Capacitor“. There’s also “B is for Battery“, because when life gives you lemons, light up an LED. Here’s the coloring book.
A few years ago, a couple of people at the LA Hackerspace Crashspace put together an animated flipbook device – something between a zoetrope and the numbers in those old electromechanical clocks – and launched a kickstarter. Now they’re putting on a show, presented by Giant Robot, featuring the animated art of dozens of artists.
Vintage electronics? Yes. Vintage Soviet electronics? Here’s 140 pages of pictures, mostly of old measurement devices.
Do you remember that screen saver from the 80’s of flying toasters? Well the guys over at Flite Test just made a real flying toaster.
The first challenge was converting a toaster to run off batteries, which [David] accomplished by splitting the elements in the 110V toaster into 4 segments, and running them off of 6-cell LiPo — when the toaster is on, it draws almost 700W. The next question was — how much of an effect does air flow have on a toaster’s ability to toast? As it turns out, not that much! They tested the system by driving down the street holding a toaster out of the passenger window of the car, and while they got some strange looks, they also successfully toasted the bread.
The next step was making a plane capable of carrying the extra batteries, and a bulky, not-so-aerodynamic toaster. This was probably the easiest part, as they have made a flying 20kg cinder block before. Needless to say, making a toaster capable of flight was not much of a challenge.
Our favorite part of the video is the test flight, where [Josh] wears a POV visor system to, wait for it… watch the bread toasting. Check it out after the break!
Continue reading “Flying RC Toaster”