What could be more thrilling than launching a complex rocket that you built yourself? For starters, launching it with literally anything better than the stock ignition system would be a step in the right direction. How about a briefcase full of fantastically fun overkill?
[FastEddy59] is in the middle of building a model rocket complete with a Thrust Vector Control (TVC) system to help with stabilization. Much to our delight, he’s designed an equally ambitious controller to spice up the launch sequence with security codes and a physical key. And what’s a launch controller without a giant emergency stop button to shut down everything? Incomplete, if you ask us.
Under the carbon fiber-wrapped acrylic hood, there’s an Arduino MEGA engine and an NRF24 LoRa module for transmission to the rocket. There’s even a DHT11 temperature sensor to verify that launch conditions are ideal. It’s still a work in progress with plenty of features to come, like fancier labels and plenty of launch-appropriate sound files for the hidden speaker. There’s a lot to this case, and [FastEddy59]’s video brief is ready and waiting on the pad after the break.
[FastEddy59] plans to hold the first launch in a few months, and we sincerely hope he outfits the rocket with a camera.
Continue reading “Model Rocket Launcher Is So Serious, It Has A Briefcase”
We’re beginning to think the “S” in [Jeremy S Cook] stands for strandbeest. He’ll be the talk of the 4th of July picnic once he brings out his latest build—a weaponized, remote-controlled strandbeest that shoots bottle rockets. There are a bank of money shots up on Imgur.
This ‘beest is the natural next step after his remote-controlled walker, which we featured a month or so ago. Like that one, the locomotion comes from a pair of micro gear motors that are controlled by an Arduino Nano over Bluetooth. The pyrotechnics begin when nitinol wire cleverly strung across two lever nuts is triggered. All the electronics are housed inside a 3D-printed box that [Jeremy] designed to sit in the middle of the legs. We love the face plate he added later in the build, because those gumdrop LED eyes are sweet.
Can you believe that this vehicle of destruction began as a pile of innocent, pasta-colored pieces of kit? We dig the camouflaged battleship paint job, ’cause it really toughens up the whole aesthetic. And really, that’s probably what you want if you’re driving around a spindly beast that can just shoot rockets whenever. Let’s light this candle after the break, shall we?
Continue reading “R/C Rocket-Beest Burns Up Fuses Out There Alone”
Many of us dream of launching rockets from our shoulders, but [John] here actually did something about it.
This bazooka build started with a 6″ diameter PVC pipe. He mounted a length of 80/20 T-slotted aluminum extrusion to the pipe through a couple of wood blocks. [John] installed rail buttons on some Estes Alpha rockets which slide along nicely inside the T-slot. He welded a PVC cleanout fitting and plug to one end for easy access and gave her a nice paint job.
The ignition is simple: an irresistible red push button is wired to a 9V battery and a pair of alligator clips. [John] loads up a rocket, puts the gators on the wires of an igniter, pushes said button, and Bob’s your uncle. All he needs now is a pair of gun boats. Video of the build and some demonstrations we don’t necessarily recommend are after the jump.
Continue reading “Homemade Bazooka Has Earned Its Stripes”
It was only a matter of time before someone would figure out how to weaponize their Kinect. Hacker [Jonas Wagner] was fiddling with his Kinect one day and thought that it would be cool to launch missiles simply by gesturing. Not having any real missiles on hand, he settled for controlling a USB-powered foam missile launcher instead.
He mounted a webcam to the top of his rocket launcher to record video of his victims, and with a bit of Python along with the libfreenect ilbrary he was well on his way to
world cubicle dominance. The Kinect waits for him to pull his hand out of its holster in dramatic fashion, monitoring his movements for tracking purposes. Once the launcher has been armed, the Kinect watches for [Jonas] to pull his hands out of frame before firing the rocket.
We doubt you’ll see this thing controlling weapons for DARPA any time soon, but it’s cool nonetheless. The launcher seems to move a touch slowly, but we’re guessing that with an uprated servo, things could be a bit snappier.
Continue reading for a quick video of the Kinect-powered rocket launcher in action.
Continue reading “Controlling Weapons With Kinect”