Fully autonomous starship. That should fly under control of thrust vectoring to 100 Meters, fall under control of the flaps and land autonomously. Basically just like the first real starship tests (most likely including RUD/Crashes )
How? With a ton of sensors and actuators, an ender 3 3D printer, Arduino and wayyy too much software.
Why? I’m studying aerospace information technology and love what I’m doing. Its to test a flight controller software framework I’m working on and be a test bed for future projects.
What’s the struggle? Fusing the damn data from 5 different sensors to get a fast and accurate estimation of orientation and position. I’m guessing the control software is gonna be a struggle too.
What’s satisfying? Making super clean software architecture and also having the attitude control with Thrust vectoring work perfectly on first test.
I made a walking toy-the wind up version of myself look fimilar to ranboo plush toy. Scanned my head with an iSense scanner, modified using Meshmixer software, and printed on a 3D printer. Yes, all new technologies should be carefully used for the good of mankind.
Excuse the gaffer tape, I could wait for cable clips to print to mock it up and get it all in place
The kbr is held in place with this stuff, if you’ve ever used it you know it’s crazy stuff… think aluminum Velcro… super stable no wobble, it’s practically glued in place… but it can be popped loose with the right application of force
Also since I don’t have room for an external monitor, I’ve been screwing around with this setup to hold my thin and light (battery heavy) as a secondary display/machine
Works pretty great used some clips to hold it in place but can be removed easily
It’s nice to keep it dedicated to my printer stuffs while I’m doing other stuff
(If it’s stupid and it works, it’s only slightly stupid)
edit to add
DING printers done… done someone need cable clips? Lol
I’m working on a quad nod setup. Modeled after the BPNVG project with a few small changes.
The project uses night vision cameras and lcd screen to grant you night vision, a couple hundred bucks all together for parts vs the $40k for the real thing with intensified tubes and tech that I just can’t get my hands on.
I’ll try to keep it updated with my progress. As I’m waiting for a 13 week backorder on the lcd screens, I’m in no real rush.
That’s a pretty clean print for an ender and just getting started
If you’ve been printing with tpu successfully the following shouldn’t be too much of a worry ( but I guess it depends how soft of tpu)
Petg is nice and strong, but it can be a temperamental bitch to print settings right… it can be stringy and loves to stick to anything except the bed… or weld itself to bed if you get too aggressive
That has been my experience with a friend’s SLA UV resin machine. But most of the time, things just get welded to the bed. And that reminds me that I should get myself a Saturn and a flexible build surface for it.
I’ve been building a big battery pack for a while now and just got it mostly completed. The brackets that hold the BMS and the fuse holder were printed on my Ender 3 Pro.
I’m using it and a Teensy 2.0 to gather data from the BMS. The data immediately gets shoved into a database so I can put it into Grafana. This was a proof test running a 1000W inverter with two 500W halogen work lights plugged into it. As you can probably see in the screenshot it ran a nearly 90A load for 15 minutes before I turned one of the work lights off. The Fuse, buss bars, and cables all got very warm and managed to get to 150f(65c) by the time I reduced the load to a mere 500W. All in all it was more successful than my last fuse setup which was sub-optimal and poped after 12 minutes.
I’m fairly bad at art, and only moderately capable of 3D modeling… so best I could manage so far
But I like the idea of like Celtic knot, or some kind of flowing organic swirl… and then using something like rub and buff on it to darken (or lighten ) the engraved lines
You might consider precious metal clay. It has a set shrinkage rate, you make the object (a bit larger than needed) as though it was modelling clay and when it is fired it shrinks and ends up as a metal object.
Some of it can be fired with a blow torch and crucible.
)
) the engraved lines