Now that I am moved in

I can finally pick up where I left. Hello to the dozens of people that click (and maybe even read) this page.

I have moved, and now live in the gorgeous Enschede in the east of the Netherlands. I got a new job in this area, and driving the distance every day was not an option. It took me a while to get properly settled (especially the internet, which took a full month), but I am now at a point where I can pick things up again. This means that there will be more projects again.

The first thing I did is already public, a new clock. A clock was missing here, and as a tinkerer, I just had to build one myself. It also marks the ‘I am moved in’ point. First a small tour of the house. I now live in a one room apartment. This is a challenge, because my bedroom is my living room is my workshop, but I made it work. This is where I will do most of my projects, notice how my workspace is under my bed:

Hydroponics

I also haven’t been standing still with my hydroponics. I did have the small setback of moving, making the greenhouse I built useless to me. I did manage to get a full setup running on my balcony, which is starting to pick up. I have dutch buckets growing tomatoes, pepper, zucchini, melon and I have a NFT tube growing mostly strawberries, but also a bit of lettuce in the future. Right now, it is controlled by 2 digital timeclocks and some willpower, but with this is the setup I will fine tune my hydroponics controller.

The hydroponics controller also had a setback. I started last winter, with an Arduino Mega powered hydroponics controller, with tons of features, and a gorgeous graphical display. Then, when the winter came and the project slowed down a bit, I had an epiphany. People who run hydroponics don’t need a controller with tons of features capable of running a commercial sized greenhouse. They need something cheap and simple. I have binned the old controller mostly, and started from scratch with an Arduino Uno, and a smaller, simpler shield. The interface is simpler, using only a simple 2×16 display, and the features are a bit more limited. The biggest challenge now is fitting all remaining features on the tiny programming space of the Uno. I am at 31% of the programming space, with EEPROM, outputs, PH, EC, temperature, environment and water level remaining.

The information on the Hydroponics page of this site is now outdated. I will see if I can change it some time soon.

Hydroponics comparison

On the left, the new one, on the right, the partially stripped old one.

The difference in GUI, going from a graphic lcd to a alphanumerical one

Plan B

Plan B has been starting and stopping for the past year now, but no real progress has been made. Part of this is me not being the guy to experiment with materials, part of it is me having other interests, and part of it the biggest bottleneck of 3DP printing, the printhead. The thing I have been working on is a faster controller, based on the DUE, but since the last post, nothing has happened to that. I hope to make a controller that I can sell kits of, but design on the PCB has stalled for various reasons. I hope to finish work on the new controller when I finish the hydroponics controller and when the makerfestival this weekend is done.

I have also done a lot of conceptual work and concept tests on the next printer, Project the 3rd. The keywords will be cheap and updatability. It will be a cheap platform for the technique to grow on. Plan B was like the Darwin of Reprap printers (clunky and limited, but working), I hope to make the 3rd like the Mendel, so the 4th can be full color by default. Work will not start on that for months, but the staring point is a printhead I have had here for a month or so now.

Side project

There is also a side project I have been working on. It is labeled a low priority long term project, meaning that it will progress very slowly and with no rush at all (unlike the clock). It is the Laser Rifle from fallout, 3D printable and with working reloading mechanism, sound and laser. I have about 30 hours in the design so far, and shape wise it is mostly done. I only need to design the reloading mechanism and optimize for 3D printing. Designing is going to take at least 10 more hours. Printing is currently estimated at 50-80 hours and 2kg of plastic, painting at 20 hours. It may still take months to complete, it having no priority and everything, but I hope to finish this one. It has been requested and next to the Pip-Boy, is the most popular Fallout prop. Plus, it would look wicked mounted to my wall together with my laser pistol.

AER9 WIP1

AER9 WIP2

Posted in Blog, Uncategorized.

5 Comments

    • With fallout 4 announced, I moved it from low to high priority. Would it be enough for me to say that I am working on it as hard as I can? I need a few more weeks to finish it.

      • It’s fine, i am busy making my second working pipboy 3000. i tweaked your model a bit more for the electronics, so i don’t have to use my dremel to make it fit 😛
        i hope to have it done for Gamescom.
        If i could i would try to make the pipboy 4000, but for now my 3d modeling skills only involve modifying existing 3d models.

        But i would love to see what you are creating now 😀

        Ps. yes i know i still haven’t posted the first one on your forum…. i am a slacker.

        • Since this blog is not that well visited anyway, I can tell it here.

          I am already working on the pip-boy from fallout 4. I have a rough CAD model already, and once I get my new computer somewhere this week, I will probably start on the final model. I hope they release more information and most importantly, more reference material for me this week in E3. The limited reference I have now is barely enough to make it.

          PS. don’t worry too much about the forum, it is not mandatory.

          • Awesome, i would love to see it done.
            i also would like to know how it works in game. going on what i’ve seen so far, it seems it would be easier to make it a functional pip boy than the 3000 model.

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