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Live broadcasts and documentation from a remote tech outpost in rustic Portugal. Sharing off-grid life, the necessary research & development and the pursuit of life, without centralized infrastructure.
Apollo-NG is a mobile, self-sustainable, independent and highly-experimental Hackbase, focused on research, development and usage of next-generation open technology while visiting places without a resident, local Hackerspace and offering other Hackers the opportunity to work together on exciting projects and to share fun, food, tools & resources, knowledge, experience and inspiration.
Soon after the release of RTL-SDR a lot of people started to play with software defined radios. Although the Elonics E4000 tuner and the Realtek RTL2832U Chip are a long way from the quality and performance/stability of an USRP(2), the price of $11 - EUR30 makes these devices an ideal beginners device for SDR experiments, without having to invest +$1k into hardware.
As soon as the new OsmoSDR is finished and available, it will provide a very cost-effective device, filling the gap between the funcube, with only 96kHz bandwith - some people lovingly call it the sadcube these days - and the USRP. The OsmoSDR approach seems to be the best compromise of both worlds and the osmocom team is doing a real kick-ass job, putting it together.
Right now, not only hackers, but old-school hams and other people are drawn to gnuradio and rtlsdr but sometimes find it hard to leave their known world behind and dive into the new world of doing radio in software. In order to make the transition easier, good examples are desperately needed. The following setup is an easy to understand, uncluttered narrow band FM receiver, that most hams and radio related people should be able to grasp and tweak.
Here is another beautiful automated reflow toaster oven build, which makes use of our open-sourced picoreflow DIY PID conrolled Reflow Oven Software and some bootstrapping concepts & ideas:
http://www.cube37.com/projects/reflow_toaster/design
It's great to see how the concept and software are spreading fast and spawn a whole new generation of inexpensive, modular and autonomous/remote-controlled PID temperature control approaches for all different kinds of applications, perfectly easy to adapt under DIY conditions, because they were developed under DIY conditions.
From the project's perspective we'll need your feedback, issues and ideas to come up with a rough plan to prioritize a couple of milestones we can fragment into work packages to organize a hackathon to push picoReflow's development further into the direction of an even more universal controller (picoPID) that won't even need to be hacked in order to do something else than just reflow soldering :)
So, please join us on picoPID Development Roadmap Pad and share your feedback & needs.
In order to reliably calibrate any kind of mechanical system, a dial-gauge really is a necessary tool. Today our Mitutoyo 2046S arrived and will be tasked directly to calibrate the bed of our 3D printer.
Mitutoyo seems to have a similar reputation level for measurement tools like Makita has for battery powered power tools: A very high price/performance ratio. The lab already carries a couple of other Mitutoyo tools, a large set of Makita tools and both have already proven themselves in terms of quality and reliability on many occasions.
You can even use them in the kitchen to drive mixers etc., this hack was successfully tested in the prototype-galley to create a number of dough's and mix all kinds of things with a Makita BHP459 (18V) while saving precious space and weight, a separate set of kitchen power tools would add. Better to make creative use of equipment which is already on-board, i.e. a battery powered motor with some sort of adapter we can put tools in.