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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.
The last couple of weekends were very busy printing countless parts needed for the new machine, while the rest of the time was spent on sourcing parts and digging into the vast Voron ecosphere and learning curve.
Today we will unbox and dive into the:
A very big thank you goes out to Linux Automation GmbH for sponsoring the candlelight for our experiments with CAN bus and 3D printers among other things! The candlelight has been extremely helpful to get a reliable quick start with CAN in order to be able to debug and fix the hardkernel issues of their M1 kernel.
If you want to see more, please join Odysee and follow our channel there.
In today's Episode we continue to print Voron 2.4 R2 parts with ApolloX ASA (grey) successfully. However, it didn't go along smoothly without trouble, as this was a very fun live episode where we could watch metrics indicating a pre-fail condition of the Felix's extrusion process. So we spent the time live hunting the actual source of the problem by deduction, logic and physics on the basis of the metrics indicating the issue.
If you want to see more, please join Odysee and follow our channel there.
In today's Episode we continue to print Voron 2.4 R2 parts with ApolloX ASA (grey) successfully. However, it didn't go along smoothly without trouble, as this was a very fun live episode where we could watch metrics indicating a pre-fail condition of the Felix's extrusion process. So we spent the time live hunting the actual source of the problem by deduction, logic and physics on the basis of the metrics indicating the issue.
If you want to see more, please join Odysee and follow our channel there.