Translation for those who care:<p>-------------------<p>This time round I got into carpentry for my project. Something that became both expensive and trickier than I had thought when I started. My carpentry knowledge is limited to (high-)school lessons, so take it easy on the results.<p>The project became more expensive than expected. Some 6000 SEK [~$740] including a whole bunch of tools (mill, jig saw, circular saw). Made do with &#x27;Biltema&#x27; tools [the IKEA of tools] and returned the first mill after 1 hour of use. The other stopped after around 2 hours so then I fixed that one myself (took apart the start-button and modified it a bit).<p>The project consists of:<p>- 10&#x2F;100 Mbps switch<p>- Nexus 7<p>- 10A 6 port USB charger<p>- 4 x Raspberry pi 3<p>- 4 x 8GB SD card<p>- TP cables + USB cables<p>- Oak<p>- Plexiglass<p>Anyway, you&#x27;d all probably rather see pictures than words.<p>- Nexus 7 with realtime data for all nodes.<p>- &#x27;Economically&#x27; bought 8GB, not class 10, but thinking of running a 2.5&quot; HDD for the controller node.<p>- Sleeved all the cables, then realised that they didn&#x27;t fit with the sleeving. Could only strip them and do again.<p>- First test with 2 x USB hubs that didn&#x27;t deliver enough current at start-up.<p>- Flip-up &quot;chassis&quot;<p>- My modified netdata page showing real-time data for all nodes, including the temperature.<p>- Running Docker with Kubernetes on the cluster.<p>-------------------<p>[Any errors&#x2F;omissions are my own]