While I am waiting for the last parts I am missing to fire up mu Joule, I made the decision to go with a heat sink to cool down the beast. Intel gives the option of using the heat sink shipped with the development kit, or to pick a fan to do the job. Although a fan sounds better, in my projected use case, it is not. Indeed, this Joule will be used as an advanced telemetry platform for the high-power rocket I am building. And if on a bench or desk, you can probably accommodate anything, it is not the case in an environment where physics reminds itself to you. With a maximum speed simulated at 384 m/s and an acceleration of 231 m/s2 (or 23.5G), the fan is out of the picture. Installing the heatsink is pretty simple. However, I will need to work on a much stronger locking mechanism since the paperclip-like one is too weak. Next time, we should be able to see the Joule boot!

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He
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Wow that’s cool are you taking robotics classes /a robotics engineer
Im really only 13 yr old
Ce publici tu e foarte interesant .pacat ca nu pot vedea tot ca am net pe un telefon simplu .si calculator nam avut niciodata ca e scumpe la nou .da ce publici tu te fel8cit
In English please!
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