This is a pretty tight fit and snaps in place nicely.
The case was designed with the official active cooler in mind; there is an intake vent for the fan, exhaust vents at the back and some more vents above the radiator to help with heat dissipation.
The reference model provided by the Raspberry Pi foundation is very accurate; that's all I used for measurements within Fusion 360 and it fitted perfectly on my Rpi5 on the first try.
There is a tiny rectangular hole in the back to let the LED status indicator shine through, and another circular hole to allow the power button to be pressed (you need something pointy to press it, it's pretty deep as to prevent accidental presses).
Everytime you download a model and omit to post your makes, a puppy cries t__t
Post your makes! do it for the puppies!
There are multiple versions of the top part with various holes opened depending on your use case.
There are also two versions of the bottom part, one with some vents cut out, and one without them.
All the bottom and top parts fit together.
User @vatbrain, created a VESA mountable remix of the bottom part. It's compatible with all top versions, you can find it over here.
If you're using a Pimoroni NVMe base for your Pi, check out this remix !
Most of the hot air is pushed out by the active cooler's blower fan toward to back of the case.
The above picture was taken while running a stress test on the Pi which maxed out all the cores for > 10 minutes.
vcgencmd measure_temp
reported a temperature of 61.5C.
The back of the base shows as going up to 40C under a 10+ minute load.
I printed both parts in Prusament PLA using a 0.4mm nozzle and 0.2 layer height.
Print with the flat part facing the build plate.
L'autore ha contrassegnato questo modello come una sua creazione originale.