The rubber bands, in addition to holding the fan, help to isolate vibrational noise. The ends of the rubber bands are looped over the ends of the four standoffs. Then the fan is simply sandwiched in the middle of the X. It is installed with two rubber bands forming an X. The fan in the photo is a Noctua NF-A4x10 5V. Screen resolution was possibly 1024 x 768. FlightGear was running in fullscreen mode on monitor 1 and terminal was running on monitor 2. There was no heat sink installed for this test. The temperature rapidly dropped to ~45c when the cooling fan was energized. This was with ambient temperature of ~24c. When flying the DC-3 Dakota at a steady cruse altitude, in a low scenery dense area, the core temperature was reported to be ~75c. And yeah, try to get a good joystick at least, rudder pedals and throttle stick might also prove beneficial if you're getting a bit more serious about it.The Raspberry Pi4 starts to throttle at 80c, and will be fully throttled when it hits 85. Install it, try it and enjoy this precious gem of free and open-source software yourself. The combination of visuals, hardware interfacing, ATC audio feed, soundscape of hydraulics/APU/turbines and interaction with this machine captured me completely. I've been truly sitting in this cockpit for hours now to learn about and play with the plane, everything else was forgotten. Today's planes are truly the perfect playing ground for ops minded people, since it's just a hydraulic/electric/computer system with autonomous flying capabilities, the pilot is basically just left as an admin, to watch and react in case of technical problems.īig thanks and shoutouts to all people who helped developing flightgear and the 787-8 model. I'm still reading the manual and whatever information I can find about the 787 to get familiar with its computer/avionic systems. All of them are wired to the plane/computer and can/need to be interacted with. None of the panels or switches are GFX fakery. $ sudo ln -s ~/.fgfs/Aircraft/787-8 /usr/share/games/flightgear/Aircraft/787-8Īnd you'll get this awesome cockpit view: Then I put a link into Flightgear's DATA directroy, which is /usr/share/games/flightgear on gentoo The manual was a bit vague where to install it, so I did it like this: Back then, we needed an awful lot of imagination to get the level of immersion needed to experience it as fun but this time I needed to go bleeding edge and looked for a realistic Boeing 787 model So, more than 20 years later I find myself back in the cockpit of an airplane sitting on the end of a runway in San Francisco, which again is the default scenery :) But the experience is nothing like it used to be. Since my quest is to use/test/progress and promote open-source, peer-made technology, really checking out Flightgear was long overdue. ![]() We basically ignored the combat aspect of it, I was just interested in the machine and flying through below the Golden Gate Bridge since the default base was in San Francisco and the virtual cockpit looked like this: We've even had weekend sleepovers where a couple of friends and I took over the attic of another friend and built “cockpits” out of cardboard with cut-outs for our monitors. For as long as I can remember, Aviation always sparked my interest, so it was only natural that, as a kid, I bought the F/A 18 Interceptor Flight Simulator to play Pilot on my Amiga 500 back in the 80/90 era.
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