[3D Binaural Audio] Porsche 911 RSR 2018, 991.2 GT3 R 2019, Cayman 718 GT4 In Action!

1 year ago Bastos


So I finally heard and recorded what I consider the best sounding car in the WEC 2018 field but I was quite undecided whether to upload the standard audio video or something with the binaural. The choice fell on the latter. Mainly because the full dedicated video to the 2018 Porsche RSR will be something like 20-min long and yesterday I didn't have much time to edit it. Not really happy with the result of this binaural compilation, honestly. The 911 RSR is too loud and I had to throw away 50% of the audio recordings I did both because my "3D" microphone can't handle that noise level (from particular spots) and even my portable recorder, to which the mic is linked, doesn't give me a hand in these occasions at all. So I'm sorry since some of the fly bys are distorted and audio level drops drastically for brief moments. Need to update both things soon... In this video you can also hear the other Porsche's that were testing the same day, namely the new 2019 991.2 GT3 R, the upcoming Cayman 718 GT4 Clubsport and that curious GT2 RS-based test mule. Hope you liked it! --- What the hell is a 3D/Binaural recording? --- Binaural recordings are reproductions of sound the way human ears hear it. Traditionally, recordings have been made using mono or stereo. Mono uses a single microphone while stereo uses two, spaced apart from each other. Binaural recording takes the stereo method one step further by placing two microphones approximately at the same average distance that exists between one and the other human ear. To recreate the best effect you must put the microphones in your ears or by using a "dummy head" (wherein a mannequin head is outfitted with a microphone in each ear) because having a real head or a head shape that separates the two microphones is what makes the magic works. In fact if a car passes on your left side the sound will take a few extra microseconds to reach the right ear and it will also be louder in one ear (left) than the other. This is caused by the fact we have a thick skull and spongy brain between the two ears and sound waves interact with the physical constitution of the listener and the surrounding space. -- Subscribe to my 2nd channel here: https://www.youtube.com/channel/UC3XVG02cKYsLyUUewv-qkoQ You can also find and follow me on: - Flickr: http://www.flickr.com/photos/19bozzy92/ - Facebook: https://www.facebook.com/19Bozzy92YT - Google+: https://plus.google.com/100567781241722617164/posts - Instagram: https://www.instagram.com/ste19bozzy92 - Camcorder: Soundman OKM II Studio A3 3D Binaural Microphone + Zoom H1 Portable Recorder & Canon Legria HF G40 - Event: Test Porsche AG 2018 - Where: Autodromo di Monza, Italy Link To My Channel: http://www.youtube.com/user/19Bozzy92 THANKS FOR WATCHING AND SUBSCRIBE!!!

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