This is the F1 Guitar version of the sound of cars from different ages of modern Formula 1 history around the Monza track:
viernes, 15 de noviembre de 2013
miércoles, 30 de octubre de 2013
I am posting here one of my last videos, together with the actual F1 lap that it is based on. I recommend you to play both videos together, but watching Barrichello's one while listening to the F1 Guitar sound only. To do so, turn off the sound of Barrichello's video, and start playing it slightly before the 3rd second of my video:
Publicado por Mario F1 Guitar, "Mustruendor" en 16:25
martes, 25 de junio de 2013
Almost three years ago, the new engine specifications for 2014 said engines would be limited to 12000 rpm and they would have 4 cylinders. Using the same calculations than those used to make my last video (shown above), I concluded that those V4 could no longer be played on guitar, and you would need a bass guitar instead: http://www.formula1guitar.blogspot.com.es/2010/12/formula-1-bass-guitar-sound-of-future.html
Now let me edit that post with the new specifications of 2014 engines. In other words, let me explain better what I did in the video above:
First, I calculated the theoretical pitch of current Formula 1 V8 engines. This way, we have the revolutions limit in 18000 rpm, which is 300 revolutions per second, that is 300 Hz. Given that a four-stroke engine cylinder has one explosion for every two revolutions, we have 150 explosions per second per cylinder. Therefore, the eight cylinders of a V8 engine make for a total of 1200 explosions per second, that is a sound of 1200 Hz, which is a musical note slightly above D6. However, the actual sound we hear on TV onboard laps has a predominant frequency of 600 Hz when the engine is on top revolutions, which is a subdivision of the 1200 Hz theoretical sound. That is the main frequency I play on my guitar videos, using appropriately tuned third and fourth strings past 22nd fret to have a 600 Hz sound (≈D5).
With the new V6 engines, to be used from 2014 on, the revolutions limit will be set to 15000 rpm, which means a reduction of the engine sound pitch by 15000/18000 = 5/6 (250 Hz instead of 300 Hz). Moreover, the engines will have 6 cylinders instead of 8, which will reduce by 6/8 the pitch of the engine sound. Altogether, we will have 5/6 x 6/8 = 5/8, so the 600 Hz sound on top revolutions will turn into a 375 Hz sound. That corresponds to a musical note slightly above F#4, around the 21st fret of a guitar for fifth string.
In the case of V10s, the revolutions limit was variable but around 18700 rpm which, following the same principles than those for V8, corresponds to 312 Hz. So the 10 cylinders will make for a pitch of 779 Hz (slightly below G5), which is the characteristic screaming of V10s. That can be played with properly tuned 2nd and 3rd strings beyond 22nd fret.
The lower frequency that I play for the three engine types is made always with the 6th string. It is similar for the three because it depends only on the revolutions of the engine, and not on the number of cylinders. This frequency coincide with the engine revolutions expressed in Hz, so, on top revolutions, it is 312 Hz for V10, 300 Hz for current V8s, and 250 Hz for 2014 V6.
Check this video to see the differences between the sound of V8s and V10s:
Publicado por Mario F1 Guitar, "Mustruendor" en 17:48
miércoles, 27 de junio de 2012
I heard several stories about Spaniards hesitating to watch the European GP race because of Alonso´s P11 on the grid. But then always someone said "Come on! We are talking about Fernando Alonso!" In a circuit where it is very difficult to overtake, and in a year where DRS help tends to make drivers to concentrate their overtaking efforts in a single spot of the track, Fernando delighted the grandstands by superbly overtaking all around the Valencia track. Take a look to this meaningful map with the number and name of overtaken drivers on each spot (black: on track; green: during the start; gray: during pit-stop; red: mechanical problem):
Publicado por Mario F1 Guitar, "Mustruendor" en 7:41