@Addario13423 Yes, by having them at the beginning of the intake runners it gives the fuel more time to atomize with the air. If they are situated too close to the intake port then atomization is significantly reduced. However the downside to the setup on this engine is reduced torque at low rpm from the fuel condensing at low air speeds. A loss in low rpm isn't an issue as the engine is optimised and used at high rpms.
@TheSharky666 omfg, yeah dude, I couldn't believe what I was seeing. I come from a long line of carbureted cars and dirtbikes and that was about the most beautifully aspirated engine I've ever seen. So there's no air cleaner though..?
@1971SuperLead f1 engines use pneumatic valves, which are metal bellows filled with compressed air. traditional steel springs can not retract fast enough in an f1 engine, which could cause piston valve interference.
@hype822 I overhauled pneumatic valves for aerospace for 20 years. I often thought about how a pneumatically controlled valve train would be better than camshafts. Now, I don't think the valve trains are currently pneumatically operated or controlled, but the idea that the springs have been replaced with air pressure makes perfect sense. My question is...Is the air pressure constant and how much do they use?
@1971SuperLead pneumatic systems use conventional cam shafts operating valves via a shim/bucket or finger follower, but the spring pocket is replaced with a chamber of nitrogen held inside a cylinder in the side pods that runs at a constant pressure to return the valve when the cam timing retards. pressure can be lost through system leaks. i don't know how much pressure it uses though.
@hype822 Google "F1 engines pneumatic" and you will find that Renault has designed but not manufactured a camless engine operating the valves with a electro/pneumatic system.
Today, F1 engines use air pressure to only aid in closing valves with an attached air cylinder running constant pressure to the valve bellows.
Doesn't really look like a bellows design but like a piston/cylnder design.
Seems my idea is in the works! (patting my own back) lol
Are those the injectors spraying fuel into the individual intakes? also, has anyone ever put one of these in a roadcar? lol horribly expensive and impractical... but BAD ASS :P
@sentineloffreedom Yes, I have installed them on a 1972 Porsche 911, they are best suited for racing applications but can be used on road cars as well.
Does anyone remember a short documentary about the Renault V10 that was released maybe around late 1995 to 1996. Its a short documentary about Benetton and Williams dominating the champsionship in 1995 with the Renault V10. The video lasted about 15min. The start of this video was also the start in the doco.
Yeh they are fuel injectors, there on the outside so they can be in the centre of the inlet without restricting airflow . . . and i'm glad i'm not paying their fuel bill!!!
@jackellisabarth The main reasons are so that the fuel and air get a decent chance to mix in the trumpet/port and the expanding fuel vapour also cools the the mixture and makes a more dense charge before entering the cylinder. They have to be further away because at high RPM this has to have time to happen.
@charade993 jackellisabarth is correct, the primary reason for placing the injectors above is to remove the protruding injector nozzles out of the airstream inside the intake ports and still center the spray pattern. The latest type of fuel injection is "Direct Injection" there is no fuel in the intake tract its completely dry, the benefits of this cooling & mixing effect you mention is so minimal it is of no consequence.
@doktorbimmer yes, but wouldn't direct injection allow more compression ratio, hence more HP? even my own 1.4L vw engine has direct injection, which allows 10:1 compression ratio, tourbocharging and 180HP... maybe it has to do with the very high revs... 19000rpm
@lordoftheriffs79 TIMING.. It all has to do with timing. Diesel motors can have 28:1 compression ratio because there is no pre-ignition without fuel present in the cylinder/combustion chamber until the proper time, this principle works in gasoline/petrol direct injection as well, there is no fuel injected in the combustion chamber until there is ignition spark. But this tends to benefit lower rpm and long stroke to bore ratio motors, F1 motors are short stroke/ large bore, high rpm designs
@doktorbimmer Diesel fuel also burns slower which benefits from a longer stroke too,the piston speed on diesels is pretty high which also precludes them from running high rpms.
@doktorbimmer Yes and no. The most obvious reason for injector position is that direct injection is banned in F1 and has been for many years now along with variable lenght exhaust & inlet trumpets/manifolds. BUT as of 2013 all F1 engines will be direct injection 1.6ltr turbo charged with turbo compounding
@richarddale76 You may not have read or understood all of my comments, I used direct injection only as an example of the fact there is no need to mix air and fuel in the intake and that a "dry" intake tract is more desirable in most applications. Mounting the injectors above the throttles increases power by reducing air turbulance in the intake runners without causing poor fuel spray distribution.
@sammy2ooo yes, this is the injection system aimed directly in to the combustion chamber when intake valve opens. The big air intake comes on top of that system.
@1nazchan I checked the info and yes there is an air filter over the engine. The air comes from over the head of the pilot into a big box that slows the air down for higher pressures, then comes a big air filter and finally the injectors and intakes that we see in the video.
@EliteMadHornet pretty much....although, I am sure they have made them slightly more efficient with the change in rules. F1 as of 2010 can no longer do fuel on a pit stop.
@EliteMadHornet mind you when the car is racing this whole section is enclosed in a intake cover and funnel out above the drivers head. so no fuel loss it all gets sucked in anyway.
Renault negli ultimi 20 anni ha vinto dei mondiali nel '92, '93, '94 (costruttori con Williams), '95, '96, '97 come motorista e '05, '06 come costruttore, quindi 8 titoli.
Ferrari, nello stesso lasso di tempo ha vinto '99 (costruttori), '00, '01, '02, '03, '04, '07, '08 (costruttori), che sono 8 titoli.
Come numero di gare vinte non lo so..., ma come titoli sono pari...
It's called afterburn. Excess fuel is dumped into the exhaust as the engine decelerates, this fuel hits the 900ºC header and ignites, creating the flame.
Comment removed
ChevyGuy566 1 week ago
good music. buena musica
Enelaro 1 week ago
jador trop bien voila je kiff la f1 impressionant
59booba92izi 1 month ago
que manera de COMER GASOLINA ..... LA CAGO!!
foxtrotblack 2 months ago
RENAULT te llevo en mi corazón..... compartimos muchas cosas aunque con un 1.300 me basto para empezar algun dia tendre uno 2000...
luchoesso12 2 months ago
ta locooo , le pongo ese motor al mio y se me sale volando las ruedas ajajaj
nicolasrojas14 2 months ago
Are those the fuel inyectors???
Addario13423 2 months ago
@Addario13423 Yes, by having them at the beginning of the intake runners it gives the fuel more time to atomize with the air. If they are situated too close to the intake port then atomization is significantly reduced. However the downside to the setup on this engine is reduced torque at low rpm from the fuel condensing at low air speeds. A loss in low rpm isn't an issue as the engine is optimised and used at high rpms.
JANNOSPR 1 month ago
@JANNOSPR Thank you for the details...
Addario13423 1 month ago
MORE FUEL CAPTAIN!!
bmxguy08 3 months ago
i think that motor went super saiyan 3 as much as it screamed and glowed...
123ninjajoe123 3 months ago 2
Look at those injectors just spraying, its crazy ive never seen a motor like that
portugaplayboy 3 months ago
man, this sounds so beautiful. I'm in love ♥
pedroivobritto 4 months ago
wow thats a Angry Engine
Seiya8249 4 months ago
the injection is made outside? WTF ?
gkyy3c 5 months ago
i want one in my car!
japerolthuis 6 months ago
This just makes me smile
ahsure 6 months ago
love those early 90's f1 cars............
racerxf12004 6 months ago
put that in a smart car!
34D2234 6 months ago
This has been flagged as spam show
moto-motoryzacja.blogspot.com/
radkla 8 months ago
20.000 RPM
TheSharky666 8 months ago 2
stand off injectors !
lol
TheSharky666 8 months ago
@TheSharky666 omfg, yeah dude, I couldn't believe what I was seeing. I come from a long line of carbureted cars and dirtbikes and that was about the most beautifully aspirated engine I've ever seen. So there's no air cleaner though..?
daemonsterr245 6 months ago
this deseve to be in a clio
kokolistic 10 months ago
The valve spring pressure must be insane.
1971SuperLead 10 months ago
@1971SuperLead f1 engines use pneumatic valves, which are metal bellows filled with compressed air. traditional steel springs can not retract fast enough in an f1 engine, which could cause piston valve interference.
hype822 9 months ago
@hype822 I overhauled pneumatic valves for aerospace for 20 years. I often thought about how a pneumatically controlled valve train would be better than camshafts. Now, I don't think the valve trains are currently pneumatically operated or controlled, but the idea that the springs have been replaced with air pressure makes perfect sense. My question is...Is the air pressure constant and how much do they use?
1971SuperLead 9 months ago
@1971SuperLead pneumatic systems use conventional cam shafts operating valves via a shim/bucket or finger follower, but the spring pocket is replaced with a chamber of nitrogen held inside a cylinder in the side pods that runs at a constant pressure to return the valve when the cam timing retards. pressure can be lost through system leaks. i don't know how much pressure it uses though.
hype822 9 months ago
@hype822 Google "F1 engines pneumatic" and you will find that Renault has designed but not manufactured a camless engine operating the valves with a electro/pneumatic system.
Today, F1 engines use air pressure to only aid in closing valves with an attached air cylinder running constant pressure to the valve bellows.
Doesn't really look like a bellows design but like a piston/cylnder design.
Seems my idea is in the works! (patting my own back) lol
1971SuperLead 9 months ago
can someone please tell me, what are those nossles and the spray
TEMPLE7D 10 months ago
@TEMPLE7D Fuel, plain and simple.
Donkelo 10 months ago
@TEMPLE7D they're the fuel injectors
MReinsGUY 10 months ago
@TEMPLE7D fuel injecters
SuperDaLINKwent 4 months ago
Are those the injectors spraying fuel into the individual intakes? also, has anyone ever put one of these in a roadcar? lol horribly expensive and impractical... but BAD ASS :P
sentineloffreedom 10 months ago
@sentineloffreedom Yes, I have installed them on a 1972 Porsche 911, they are best suited for racing applications but can be used on road cars as well.
doktorbimmer 10 months ago
@doktorbimmer That is AWESOME :D I bet that Porsche was a head-turner :)
sentineloffreedom 10 months ago
amazing sound,,,22 days left for the first race this year
ironhidef1 11 months ago
Fuckin A!
fastflo1 11 months ago
holy shit o.O
AggressiveDog 11 months ago
By the looks of those injectors, that engine must be convinced that the whole world is a delicious mixture of fuel and air.
mikeb1444 1 year ago
Does anyone remember a short documentary about the Renault V10 that was released maybe around late 1995 to 1996. Its a short documentary about Benetton and Williams dominating the champsionship in 1995 with the Renault V10. The video lasted about 15min. The start of this video was also the start in the doco.
ThunnyFisher 1 year ago
Quite possibly the best sound in the world.
onesprint 1 year ago
Lindo
denovoeuai 1 year ago
Yeh they are fuel injectors, there on the outside so they can be in the centre of the inlet without restricting airflow . . . and i'm glad i'm not paying their fuel bill!!!
jackellisabarth 1 year ago
@jackellisabarth The main reasons are so that the fuel and air get a decent chance to mix in the trumpet/port and the expanding fuel vapour also cools the the mixture and makes a more dense charge before entering the cylinder. They have to be further away because at high RPM this has to have time to happen.
charade993 1 year ago
@charade993 jackellisabarth is correct, the primary reason for placing the injectors above is to remove the protruding injector nozzles out of the airstream inside the intake ports and still center the spray pattern. The latest type of fuel injection is "Direct Injection" there is no fuel in the intake tract its completely dry, the benefits of this cooling & mixing effect you mention is so minimal it is of no consequence.
doktorbimmer 1 year ago
@doktorbimmer yes, but wouldn't direct injection allow more compression ratio, hence more HP? even my own 1.4L vw engine has direct injection, which allows 10:1 compression ratio, tourbocharging and 180HP... maybe it has to do with the very high revs... 19000rpm
lordoftheriffs79 1 year ago
@lordoftheriffs79 TIMING.. It all has to do with timing. Diesel motors can have 28:1 compression ratio because there is no pre-ignition without fuel present in the cylinder/combustion chamber until the proper time, this principle works in gasoline/petrol direct injection as well, there is no fuel injected in the combustion chamber until there is ignition spark. But this tends to benefit lower rpm and long stroke to bore ratio motors, F1 motors are short stroke/ large bore, high rpm designs
doktorbimmer 1 year ago
@doktorbimmer Diesel fuel also burns slower which benefits from a longer stroke too,the piston speed on diesels is pretty high which also precludes them from running high rpms.
riflemanjim 11 months ago
@doktorbimmer Yes and no. The most obvious reason for injector position is that direct injection is banned in F1 and has been for many years now along with variable lenght exhaust & inlet trumpets/manifolds. BUT as of 2013 all F1 engines will be direct injection 1.6ltr turbo charged with turbo compounding
richarddale76 10 months ago
@richarddale76 You may not have read or understood all of my comments, I used direct injection only as an example of the fact there is no need to mix air and fuel in the intake and that a "dry" intake tract is more desirable in most applications. Mounting the injectors above the throttles increases power by reducing air turbulance in the intake runners without causing poor fuel spray distribution.
doktorbimmer 10 months ago
no those be nitrous injections
mikeyyy187 1 year ago
wait are thos fuel injectors?
brety099 1 year ago
@brety099 Yes they are fuel injectors
WMH435 1 year ago
@WMH435 wow
brety099 1 year ago
@brety099 yes they are.
wapreab 1 year ago
meu Deus do céu q bestialidade esses motores de f1
show de bola esse video.
msbcsresb 1 year ago
Are this orange things the injection systems? Why are they at the outside?
sammy2ooo 1 year ago
@sammy2ooo yes, this is the injection system aimed directly in to the combustion chamber when intake valve opens. The big air intake comes on top of that system.
noobtime 1 year ago
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graywackeknifebdr 1 year ago
Espetacular..........
brunao27 1 year ago
i want to swap my engine with this!
mystiqueman366 1 year ago
@mystiqueman366 and the consumption? hehe
qwertyuu98 1 year ago
coolll
mrshivaji 1 year ago
that fuels a bit close to the flames/manifold right? lol
1nazchan 1 year ago
@1nazchan
Is there normally an air filter over the injectors?
corght 1 year ago
@corght uhm... no? for these engines? i don't know much about the intakes
1nazchan 1 year ago
@1nazchan I checked the info and yes there is an air filter over the engine. The air comes from over the head of the pilot into a big box that slows the air down for higher pressures, then comes a big air filter and finally the injectors and intakes that we see in the video.
corght 1 year ago
@corght Oh yeah! when the engine is in the car there is a air filter lol. I thought you meant normally on these tests...
1nazchan 1 year ago
I'm slightly confused at what i'm looking at. it just sprays fuel right into the butterfly valves for the intake manifold?
EliteMadHornet 1 year ago
@EliteMadHornet pretty much....although, I am sure they have made them slightly more efficient with the change in rules. F1 as of 2010 can no longer do fuel on a pit stop.
abe3geardawg 1 year ago
@abe3geardawg ah, that's really interesting. i didn't know about the no-fuel on pit stop rule either. Thanks for the info
EliteMadHornet 1 year ago
@EliteMadHornet mind you when the car is racing this whole section is enclosed in a intake cover and funnel out above the drivers head. so no fuel loss it all gets sucked in anyway.
vai2iant 1 year ago
quiero un motor de estos pa mi clio vr6
elfarymomo23 1 year ago
hermosa maquina, un performance perfecto
448302 1 year ago
sounds like mah dick
xxfroobxx 1 year ago
@xxfroobxx you should go get it checked out. that's not good.
bzrkr4588 1 year ago
NOT MOTOR IS A ROCKET!
hermosotealonso 1 year ago
Kubica umie takie jednostki zajeżdżać
12MCafeful 1 year ago
buenas maquinas :-)
raulfiat1 1 year ago
impresionante!!!!! muy bueno!!!!
elgonza2009 1 year ago
I just love F1 motors!
Fearsome machinery!
You should also check for the Honda 10 cylinder F1 engine that delivers
more than 1000hp from a 3lit normally aspirated engine....!
What a sound!!!
TheGel73 1 year ago
eita nois
lEx320k320 1 year ago
love that sound of that motor
:)
WMH435 1 year ago
This has been flagged as spam show
got a custom ringtone 0:13 to 0:33 of this video on tub e2tone[.}com
ravanomcom 1 year ago
that's electronic injection for ya ;)
pacman599 1 year ago
eso son los inyectores?
alonsita91 1 year ago
..il motore piu vincente degli ultimi 20 anni....sapete ferraristi?
ciano417 1 year ago
@ciano417
Beh oddio, aspetta...
Renault negli ultimi 20 anni ha vinto dei mondiali nel '92, '93, '94 (costruttori con Williams), '95, '96, '97 come motorista e '05, '06 come costruttore, quindi 8 titoli.
Ferrari, nello stesso lasso di tempo ha vinto '99 (costruttori), '00, '01, '02, '03, '04, '07, '08 (costruttori), che sono 8 titoli.
Come numero di gare vinte non lo so..., ma come titoli sono pari...
axeljts 1 year ago
impresionante
dal00 1 year ago
Sounds like they are using recorded throttle telemetry from a lap run (maybe a race?). I wonder which track.
fishb002 2 years ago
That's a seriously angry motor!
vector6977 2 years ago 46
@vector6977 engine!! seriously angry engine!!
penske13 1 year ago
@vector6977 best porn video ive seen
latinbeatz 1 year ago
That's BADASS!
02DZ 2 years ago
Is this the RS7? Sounds like about 17k rpm.
gold333 2 years ago
16000 rpm.
18PacWest 2 years ago
Nice standoff injectors.
420witchdoctor 2 years ago
shower injectors is the proper name
riflemanjim 2 years ago
In what country? Out here the common grease monkey term is standoff injectors. I live in Oregon, and I work in Washington.
420witchdoctor 2 years ago
Any country thats a slang name like using rims instead of wheels
riflemanjim 2 years ago
Well, no big deal, we all know what each other means, right? :D
420witchdoctor 2 years ago
THATS all that really matters
riflemanjim 2 years ago
i don't see a difference in all these f1 engines (ferrari, renault, toyota, mercedes) all sound the same.
and whitch part of the engine it shows at the begining, i have no fucking idea 0_o
mocasvaldo 2 years ago
fuel injectors I think.
TestECull 2 years ago
fuel injectors ? shouldn't they be hidden under a engine head ? and what is that white smoke appearing at the top of it ?
mocasvaldo 2 years ago
Likely it would be fuel vapor. You can see it originating from the nozzles of those injectors there.
TestECull 2 years ago
swet jesus.... olly mother focker...wooowowowowow fuck...men
sagitario324 2 years ago
uno spettacolo!!!
asvra 2 years ago 16
yes fantistic
bikebru 2 years ago
like how they have to run the alternator off the camshaft because of the massive rpms!
asdasdasdasdasdas98 2 years ago
whats's that blue lightning at the end left bottom corner? looks like some sort of electricity leak?
sjeessjees 2 years ago
looks like a classic fuel after burner
CARRASCONFIDENCE 2 years ago
blue flames
zak655 2 years ago
The blue colour is fuel over-run when the throttle is backed off. It's more obvious because of the dark background of the the exhaust fume extractor
brakk34 2 years ago
Unburnt fuel igniting in the atmosphere after it leaves the exhaust.
michaelthepsycho 2 years ago
It's called afterburn. Excess fuel is dumped into the exhaust as the engine decelerates, this fuel hits the 900ºC header and ignites, creating the flame.
TestECull 2 years ago
wow, look at all the fuel those things eat up, I guess with ethanol you don't need throttle plates?
thats pretty damn cool, thanks for re-posting this vid
chilt02 2 years ago
MUITO ESPECIAL
JamesPrebianca 2 years ago
how did they get a camera in the internals?
Alpin3SS 2 years ago
If u look at the top of the engine at 1:07 you see the injector mist.. Its not the internals =)
rotaxmax3 2 years ago
look at the injectors..... amazing
mosee420 2 years ago
so cool....
mrf97 2 years ago
Awesome!..
Engineering perfection!..
veyronzondaf 2 years ago
o motor da f1 é na média 4.0... faz na uma média 1 volta de 6KM com 4 litros de combustível
JONATHANFVARGAS 2 years ago
É ele pode até fazer 15 km com 1L de gasosa, mas se deixar só funcionando com vc empurrando nos 15 km!
edj1071 2 years ago
faz uns 15km com 1 litro de gasolina
coeoliveira 3 years ago
Aw man the most important thing is the sound and its in a poor quality
DanielDouradoF 3 years ago
This has been flagged as spam show
watch my vid top quality + sound!
thom1312 3 years ago
I watched, really cool!
DanielDouradoF 3 years ago
thanks dude!
thom1312 3 years ago