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    • 430 horsepower and 369 pound-feet of torque for 2014 F80 M3 / F82 M4 S55 twin turbo motor - Curb weight of 3306 pounds, manual transmission

      Finally some concrete details from BMW on the next generation M3/M4! What may be interpreted as bad news is the horsepower output from the 3.0 liter inline-6 S55 twin turbo (single scroll turbo) motor is 'only' 430 horses. The torque figure is at 369 pound-feet. Not exactly a powerhouse of a motor or a torque monster but the good news is that this powerplant is mated to a chassis that will weigh about 3306 pounds or 1500 kilograms.

      A curb weight of 3306 pounds makes the F80 M3 / F82 M4 lighter than both previous generation M3 vehicles the E46 and E9X. It seems AutoBild got the specifications correct for the most part when they leaked them last month although horsepower is up from their claimed 416. If BMW does a Competition Package with the new M3 (chances are they will as fanboys will raise hell about the C63 out-muscling the M3 and the tiny increase over the E9X) the power, curb weight, torque, and dual clutch transmission will make for a package likely capable of high 11's in the 1/4 mile out of the box.

      What is the redline of the motor? A good question. BMW has not officially confirmed the redline although they claim the new motor is high revving. Keep in mind BMW also made this claim about the S63TU V8 under the hood of the M5 and M aficionados hardly refer to that stump puller as a high revver.

      AutoBild claimed 7800 rpm although that may be overly optimistic. Current reports place the redline somewhere between 7500 to 7800 rpm. BMW has yet to confirm the exact number but says it is 'over 7500 rpm.' How much over they do not say.

      The motor has a closed deck design meaning it is not based on the N54 as some people speculated (N54 fanboys). The motor does have Valvetronic. The block is seemingly a brand new design. The power is sent to a carbon fiber driveshaft.

      BMW also confirmed the manual transmission option meaning Autoblog F'd up royally with their report stating the M3/M4 would not have a manual transmission. Further details to come but what is concrete as of right now are the horsepower, torque, transmission, and curb weight figures. Additionally, both the sedan and the coupe will have carbon fiber roofs. BMW press release and photos below.












































































      1. The new BMW M3 Sedan and new BMW M4 Coupe:
      Innovative engine technology and a focus on lightweight design.


      The launch of the new BMW M3 Sedan and new BMW M4 Coupe sees BMW M GmbH revealing an all-new interpretation of the high-performance sports car – and carrying the BMW M philosophy over into the fifth generation of the M3. More than 40,000 examples of the fourth-generation BMW M3 Coupe were built, and now the BMW M4 Coupe is poised to continue this history of success. The "M4" badge is a reference to the model series that provides the basis for the new M model. And for the first time, the Coupe will be introduced at the same time as the four-door variant, which logic dictates will be christened the BMW M3.

      "Four generations of the BMW M3 have blended motor sport genes and uncompromised everyday usability within an emotionally rich overall concept;" explains Dr Friedrich Nitschke, President BMW M GmbH. "The BMW M3 Sedan and BMW M4 Coupe represent an ongoing commitment to this philosophy. The engine is the heart of every M model, and the example fitted in the two new cars combines the virtues of a high-revving naturally aspirated unit with the strengths of turbocharger technology. An all-embracing lightweight design concept keeps the cars' weight to just under 1,500 kilograms. The BMW M3 and BMW M4 take motor sport technology from the track to the road, and thousands of laps of the legendary Nürburgring Nordschleife – the world's most demanding race track – have readied the new models for that transition. Meticulous and passion-fuelled development work has underpinned the creation of two high-performance sports cars that set new standards in terms of overall concept, precision and agility."

      The high-revving six-cylinder in-line engine with BMW M TwinPower Turbo technology newly developed for the new BMW M3 Sedan and BMW M4 Coupe produces maximum output of approximately 430 hp. Its peak torque soars far beyond 500 Newton metres (369 lb-ft), outstripping the figures recorded by the outgoing BMW M3 by well over 30 per cent. And yet the engine also achieves a reduction in fuel consumption and emissions of around 25 per cent. The weight of the cars has been reduced to just under 1,500 kilograms, which helps to ensure outstanding driving dynamics and exceptional efficiency.

      2. The balance of the overall concept:
      A blend of elements working in perfect harmony delivers outstanding performance, precision and agility.


      The new BMW M3 Sedan and new BMW M4 Coupe share a low-slung and broad-set, yet finely balanced, stance on the road, highlighting the emphasis on performance capability in the emotional development of M design. Large air intakes at the front end, exposed carbon-fibre-reinforced plastic (CFRP) components and the diffuser at the muscular rear end are far from mere design flourishes; they also fulfil functional roles in terms of aerodynamics, cooling and weight saving.

      Numerous aerodynamics measures integrated into all areas of the body.
      The aerodynamics concept of BMW M GmbH models has always been one of the key elements in their development. The engineers need to channel the air around the car to create the best possible platform for dynamic excellence, while also ensuring the engine, powertrain and brakes receive the requisite cooling given the significant loads they are operating under. But at the same time, the cars should also have a good Cd – an indicator of impressive efficiency at higher speeds, in particular.

      Details such as the powerfully formed front apron, smooth underbody and clearly defined Gurney spoiler lip at the rear of the M3 Sedan (or integrated spoiler lip at the rear of the BMW M4 Coupe) reduce lift by an equal degree at the front and rear axle and produce optimum handling attributes. These examples underline in familiar fashion the success of M engineers in reconciling the requirements of everyday use with the demands of action on the race track. Elements like the Air Curtain and M gills with integrated Air Breather rearwards of the front wheels minimise turbulence in the front wheel arches. And, together with the smoothly sculpted exterior mirrors, they are also highly distinctive design features of the BMW M3 Sedan and BMW M4 Coupe.

      Sophisticated cooling concept for maximum performance.
      The exceptional performance potential of the BMW M3 Sedan and BMW M4 Coupe places extremely exacting demands on temperature management in the engine and peripheral assemblies. In order to ensure optimum operating temperatures in everyday use, on short journeys around town and on the race track, the BMW M GmbH engineers have developed an extremely effective cooling system. For example, alongside the two ultra-dynamic turbocharger units, the air intake system of the six-cylinder engine also includes an indirect intercooler to cool the intake air, maximising charge pressure and engine output. As well as a main radiator, the track-ready cooling concept also comprises additional radiators for the high- and low-temperature water circuits, turbocharger and transmission oil. These ensure a consistent temperature balance and therefore unrestricted performance during hard driving. An additional electric coolant pump cools the turbocharger bearing mounts when the car is stationary.

      The powertrain gains from a wide variety of motor sport technologies.
      The many years of experience in motor sport clocked up by the BMW M engineers also make their presence felt in the construction of the powertrain for the new BMW M3 Sedan and BMW M4 Coupe. For example, the engine's impressive torque is sent on its way by a forged crankshaft with high torsional rigidity, whose low weight also allows a significant reduction in rotating mass. The crankshaft therefore helps to optimise the engine's responsiveness and acceleration and makes an important contribution to its high-revving character.

      The engine sends its power to the wheels through a six-speed manual gearbox as standard. This gearbox is significantly more compact than its predecessor and 12 kilograms lighter, allowing it to assist the car's optimum – virtually 50:50 – weight distribution. As a means of increasing shift comfort, the manual gearbox uses innovative new carbon friction linings in its synchroniser rings. Dry sump lubrication provides an efficient supply of oil to all parts of the gearbox. The new gearbox also works a lot more quietly than before and blips the throttle on downshifts – previously a feature reserved for the M Double Clutch Transmission. This engagement speed control function helps to enhance stability and was originally developed by motor sport engineers.

      Seven-speed M Double Clutch Transmission with Launch Control.
      The optional seven-speed M Double Clutch Transmission with DriveLogic takes a very special route to combining the apparently conflicting values of absolute sports performance and comfort. As well as changing gear automatically, in manual mode the transmission enables ultra-fast gear changes with no interruption in the flow of power. The integrated Launch Control function ensures optimum sprinting performance off the line, producing acceleration figures that would be out of range with the manual gearbox. The M Double Clutch Transmission also offers drivers extra functions, such as selectable modes which make the BMW M3 and BMW M4 more comfortable, easier on fuel or even sportier. The extra gear over the manual gearbox allows more tightly spaced ratios – and delivers the positive effects on performance and efficiency you would expect as a result.

      The material properties of carbon have allowed the engineers to follow a fundamentally new approach in the manufacture of the drive shaft. This component feeds the engine's torque from the gearbox to the rear differential and works under extremely heavy loads – especially in high-performance vehicles. The impressive stiffness and low weight of CFRP as a material allow the drive shaft to be constructed as a single-piece unit with no centre bearing. As well as a weight saving of 40 per cent over its predecessor, this leads to a reduction in rotating masses and, in turn, to sharper responses to movements of the accelerator, combined with enhanced dynamics.

      Another feature that adds fresh polish to the dynamic repertoire of the BMW M3 Sedan and BMW M4 Coupe is the Active M Differential. Unlike the manual system used by the outgoing BMW M3, here an electric actuator constantly varies the locking effect, as required. That enables better traction, the adjustability of the car is improved, and understeer coming out of corners is dialled out to impressive effect. M Dynamic Mode – a subfunction of the Dynamic Stability Control (DSC) system – quenches the thirst of enthusiastic drivers for keen dynamics. While DSC intervenes as required to counteract understeer and oversteer, M Dynamic Mode allows greater wheel slip and therefore easy drifting. Owners with a taste for sporty and dynamic driving will appreciate this breadth to the cars' handling, although DSC will still step in if the car ventures over the limits – unless it is switched off completely. Whichever setting the driver chooses, he or she remains responsible for the car's stability.

      Aluminium suspension elements ensure sharper dynamics.
      The core expertise of BMW M GmbH resides in creating cars that offer impressive steering precision, on-the-limit adjustability, agility and driving feeling, together with unbeatable traction and outstanding directional stability – all without neglecting everyday usability. In order to blend these attributes with the significantly increased performance capability of the new BMW M3 Sedan and new BMW M4 Coupe, the axles of the outgoing BMW M3 have undergone further development and all relevant components have been newly designed or constructed.

      Here again, low weight and a high level of structural rigidity are essential ingredients in ensuring the cars provide an ultra-dynamic driving experience. In the double-joint spring strut front axle alone, the use of a lightweight aluminium construction for components such as control arms, wheel carriers and axle subframes saves five kilograms over a conventional steel design.

      Play-free ball joints and elastomer bearings developed specially for the BMW M3 Sedan and BMW M4 Coupe ensure an optimum and direct transfer of forces both laterally and longitudinally. An aluminium stiffening plate, CFRP front strut brace and additional bolted joints between the axle subframe and the body sills all help to increase the rigidity of the front structure.

      Also lighter than the construction in the outgoing BMW M3 is the new five- link rear axle. All the control arms and wheel carriers are manufactured using forged aluminium, which reduces the unsprung masses of the wheel-locating components by around three kilograms compared with the previous model generation. The rigid connection between the rear axle subframe and the body – without the use of elastic rubber elements – is borrowed from motor sport and serves to further improve wheel location and therefore directional stability.

      The development of the tyres for the cars was incorporated from the outset into the construction process for the axles. For high-performance sports cars like the BMW M3 Sedan and BMW M4 Coupe, in particular, steering feel and precision are the foremost considerations in the development of tyres for the front axle, alongside lateral stability and braking forces. At the rear axle, meanwhile, traction, lateral stability and directional stability take centre stage. For this reason, both cars will leave the factory on low-weight forged wheels with mixed-size tyres. The specially developed forged wheels make a significant contribution to the reduction in the cars' unsprung masses and, in turn, to the optimisation of dynamic qualities and efficiency.

      Electric Power Steering with three settings.
      The electromechanical steering system used in the BMW M3 Sedan and BMW M4 Coupe is a new development from BMW M GmbH. It has been tuned specially to assist the cause of dynamic driving and offers the gifts of direct steering feeling and precise feedback. The integrated Servotronic function electronically adjusts the level of steering assistance according to the car's speed, providing optimum steering characteristics at all speeds. The steering for the BMW M3 Sedan and BMW M4 Coupe also offers the driver three steering characteristics as standard, which can be selected at the touch of a button. COMFORT, SPORT and SPORT+ modes allow the level of steering assistance to be adapted to suit the situation at hand and the driver's personal tastes.

      The optional Adaptive M suspension likewise comes with COMFORT, SPORT and SPORT+ modes, enabling the driver to choose between a more comfortable damper setting for motorway driving, for example, a stiffer set-up for dynamic driving on country roads, and a third option that minimises wheel movements and maximises dynamic performance for use on the track.

      With their supreme dynamic attributes in mind, the BMW M3 Sedan and BMW M4 Coupe also come as standard with BMW M compound brakes boasting impressive feel, outstanding stopping power and high resistance to fade. Far lighter than conventional equivalents, these brakes contribute to a substantial reduction in unsprung masses and therefore help to enhance dynamic performance. Even lighter BMW M carbon ceramic brakes can also be specified as an option, their further optimised performance attributes equipping them even more effectively for track use.

      3. New six-cylinder in-line engine:
      High-revving, turbocharged engine combines the best of both worlds.


      The new BMW M3 Sedan and new BMW M4 Coupe from BMW M GmbH see a return to a six-in-line engine configuration, as used on the second and third generations of this iconic sports car. The new turbocharged unit, which can develop more than 7,500 rpm, combines the best of both worlds – on the one hand a high-revving design for instant response, linear power delivery over a wide engine speed range and an unmistakable and characterful engine note, and on the other hand BMW TwinPower Turbo technology for maximised torque over a broad rpm range. A further hallmark of this engine is its outstanding efficiency.

      The new engine sees a slight power upgrade over the previous V8 to approximately 430 hp, while peak torque has been increased by well over 30 per cent to substantially more than 500 Newton metres, and is maintained over a very wide rev band. The new powerplant also boasts excellent fuel consumption, with an improvement of more than 25 per cent over the previous model's figures, while emissions are already EU6-compliant.

      The BMW M TwinPower Turbo technology comprises two mono-scroll turbochargers, High Precision Direct Injection, VALVETRONIC variable valve timing and Double-VANOS seamlessly variable camshaft timing. The variable valve and camshaft timing provide fully variable control of intake valve lift. This allows the engine to deliver its power smoothly and efficiently, resulting in lower fuel consumption and emissions. At the same time, throttle response is even sharper than before.

      The six-cylinder engine features a closed-deck crankcase design, which increases rigidity and allows cylinder pressures to be increased for maximised power output. And instead of liners, the cylinder bores feature a twin-wire arc-sprayed coating, which results in a significant reduction in engine weight.

      A further technical highlight is the forged, torsionally rigid crankshaft which, as well as providing increased torque-carrying capacity, is also lighter in weight. Its reduced rotating masses also improve throttle response and acceleration.

      Track-ready cooling system and engine oil supply for outstanding performance.
      The exceptional performance of the BMW M3 Sedan and BMW M4 Coupe also demands an exceptionally sophisticated thermal management system for the engine and ancillary units. To ensure optimal operating temperatures both in short everyday trips around town and also when the vehicle is being driven flat out on the track, the M GmbH engineers developed a highly efficient cooling system, comprising a main radiator plus additional radiators for the high- and low-temperature circuits, turbocharger and transmission, while a temperature-stabilising electric water pump ensures that the engine can develop its full performance at all times.

      The engine oil supply system, too, reflects the extensive motor sport experience of BMW M GmbH. The low-weight magnesium oil sump, for example, features a special cover to limit movement of the oil under the effects of strong dynamic lateral acceleration. Under extreme longitudinal acceleration and deceleration, an oil extraction pump and a sophisticated oil return system situated close to the turbocharger likewise help to maintain uninterrupted oil circulation. Oil is therefore supplied continuously to all engine components in all driving situations – whether in everyday motoring or during hard driving on the track.

      An engine sound in keeping with the motor sport-level performance of the BMW M3 and BMW M4 is provided by an innovative flap arrangement in the twin-pipe exhaust system. The electrically controlled flaps just before the rear silencer minimise exhaust back-pressure and produce a BMW M sound which is striking and unmistakable over the entire engine speed range, as well as giving precise feedback on engine load.

      Intelligent lightweight design was a top priority in the development of the BMW M3 and BMW M4. The goal was to minimise kerb weight in order to give both models outstanding driving dynamics and exemplary efficiency. These measures have delivered impressive results. The kerb weight of the BMW M4 has been reduced to less than 1,500 kilograms, which means the new model is now around 80 kilograms lighter than a comparably equipped predecessor model – with benefits for driving dynamics and fuel consumption as well.

      BMW M3 Sedan also gets CFRP roof for first the time.
      On the outgoing models, the CFRP roof was confined to the Coupe version. Now, for the first time, the four-door BMW M3 will also include this striking design and functional feature. The CFRP roof brings weight savings of five kilograms in the case of the BMW M3 Sedan and more than six in the case of the BMW M4 Coupe. It also lowers the vehicle's centre of gravity, which has a positive impact on driving dynamics.

      On the M4 Coupe, the contoured roofline with the central Gurney bubble continues into the boot lid, and emphasises the even sportier personality of the new model. The newly developed boot lid of this model not only provides extremely effective tail end styling but at the same time its geometry is precisely tailored for optimised aerodynamics, while the use of carbon fibre and plastics provides additional weight savings.

      The new BMW M3 Sedan and new BMW M4 Coupe also feature a CFRP propeller shaft. CFRP's high rigidity and low weight mean that the drive shaft can be produced as a single-piece component without a centre bearing. This provides 40 per cent weight savings over the previous model, and the reduction in rotating masses results in sharper throttle response. The use of carbon in these models is a reminder that BMW is a global leader in high- strength, lightweight CFRP construction, and that it was BMW who brought out the first mass-production vehicle with a body consisting entirely of this material – the innovative BMW i3.

      The CFRP strut brace in the engine compartment is a further example of how all weight-saving measures on these vehicles have also been tailored to the improvement of driving dynamics. Weighing only 1.5 kilograms, the strut brace offers superior rigidity to a comparable aluminium component, and plays a key part in the excellent steering response and precision of both vehicles.

      5. DTM support for the development process:
      Testing at the Nürburgring with Bruno Spengler and Timo Glock.


      In the development of the new BMW M3 Sedan and new BMW M4 Coupe, the BMW M engineers could count not only on track-honed technologies, but also on the driving talent of experienced racers. For example, BMW works drivers Bruno Spengler and Timo Glock took part in extensive testing and set- up runs on the Nürburgring-Nordschleife circuit, focusing on assessment of the cars' suspension, tyres and all elements of the powertrain. After taking the prototypes for a run-out over the legendary and highly demanding circuit, the two professional racing drivers were able to give the BMW M development team some valuable feedback.

      "I'm proud to have made a contribution to the set-up work on these two cars," explained reigning DTM champion Spengler. "The development work may not be totally completed yet, but the driving experience is already sensational. The suspension has a very sporty set-up, the feedback from the front axle is extremely direct and the grip at the rear axle is phenomenal. The engine is impressive, too. The power is right there, even at low rpm, and you can sense that you'll be able to access the output and torque over an extremely wide rev band. I'm looking forward to driving the cars again, but I'm even more excited about driving my first laps in a BMW M4 DTM."

      Timo Glock was similarly impressed: "These two cars are capable of generating quite incredible centrifugal forces," reported the ex-Formula One driver.
      This article was originally published in forum thread: 430 horsepower and 369 pound-feet of torque for F80 M3 / F82 M4 S55 twin turbo motor - Curb weight of of 3306 pounds, manual transmission started by Sticky View original post
      Comments 251 Comments
      1. Sticky's Avatar
        Sticky -
        Click here to enlarge Originally Posted by Group.america Click here to enlarge
        As a MARKETING tool the 3300 lbs give or take will bring in a lot of people who were doubters on the M name of BMW of late
        It certainly helps bring M back up somewhat. It's still lost its luster as far as I'm concerned but BMW is finally taking accountability and paying attention to criticism. Do they have their balls back? Not yet, but at least they haven't completely fallen off.
      1. Sered's Avatar
        Sered -
        Click here to enlarge Originally Posted by Sticky Click here to enlarge
        And that was with to do with high revving capability of a turbo inline-6 motor
        Made in the context of it being superior somehow.

        Click here to enlarge Originally Posted by Sticky Click here to enlarge
        At what point was anything stated saying the previous generation Skyline's were the most powerful
        It wasn't.

        Click here to enlarge Originally Posted by Sticky Click here to enlarge
        or that high revs equaled the most power or torque ever made on an inline-6 turbo motor from Japan?
        It wasn't.

        Click here to enlarge Originally Posted by Sticky Click here to enlarge
        You're point is irrelevant to the discussion.
        Really? Tell me how the high-revving nature of the S55 is superior to say, a 3.5L version that revs the same as the N54/55 family.
      1. Sered's Avatar
        Sered -
        Click here to enlarge Originally Posted by Sticky Click here to enlarge
        Some of you fanboys just don't like hearing it but it is what it is.
        Also, I take issue with this. Are you calling me a fanboy? Or are you just improperly using 2nd person?
      1. Sticky's Avatar
        Sticky -
        Click here to enlarge Originally Posted by Sered Click here to enlarge
        Made in the context of it being superior somehow.
        High revs are superior for certain things mentioned already such as the ability to gear the car shorter for greater torque multiplication and have a broader powerband allowing greater horsepower multiplication as revs rise. AKA classic M motor traits which were included in the past offering certain superiority right?

        Click here to enlarge Originally Posted by Sered Click here to enlarge
        It wasn't.
        That's right so mentioning the Supra being faster or this or that has no application here.

        Click here to enlarge Originally Posted by Sered Click here to enlarge
        It wasn't.
        Thanks again.

        Click here to enlarge Originally Posted by Sered Click here to enlarge
        Really? Tell me how the high-revving nature of the S55 is superior to say, a 3.5L version that revs the same as the N54/55 family.
        Well I can tell you multiple ways just as I mentioned in the first response that let's say we have a higher torque peak but equal peak torque in the S55 in this example the motor revving higher will make more power which would be the S55. So I answer your 3.5 liters with more revs. Just how the S65 V8 answers the M156 in the C63 thanks to its revs and not displacement.

        Am I teaching a beginner's course in M engine design or something here?
      1. Sticky's Avatar
        Sticky -
        Click here to enlarge Originally Posted by Sered Click here to enlarge
        Also, I take issue with this. Are you calling me a fanboy? Or are you just improperly using 2nd person?
        I did not mention you specifically I left it ambiguous as it does apply to some people. I applied my statement quite properly.
      1. Sered's Avatar
        Sered -
        Click here to enlarge Originally Posted by Sticky Click here to enlarge
        High revs are superior for certain things mentioned already such as the ability to gear the car shorter for greater torque multiplication and have a broader powerband allowing greater horsepower multiplication as revs rise. AKA classic M motor traits which were included in the past offering certain superiority right?
        Horsepower multiplication eh?


        Click here to enlarge Originally Posted by Sticky Click here to enlarge
        That's right so mentioning the Supra being faster or this or that has no application here.
        Sure about that? My point that hi-revs aren't inherently superior (standing in stark contrast to your claims of the previous paragraph) is spelled out quite clearly when analyzing the RB26 vs 2JZ. You're the only that brought up the RB motor series (arguably outside the discussion of a BMW engine, but w/e)


        Click here to enlarge Originally Posted by Sticky Click here to enlarge
        Thanks again.
        I think you misinterpret my alluding to a misunderstanding of a point as me admitting you're right. Click here to enlarge


        Click here to enlarge Originally Posted by Sticky Click here to enlarge
        Well I can tell you multiple ways just as I mentioned in the first response that let's say we have a higher torque peak but equal peak torque in the S55 in this example the motor revving higher will make more power which would be the S55. So I answer your 3.5 liters with more revs. Just how the S65 V8 answers the M156 in the C63 thanks to its revs and not displacement.

        Am I teaching a beginner's course in M engine design or something here?
        Higher torque peak but equal peak torque? I'm assuming you mean the S55 extends the usable torque-band out farther as in peak rpm. You DO understand that power is just torque applied over time right? You can shorten the amount of time it gets applied over (higher rpm), or you can increase the amount of torque getting applied (by displacement, forced induction, superior head/cam profile, etc).

        Am I teaching a beginner's physics course here?
      1. Sered's Avatar
        Sered -
        Click here to enlarge Originally Posted by Sticky Click here to enlarge
        I did not mention you specifically I left it ambiguous as it does apply to some people. I applied my statement quite properly.
        When you read things about 'veiled insults' and being 'passive-aggressive', this is a good example. You unapologetically use a 2nd person tense insult in the context of talking directly to a single person yet claim it's just being left ambiguous.

        You forum moderators are some arrogant pricks. Click here to enlarge
      1. Sticky's Avatar
        Sticky -
        Click here to enlarge Originally Posted by Sered Click here to enlarge
        Horsepower multiplication eh?
        What is horsepower?

        Click here to enlarge Originally Posted by Sered Click here to enlarge
        Sure about that? My point that hi-revs aren't inherently superior (standing in stark contrast to your claims of the previous paragraph) is spelled out quite clearly when analyzing the RB26 vs 2JZ. You're the only that brought up the RB motor series (arguably outside the discussion of a BMW engine, but w/e)
        And as you acknowledged I never said high revs always equal the most power. But if you have 400 pound-feet at 5000 and 400 pound-feet at 7000 rpm it is going to be quite the power difference between the two isn't it?

        I brought up the RB motor series in relation to revving high with an inline-6 turbo as someone mentioned cost and bore size as the reason why this motor does not rev higher which then I quickly provided examples showing otherwise.

        Click here to enlarge Originally Posted by Sered Click here to enlarge
        I think you misinterpret my alluding to a misunderstanding of a point as me admitting you're right.
        Considering I am right whether you admit it or not is irrelevant.

        Click here to enlarge Originally Posted by Sered Click here to enlarge
        Higher torque peak but equal peak torque? I'm assuming you mean the S55 extends the usable torque-band out farther as in peak rpm. You DO understand that power is just torque applied over time right? You can shorten the amount of time it gets applied over (higher rpm), or you can increase the amount of torque getting applied (by displacement, forced induction, superior head/cam profile, etc).
        You DO understand power is torque x rpm / 5252? Increasing torque at low RPM still follows this rule. Increasing torque at high rpm follows this rule. What this LAW provides is that a higher redline (assuming no torque drop off for this example) will always have more power. Period. Maybe this is why BMW is revving this motor out a bit more?

        Click here to enlarge Originally Posted by Sered Click here to enlarge
        Am I teaching a beginner's physics course here?
        Considering the quality of your points thus far it's fitting that you would be teaching it online and not in a classroom.
      1. Sticky's Avatar
        Sticky -
        Click here to enlarge Originally Posted by Sered Click here to enlarge
        When you read things about 'veiled insults' and being 'passive-aggressive', this is a good example. You unapologetically use a 2nd person tense insult in the context of talking directly to a single person yet claim it's just being left ambiguous.

        You forum moderators are some arrogant pricks. Click here to enlarge
        I'm not a moderator and I was an arrogant prick well before I ever entered into a discussion with you about anything.

        I specifically told you I was speaking generally about fanboys as stated in the article and no specific user. I'm not sure what else to tell you to clarify the point.
      1. Group.america's Avatar
        Group.america -
        Click here to enlarge Originally Posted by Sered Click here to enlarge
        When you read things about 'veiled insults' and being 'passive-aggressive', this is a good example. You unapologetically use a 2nd person tense insult in the context of talking directly to a single person yet claim it's just being left ambiguous.

        You forum moderators are some arrogant pricks. Click here to enlarge

        Please get off your high horse... who died and made you Richard Feynman ?

        Click here to enlarge
      1. Group.america's Avatar
        Group.america -
        SERED

        Thanks for the negative rep mate..... love cry babies LIKE YOU who spew and lecture at everyone else and then neg rep when someone picks them up- on it
      1. Group.america's Avatar
        Group.america -
        Click here to enlarge
      1. aquaskr's Avatar
        aquaskr -
        Isn't it a pretty solid assumption that this engine will be underrated just like every turbo bimmer? Everyone seems concerned that it is rated under the C63, but if it is just 30hp underrated (save assumption I think) you are up to 460. With a fatter torque curve, better gearing,an extra 1000 rpm, and less weight it should handle the C63 just fine.
      1. aquaskr's Avatar
        aquaskr -
        Click here to enlarge Originally Posted by Sered Click here to enlarge "Higher torque peak but equal peak torque? I'm assuming you mean the S55 extends the usable torque-band out farther as in peak rpm. You DO understand that power is just torque applied over time right? You can shorten the amount of time it gets applied over (higher rpm), or you can increase the amount of torque getting applied (by displacement, forced induction, superior head/cam profile, etc)."

        Sometimes it is better to be silent and risk being thought a fool, than to talk and remove all doubt of it....Maurice Switzer

        Click here to enlarge Originally Posted by Sered Click here to enlarge "Am I teaching a beginner's physics course here?"

        ...and an arrogant fool at that.
      1. ajm8127's Avatar
        ajm8127 -
        Click here to enlarge Originally Posted by aquaskr Click here to enlarge
        Originally Posted by Sered

        "Higher torque peak but equal peak torque? I'm assuming you mean the S55 extends the usable torque-band out farther as in peak rpm. You DO understand that power is just torque applied over time right? You can shorten the amount of time it gets applied over (higher rpm), or you can increase the amount of torque getting applied (by displacement, forced induction, superior head/cam profile, etc)."

        Sometimes it is better to be silent and risk being thought a fool, than to talk and remove all doubt of it....Maurice Switzer
        HP = (Torque * RPM) / 5252

        To get more horsepower, you need to increase torque, increase rotational speed, or both. How is what @Sered said wrong? Shortening the time is the same as increasing the speed - the time it takes for one revolution decreases.

        The S65 does it by increasing rotational speed through a higher redline. The S55 does it by increasing torque.
      1. Sticky's Avatar
        Sticky -
        Click here to enlarge Originally Posted by aquaskr Click here to enlarge
        Isn't it a pretty solid assumption that this engine will be underrated just like every turbo bimmer? Everyone seems concerned that it is rated under the C63, but if it is just 30hp underrated (save assumption I think) you are up to 460. With a fatter torque curve, better gearing,an extra 1000 rpm, and less weight it should handle the C63 just fine.
        Yes, I believe that's a very solid assumption based on precedent.
      1. Sticky's Avatar
        Sticky -
        Wait, did anyone else notice the dry sump? Ok BMW it appears you got serious.
      1. E90Company's Avatar
        E90Company -
        Click here to enlarge Originally Posted by Sticky Click here to enlarge
        Wait, did anyone else notice the dry sump? Ok BMW it appears you got serious.
        Yes. Maserati Quattroporte had it in 2005 Click here to enlarge Thanks to Ferrari.
      1. kalamokid's Avatar
        kalamokid -
        Sorry guys/gals. What does closed deck mean? What are benefits?
      1. bobS's Avatar
        bobS -
        Click here to enlarge Originally Posted by Sticky Click here to enlarge
        Wait, did anyone else notice the dry sump? Ok BMW it appears you got serious.
        Nah this isn't a track car anymore bmw lost its wayClick here to enlarge The end of m is here... s65's m's will be collector cars... bmw will never get the weight down to the target of e46 m's....

        lol at all the previous posts/threads/opinions on this car. Bmw ftw..... i had faith in m

        It does have a slight stink of marketing and less motorsport but bmw m is alive and well. Wait till we get a dedicated m2......what will that thing weigh!!??