Jump to content
Create New...
  • 💬 Join the Conversation

    CnG Logo SQ 2023 RedBlue FavIcon300w.png
    Since 2001, Cheers & Gears has been the go-to hub for automotive enthusiasts. Join today to access our vibrant forums, upload your vehicle to the Garage, and connect with fellow gearheads around the world.

     

  • William Maley
    William Maley

    Geneva 2012: Ferrari F12 Berlinetta Becomes The Most Powerful Ferrari Yet


    William Maley

    Editor/Reporter - CheersandGears.com

    February 29, 2012

    Ferrari has unveiled their most powerful vehicle, the F12 Berlinetta before its official showing at next week's Geneva Motor Show.

    Succeeding the current 599, the F12 Berlinetta comes with a brand new 6.3L V-12 engine, producing 740 HP and 509 lb-ft of torque. That gives the F12 Berlinetta figures of 0-60 MPH in 3.1 seconds, a top speed of 211 MPH, and a lap time of 1:23 around the Fiorano circuit.

    Despite the massive performance increase, Ferrari says the new 6.3L V12 engine will be 30% more fuel efficient than the outgoing 6.0-liter V12 in the 599.

    The F12 Berlinetta's aluminum chassis is 154 lbs lighter and 20% stiffer than the outgoing 599. The chassis is also shorter which allowed Ferrari to lower the engine, dashboard and seats further in the chassis. In addition, Ferrari engineers created a new layout for the rear suspension and gearbox. Those changes give the F12 Berlinetta a 46/54 weight distribution.

    Design of the F12 Berlinetta was done by the Ferrari Styling Center and Pininfarina. The front end is aggressive and pulls some cues from the 458 Italia and FF. The back end has a personality of its own with a air diffuser that is split up into three sections. The design gives the F12 Berlinetta a drag co-efficient of 0.299 and improved downforce.

    Press Release is on Page 2


    Announcing the F12berlinetta: the fastest Ferrari ever built

    The first in a new generation of V12 cars unveiled exclusively on www.ferrari.com

    Maranello, 29th February 2012 – Today's on-line unveiling of the F12berlinetta ushers in a new generation of Ferrari 12-cylinders in the form of a car that delivers unprecedented performance from an exceptional new engine, combined with innovative design that redefines classic themes along with extreme aerodynamics.

    Revealed to the world for the first time on Ferrari.com in preparation for its official debut at the Geneva International Motor Show, the F12berlinetta, finished in an attractive new Rosso Berlinetta three-layer colour, represents the very cutting-edge of mid-front-engined sports cars.

    This is, in fact, the most powerful and high-performance Ferrari road car ever launched thanks to the incredibly efficient engine – in terms of mechanical, combustion and fluid-dynamics efficiency – which, together with advanced vehicle architecture, aerodynamics, components and electronic controls, guarantee unsurpassed driving involvement whatever the road or track.

    Ferrari's traditional transaxle layout has been revolutionised to match the more extreme performance of the car. The wheelbase has been shortened and the engine, dashboard and seats have been lowered in the chassis, while the new layout of the rear suspension and gearbox enabled Ferrari's engineers to make the rear volume of the car smaller. The overall result is a very compact car with a lower centre of gravity that is further back in the chassis, and a level of aerodynamic efficiency that sets new standards.

    Scaglietti, renowned for its expertise in aluminium materials and construction, designed an all-new spaceframe chassis and bodyshell using 12 different kinds of alloys, some of which have been used here for the first time in the automotive sector, and employing new assembly and joining techniques. This has resulted in a 20 per cent increase in structural rigidity while reducing weight to just 1525 kg (70 kg less than the previous V12 coupé) with an ideal distribution between the axles (54 per cent over the rear).

    The F12berlinetta's 6262cc 65° V12 engine delivers unprecedented performance and revs for a naturally-aspirated 12-cylinder. Its maximum power output is 740 CV which translates to a specific output of 118 CV/l. Torque reaches a peak of 690 Nm, 80 per cent of which is already available at just 2,500 rpm, and which provides an unrelenting surge of acceleration all the way to the 8,700 rpm limit. The engine is mated to the F1 dual-clutch transmission, which has closer gear ratios developed specifically for this car's performance. The F12berlinetta boasts a weight-to-power ratio of just 2.1 kg/CV .

    Fuel consumption has been reduced by 30%, with CO2 emissions of just 350 g/km – figures which put the F12berlinetta at the top of the high-performance league. These results have been obtained by extensive research and development which focused on efficiencies of the whole vehicle: engine, aerodynamics, tyres and weights.

    Similarly excellent results have been obtained with the car's aerodynamic development, thanks to the integration of the design process with extensive computational fluid dynamics (CFD) simulations and lengthy testing in the wind tunnel. Downforce has been boosted by 76 per cent (123 kg at 200 km/h) while drag has been significantly reduced (the Cd is just 0.299). These results come courtesy of two new solutions. The first of these is the Aero Bridge which uses the bonnet to generate downforce by channelling air away from the upper part of the car to its flanks where it interacts with the wake from the wheel wells to decrease drag. The second is Active Brake Cooling, a system that opens guide vanes to the brake cooling ducts only at high operating temperatures, again reducing drag.

    The F12berlinetta's impressive technical specifications are completed by Ferrari's latest generation carbon-ceramic brakes (CCM3) and the evolution of the magnetorheological suspension control system (SCM-E). As is now traditional with all Ferraris, its control systems (E-Diff, ESP Premium, F1-Trac, and high-performance ABS) are all fully integrated.

    The result is that the new Prancing Horse 12-cylinder accelerates from 0-100 km/h in 3.1 seconds and from 0 to 200 km/h in 8.5 seconds. It also completes a lap of the Fiorano circuit in 1'23", faster than any other Ferrari road car. Benchmark performance and maximum driving involvement are guaranteed by immediate turn-in, with smaller steering wheel angles, and increased cornering speed. Stopping distances have also been drastically reduced.

    The design of the F12berlinetta is a result of the collaboration between the Ferrari Styling Centre and Pininfarina and is a perfect balance of uncompromising aerodynamics with harmonious proportions interpreting the typical elements of Ferrari's front-engined V12 cars in an original and innovative way. A coupé with sleek, aggressive lines whose compact exterior dimensions conceal exceptional in-car space and comfort. The all-new Frau leather interior highlights the balance of advanced technology and sophisticated, handcrafted detailing. In the middle of the light and lean dashboard, there are new carbon fibre and aluminium air vents clearly inspired by the aeronautic field.

    The cabin has been optimised to ensure maximum usability of the interior space with additional luggage capacity behind the seats, which can also be easily reached thanks to the large aperture offered by the tail-gate. With the cockpit designed around the driver, typical of all Ferraris, the Human Machine Interface approach is emphasised, grouping all the major commands within immediate reach to guarantee maximum ergonomics for the most involving driving experience.

    TECHNICAL SPECIFICATIONS

    Engine

    Type 65-degree V12

    Total displacement 6262 cc

    Maximum power output 740 CV at 8500 rpm

    Maximum torque 690 Nm at 6000 rpm

    Dimensions and weight

    Length 4618 mm

    Width 1942 mm

    Height 1273 mm

    Dry weight* 1525 kg

    Weight distribution 46% front, 58% rear

    Weight-power ratio 2,1 kg/CV

    Performance

    Maximum speed over 340 km/h

    0-100 km/h 3.1 seconds

    User Feedback

    Recommended Comments



    Join the conversation

    You can post now and register later. If you have an account, sign in now to post with your account.
    Note: Your post will require moderator approval before it will be visible.

    Guest
    Add a comment...

    ×   Pasted as rich text.   Paste as plain text instead

      Only 75 emoji are allowed.

    ×   Your link has been automatically embedded.   Display as a link instead

    ×   Your previous content has been restored.   Clear editor

    ×   You cannot paste images directly. Upload or insert images from URL.




  • Support Real Automotive Journalism

    Cheers and Gears Logo

    Since 2001, Cheers & Gears has delivered real content and honest opinions — not emotionless AI output or manufacturer-filtered fluff.

    If you value independent voices and authentic reviews, consider subscribing. Plans start at just $2.25/month, and paid members enjoy an ad-light experience.*

    You can view subscription options here.

    *a very limited number of ads contain special coupon deals for our members and will show

  • Posts

    • Canada's waterbomber fleet These guys Manitoba's fleet is 40 years old While Quebec's youngest fleet is also at 40 years old while its oldest is 53 years old.     Spain, Greece and France also have the same age range as Quebec's.  The older version which is the CL-215,  is 50 years plus in service for all that use it. They are still flying.  The next gen CL 415 is 30-40 years in service for all fleet users.  Canadair/Bombardier has sold the license to Viking and they are currently working on updating the airplane. It is called the CL 515.   European users are desperately wanting to replace their fleets.  Deliveries of the new CL 515 is said to be in early 2026.  With the water bombers, its not just cycles that put pressure on the sheet metal for metal fatigue. Its the weight of the water itself taking off from a lake. But mostly, when the water gets released.  HUGE amounts of pressure stresses  the structure when the water is released and all that weight that is released instantly and is no more.  
    • I also like black cats. I flew on a 747-400 within the last year or two.  I think it was about 25 years old.  It's an incredible machine.  I'm always a happy camper (without a Subaru) when I'm aboard one. 
    • @A Horse With No Name @oldshurst442 You guys are correct, cycle of take off and landing more than age. I should have expanded myself as my brother inlaw is a manager at Boeing with many patents for his specialty which is the airplane engines on the 737, 757, 777, 787 and the king 747. He has stated that the force of the engines cause fatigue in ALL aircrafts that hit 10 years and depending on the flying they have done, passenger versus freight, while a plane can go 20 or 30 years, many should have a very close inspection at 10 years for corrosion, metal fatigue, etc. Could be one reason some airline companies retire their aircraft after 10 years rather than continue to fly them.  Many things make up the age of an aircraft and years is only 1 little part of it, Force makes up a much bigger part.  Thank you for pointing out what I failed to expand on in my original post.
    • As one who deals with AI daily, building training, coding for data lakes to help others understand their data and what it can do for them, I have come to one reason for turning off copilot, the attempt that it makes over and over in correcting my writing and word use when it does not understand technical terms, legal terms, medical terms and then changes the whole meaning of a sentence due to the changes if I do not catch it. AI bots are great for helping find info on processes and configuration of a product such as our Dell PowerScale OneFS filer or our ObjectScale Object storage devices so that admins can quickly get the instructions on how to configure features. Otherwise, the rest of AI trying to tell me how I should do something makes it annoying and worse yet is the incredible amount of memory / CPU cycles it takes that I would rather use on other things that I do with my computer. Personally, I wish AI bots would not use any resources until I click on it and want it to work, once I close it, it should totally turn off rather than idle in the background listening to you.
    • Yes and ummmmm...no.  Yes.   Metal fatigue is a very real thing in aviation.  Its more about how many times the sheet metal has expanded and contracted  under stress rather than the age of the airplane itself.  10 years is somewhat too young for an airplane to be retired as airplanes are engineered fly double and even triple that age.  Unless of course the airplane in question has taken off, flown and landed enough times that would equal its maximum lifespan in 10 years.   This latest accident, UPS had a 34 year old McDonnel-Douglas MD-11 flying around.  Now...at 34 years of age, this airplane should been of concern... yes.   Like I said, airplanes' lifespans reach 30 years.  Sometimes more than that if maintenance is done properly and rigorously.   Using google and Wikipedia, if fact, 2 months prior, the airplane in question HAD been grounded for 6 weeks because cracks were found in the fuel tanks. Corrosion was also found in the structural beams in its fuselage. Repairs were made.  However, with airplanes, age is not a criteria for maintenance. But hours of flight and "cycles".   A cycle is 1 take-off and 1 landing sequence.  The airplane had logged 21000 and change cycles and the maintenance threshold for what had ultimately failed in the airplane was not due until 28 000 and 29 000 cycles.  Now...at 34 years old, maybe more vigilance was needed... This is how the airplane safety industry works. It takes an accident to amend and/or instate new safety regulations.  Maybe with this accident, NTSB will implement an age criteria too alongside flight hours and cycles.  At age 30 and a more rigorous inspection is to happen and not rely solely on cycles and flight hours.    https://en.wikipedia.org/wiki/UPS_Airlines_Flight_2976 The aircraft, N259UP, was a 34-year-old McDonnell Douglas MD-11F with manufacturer serial number 48417. The aircraft was first delivered to Thai Airways International in 1991 with the registration HS-TME,[7] after which it was converted to a cargo aircraft and delivered to UPS Airlines in 2006. It had flown 21,043 cycles and for about 92,992 hours,[8] and was equipped with three General Electric CF6-80C2D1F engines.[9][10][11] The last visual inspections of the left pylon aft mount were performed in October 2021. More rigorous "Special Detailed Inspections" for the mount lugs and wing clevis were not yet due, as the aircraft's 21,043 accumulated cycles were well below the 28,000 and 29,200 cycle thresholds required for those checks. Two months before the crash, it had been grounded for six weeks to repair a cracked fuel tank, and corrosion was later found along two structural beams in the fuselage. The aircraft re-entered service a few weeks before the crash.[12]    
  • Who's Online (See full list)

    • There are no registered users currently online
  • My Clubs

×
×
  • Create New...

Important Information

We have placed cookies on your device to help make this website better. You can adjust your cookie settings, otherwise we'll assume you're okay to continue.

Hey there, we noticed you're using an ad-blocker. We're a small site that is supported by ads or subscriptions. We rely on these to pay for server costs and vehicle reviews.  Please consider whitelisting us in your ad-blocker, or if you really like what you see, you can pick up one of our subscriptions for just $1.75 a month or $15 a year. It may not seem like a lot, but it goes a long way to help support real, honest content, that isn't generated by an AI bot.

See you out there.

Drew
Editor-in-Chief

Write what you are looking for and press enter or click the search icon to begin your search