Ferrari Sergio - Concept car

Exclusivity, innovation and passion

It is named Sergio, after the man who led Pininfarina for 40 years and conceived some of the greatest car legends. It is the new, amazing concept car created to celebrate the Life Senator Sergio Pininfarina. At its world debut at the Geneva Motor Show 2013, the Sergio joins the brand that has so marked the history of Pininfarina: Ferrari. The Sergio, in fact, is a two-seater barchetta that looks to the future, very compact, very sporty, racy, pure and sensual. An exercise that Pininfarina decided to undertake on Ferrari 458 Spider mechanicals. Its formal interpretation is absolutely free, in the best tradition of the Pininfarina research which has produced so many Ferrari-based concept cars or unique models now recognised as masterpieces.
 

The result is a modern, organic view of the mid-rear-engined two-seater barchetta. The willingness to revisit volumes and surface treatments in a subliminal way emerges with the Sergio, which evokes the spirit of Pininfarina's best achievements for Ferrari of the ‘60s and ‘70s. A radical object, unique and essential, which rejects the superfluous and is performance-oriented. A real open air car with an explicit nod to racing cars, in the sense that a cupola is not fitted to protect occupants, for which two helmets are provided. Its exclusivity and development on the basis of a production car, in fact, sets the Sergio in the tradition of the great Pininfarina custom-made cars specifically designed for "special" clients. It is therefore a real car that can easily be produced in limited series of a few units.

A custom-made car designed to convey emotions

The Sergio is distinguished by a very simple and clear style, that becomes memorable the moment you look at it. Proportions pushed to the extreme, a dynamic front volume penetrating into a rear that is projected forward, a sculpted, three-dimensional interpretation of the typical barchetta. The composition of the two body masses through a longitudinal black insert becomes the design's guideline.

The Sergio also expresses an iconicity linked to ‘60s Ferraris proposing bulging and sensual wings inspired by those of sports cars and racing cars of that era, achieved by compacting all volume accessories as much as possible. The extreme lightness of the Sergio, which appears to float with the front up, is a direct result of aerodynamic research.

The front semi-floating development with the spoiler under the front, expresses aesthetic force and is at the same time functional for the stabilisation of the aerodynamic load and the heat exchange. The aerodynamic deflector in front of the cockpit also creates a virtual windscreen through the deviation of the air flow, protecting the passengers from turbulence.

The roll bar, designed as a wing surface, is perfectly tuned to the evolution of the flow coming from the front, adding a further down force effect. Finally, the rear nolder and the extractor close the design effectively and functionally. Still on the subject of aerodynamics, even the rear-view mirror takes on a fluid form that, given the flow of the front baffle, helps to divert air from the heads of the passengers.

To enhance the formal purity of the Pininfarina style criterion, all the technical parts of the Sergio (handles, fins, air intake holes) are concentrated in dark parts of the body, leaving the red painted parts free.

The Numbers

Maximum length: 4550 mm
Maximum width: 1940 mm
Maximum height: 1140 mm
Boot capacity: 110 litres
Power train (original Ferrari 458 Spider): 4499cc V8; Sequential gearbox 7M + RM
Package: 2 doors, 2 seats
Chassis: original 458 Spider
Cx XS: about 5% lower than the original car
Weight: about 1280 kg
Maximum speed: approx 320 km/h
Acceleration from 0 to 100: less than 3.4 seconds

The Interior

Source: http://www.pininfarina.com/en/sergio

Ferrari Zenyatta – Concept Car by Aritra Das Designs

Ferrari Zenyatta

Aritra Das, 22 years, designer from India. He presents his new creation: Ferrari Zenyatta

"I like to design cars and motorcycles with 3D Software, although I never attended any course or Design School. I exploit my passion, to create my own Concepts."

 

 

"Usually the inspiration comes from the design of the other Concept cars and design elements of everyday objects. When I think of an idea usually write for all the details on a sheet and then try to build in 3D my idea. I don't make any sketch of presentation but just rough sketches useful then we can assemble over 3D."

 

 

 

How to use 3D Modeling Software Autodesk 3DS Max and then rendering them with Keyshot?

"I am not a professional, but an amateur who has yet to learn much."

 

Aritra Das Designs try to imagine how it will be the next creation of Ferrari, Maranello.

Hence, the Ferrari Zenyatta, a really interesting Concept Car that you could present as the Ferrari of the future.

 

 

 

Source: https://conceptscars.wordpress.com/all-concept-car-drawings/concept-cars-by-brand/ferrari/sportiva/concept-car-drawings/ferrari-zenyatta-concept-car-by-aritra-das-designs/

Ferrari 812 Superfast

 

The new Ferrari 812 Superfast, extreme performance V12 berlinetta, was presented at the 87^th edition of the Geneva International Motor Show. The car is being launched in a special new colour, Rosso Settanta, which marks the company’s 70^th anniversary.

 

 

Maranello, 16 February 2017 – Ferrari has selected Geneva for the world premiere of the new 12-cylinder berlinetta, the 812 Superfast, the most powerful and fastest Ferrari in the marque’s history. This new car not only introduces a plethora of innovative features but is also particularly significant as the V12 series marked the official start of the glorious Prancing Horse story in 1947, 70 years ago this year.

The 812 Superfast thus ushers in a new era in Ferrari 12-cylinder history, in doing so building on the invaluable legacies of the F12berlinetta and F12tdf.

It is aimed at clients demanding the most powerful and exclusive Ferrari in the range: an uncompromising sports car that will deliver exhilarating driving both on road and track yet also be comfortable enough to allow its owners to enjoy it as an all-round experience.


The Interior

Technical Specifications

Engine

Type	V12 – 65°
Overall displacement	6,496 cc
Maximum power output *	588 kW (800 cv) at 8,500 rpm
Maximum torque *	718 Nm at 7,000 rpm

Weight and dimensions

Length	4,657 mm
Width	1,971 mm
Height	1,276 mm
Dry weighto**	1,525 kg
Weight distribution	46-53% front/rear

Performance

Maximum speed	>340 Km/h
0-100 km/h	2.9 sec

Fuel consumption and CO2 emissions ***

Fuel consumption	14,9 l/100km
Emissions	340g CO2/km

Source: http://auto.ferrari.com/en_EN/sports-cars-models/car-range/812superfast/

Ferrari F1 2017 SF70H

The new Ferrari F1 car, code named SF70H, a reference to this year's being the 70th anniversary of the sportscar company, was launched this week and next week will be at Barcelona to perform the public fist tests of the new 2017 F1 season. Vettel and Raikkonen will be at the Catalunia circuit to collect data to tune and evolve the new car.

"You can see it is a step forward and you can feel it is a step forward," Vettel said.
"It is fun to drive. The car looks big and strong. The first impression is the right one. It was a good start."

There are unusually high and square air intakes into the sidepods, which are integrated with airflow conditioners in a region of the car in which many teams have exhibited intricate and complex bodywork parts aimed at maximising airflow and aerodynamic downforce.

The car features a 'shark-fin' engine cover, at the rear end of which is a high-mounted narrow wing that is expected to feature on most of the cars. Already labelled a T-wing, it exploits a loophole in the bodywork regulations and cleans up the airflow in the region of the rear wing.

The 63rd single-seater designed and built by Scuderia Ferrari to take part in the Formula 1 World Championship is born out of a regulation change that is without precedent in this category of motor sport. Generally, in the past, regulations went in the direction of slowing down the cars. However, this year, the rule changes go in the opposite direction, meaning the cars have more aerodynamic downforce and more mechanical grip.

Sources: http://sf70h.ferrari.com/en/ and http://www.bbc.com/sport/formula-one/39075277

Ferrari LaFerrari

The oddly-named Ferrari LaFerrari is the latest in a long line of technologically-advanced hyper-cars from the Prancing Horse. Limited to just 499 examples , the LaFerrari (a name that literally translates to "The Ferrari" in Italian) stands out as Ferrari's first street legal gasoline-electric hybrid.

At its core, the LaFerrari uses a 789-horsepower 6.3-liter V12 engine capable of revving to 9,350 rpms. From there, the engine is coupled to a 120-kilowatt electric motor which bumps total maximum output to 949 horsepower and 663 lb-ft. of torque. Two electric motors are actually on board - one to power the driven wheels and one to run ancillary devices.

Power is sent to the rear wheels via a F1-grade seven-speed dual-clutch transmission controlled by shift paddles mounted behind the steering wheel. With both power sources running, the LaFerrari is capable of sprinting from zero to 62 mph in less than three seconds, from zero to 124 mph in less than seven seconds and reach a top speed of over 217 mph.
Huge carbon ceramic Brembo brakes hidden behind 19-inch wheels up front and 20-inch wheels out back help bring the car to a stop.

F1-Sourced Tech

The LaFerrari's HY-KERS hybrid drivetrain is modeled after the system found in Ferrari's Formula 1 cars. Attached to the floorboards, the 132-pound battery pack helps lower the LaFerrari's center of gravity and enabled engineers to place 59-percent of the car's weight on the rear axle.

The battery pack is recharged during braking - even when ABS kicks in - as well as when excess torque is being produced such as during hard cornering. The electric motors powered by the pack lower gas mileage and improve performance but they cannot drive the car by themselves like the ones found in competing cars built by Porsche and McLaren.

Cheating The Wind

A blend of form and function, the LaFerrari was conceived to be as aerodynamic as possible with the help of a wind tunnel typically used to design Formula 1 cars. It borrows some styling cues from the Enzo, its predecessor, and others from current members of the Ferrari lineup like the F12berlinetta.

Aerodynamics

 

Active aerodynamic devices such as diffusers on both ends, a spoiler out back and guide vanes integrated into the underbody generate downforce when needed and help the LaFerrari cheat the wind. A wide array of sensors work to deploy the devices automatically without any input from the driver.

It boasts an aggressive appearance with large air dams up front, a F1-like nose cone and a wide rear end characterized by two round tail lamps and four exhaust tips.

Driver-Focused Cockpit

The LaFerrari's cockpit is accessed via doors that swing upwards. Continuing the Formula 1-inspired theme, the steering is commanded with a flat-bottomed steering wheel that groups every major command including switches for the turn signals, the headlights and the windshield wipers, a knob that enables the driver to select from five different driving modes and a button used to start the engine. The climate control knobs are conveniently located on the dashboard.
The car is equipped with a digital instrument cluster consisting of two high-definition color screens and a large tachometer mounted front and center. The driver can configure the information displayed by the two screens.

Interestingly, the LaFerrari's driver seat is tailor-made and cannot be adjusted, but the driver can change the position of the pedals and the steering wheel. Ferrari used input from drivers Fernando Alonso and Felipe Massa to create a driving position that is similar to that of a single-seater race car.

See it in motion

Key Competitors

The LaFerrari's main competitors in terms of price and performance are the gasoline-electric Porsche 918 Spyder and the 903-horsepower McLaren P1. That being said, all three cars are sold out.

Source: http://www.leftlanenews.com/new-car-buying/ferrari/laferrari#ixzz4ZY49Kezr

McLaren P1

The McLaren P1 is a limited-edition super car that blends a gasoline-electric hybrid drivetrain with striking looks and race-inspired technology in order to provide an unmatched driving experience. Largely built out of lightweight materials such as carbon fiber, the P1 is the spiritual successor to the iconic McLaren F1.
The P1's overall shape is reminiscent of the smaller MP4-12C but its details are far more exotic. The P1 features a truncated front end with a highly-stylized front fascia, butterfly doors, headlamps that mimic McLaren's boomerang-shaped logo and flowing character lines that give the car a look of motion even when it's standing still. Out back, the P1 is characterized by a high-mounted center exhaust, a large spoiler, meandering LED tail lamps and a functional air diffuser.

The finishing touch is added by 10-spoke wheels crafted out of high-strength aluminum. Mounted on low-profile Pirelli P Zero Corsa tires designed specifically for the P1, the wheels have a diameter of 19 inches in the front and 20 inches in the back.

Life Aboard
Designed as a driver's car, the P1 features an interior that is centered around the driver and there are no unnecessarily switches or buttons to be found on the dashboard. This creates a remarkably clean cockpit that is seldom seen in the supercar world. A deep wraparound windshield ensures the best possible visibility in all driving conditions.
McLaren went to great lengths to lower the P1's weight to a minimum and the dashboard, the floors, the headliner, the door panels and the center console are all crafted out of unpainted carbon fiber. To further push the envelope, the top layer of resin on the carbon fiber has been removed and the P1 does not come standard with carpet or sound deadening material.
The two bucket seats are also crafted out of carbon fiber and filled with as little foam as possible. They can only be manually adjusted forward and backwards in order to avoid adding the unnecessary pounds typically associated with multi-way adjustable setups.
In spite of its track-focused vocation, the P1 packs the usual assortment of convenience features including full climate control, satellite navigation and a Meridian sound system.
The instrument cluster consists of a 6.8-inch thin-film transistor (TFT) central screen flanked on each side by a 3-inch TFT outer screen. The three combined screens provide vital information about the P1's drivetrain and surroundings as well as specific menus for the different driving modes.

Under the Hood
The P1 is powered by a revised version of the twin-turbocharged 3.8-liter V8 engine that is also found in the engine bay of the MP4-12C. The mill features a Formula 1-inspired dry sump lubrication system and a low sited flat plane crankshaft that helps reduce the center of gravity. By itself the eight-cylinder makes 727 horsepower and 7,500 rpms and 531 lb-ft. of torque from 4,000 rpms.
A 57-pound electric motor integrated into the V8 engine produces 176 horsepower and 190 lb-ft. of torque, providing an acceleration boost when needed and helping offset the low-end lag typically associated with turbochargers. The motor enabled McLaren engineers to use beefier turbos than they normally would without worrying about creating excessive amounts of lag.

Similar Cars

The electric motor gets juice from a 211-pound lithium-ion battery pack designed with an emphasis on power delivery. Mounted between the seats and the engine bay for better weight distribution, the pack can be recharged using kinetic energy or in just two hours by plugging an on-board charger into a regular household outlet. Alternatively, the P1 packs a world-first "pit lane charging" system that uses the V8 as a generator to give the battery a full charge in just ten minutes.
The power generated by the V8 and by the electric motor reaches the rear wheels via a seven-speed dual-clutch gearbox that can be controlled with carbon fiber shift paddles mounted behind the steering wheel.

Driving Modes
The driver can select between three different driving modes: E-mode, Instant Power Assist System (IPAS) mode, and Active.
In E-mode, the P1 operates as an electric car that is cleaner and quieter than most economy cars for a maximum of six miles at speeds of up to 99 mph. The V8 kicks in automatically when the battery runs out of electricity, charges it in as little as ten minutes and immediately shuts off. In order to preserve energy, the he transmission shifts automatically and cannot be controlled with shift paddles when E-mode is engaged and overall performance is reduced.
IPAS mode delivers the drivetrain's full 903 horsepower and 663 lb-ft. of torque, sending the car from zero to 62 mph in less than three seconds and on to a track-worthy top speed of 217 mph. IPAS also lets the driver use the Boost button on the steering wheel to instantly deliver the electric motor's full output when the engine is close to wide-open throttle.

Active mode is primarily designed to enhance the P1's track worthiness. It unlocks a host of driver-activated features including sport and track suspension settings, a Launch mode and a Race mode that lowers the car and considerably stiffens the suspension.
The P1 comes standard with a vehicle lift system that raises the suspension in order to avoid scraping the underbody on low ramps.

Key Competitors
Production of the P1 is limited to just 375 examples and every example has been spoken for. Its main competitors are the Ferrari LaFerrari, the latest masterpiece from the Prancing Horse brand, and the Porsche 918 Spyder, Stuttgart's newest halo car, but both are also sold out.

Source: http://www.leftlanenews.com/new-car-buying/mclaren/p1#ixzz4ZY12soPk