Next-Gen Chevrolet Camaro Coming To India!


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Chevrolet is likely to get its muscle car in India.
With the downsized engines and lighter body, these modern day muscle cars fit well into European and other markets as well.
Chevrolet has added the Camaro as a brand-building exercise for the American car maker in India.
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Chevrolet has been working on introducing new products in India like the Chevrolet Spin MUV.
The Camaro is likely to come with the V8 engine that produces 410bhp of power in the automatic and 426bhp in the manual. The next-generation of the Camaro are likely to get a lighter body and also a new downsized turbocharged engine.

Next-gen Chevrolet Camaro coming to India
 
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This is Chevrolet's answer to the Ford's Mustang which is headed to India this year end!
So Ford better watch out, you've a new competitor[clap]
 

Akash1886

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Official Press Release Added

DETROIT – The sixth-generation Chevrolet Camaro revealed today offers higher levels of performance, technology and refinement and is designed to maintain the sporty car segment leadership earned over the past five years.

The Gen Six Camaro provides a faster, more nimble driving experience, enabled by an all-new, lighter architecture and a broader powertrain range. Six all-new powertrain combinations are offered, including a 2.0L Turbo, an all-new 3.6L V-6 and the LT1 6.2L V-8, which is SAE-certified at 455 horsepower (339 kW) and 455 lb-ft of torque (617 Nm) – for the most powerful Camaro SS ever. Each engine is available with a six-speed manual or eight-speed automatic transmission.

Camaro’s leaner, stiffer platform and slightly smaller dimensions are accentuated by a dramatic, sculpted exterior. Meticulously tuned in the wind tunnel, the exterior contributes to performance through reduced aerodynamic lift for better handling while enhancing efficiency.

A driver-focused interior integrates class-leading control technologies, including a new Driver Mode Selector, configurable instrument cluster and a customizable ambient lighting feature.

“Redesigning the Camaro is thrilling and challenging all at once, but the secret is to offer something more,” said Mark Reuss, General Motors executive vice president of Product Development. “For Camaro enthusiasts, it retains iconic design cues and offers even more performance. For a new generation of buyers, the 2016 Camaro incorporates our most innovative engineering ideas with finely honed performance and leading design.”

Only two parts carry over from the fifth-generation Camaro to the new Gen Six: the rear bowtie emblem and the SS badge.

To make it not only the best Camaro ever, but one of the best performance cars available, Chevrolet focused on three pillars of development:

Performance

Vehicle mass has been reduced by 200 pounds or more, depending on the model, creating a more nimble, responsive driving experience
Most efficient Camaro ever, with a new 2.0L turbo SAE-certified at 275 hp (205 kW) and 295 lb-ft (400 Nm) – and delivers more than 30 mpg on the highway (GM-estimated), and 0-60 mph acceleration well under 6 seconds
Efficient performance in a new 3.6L V-6 featuring direct injection, continuously variable valve timing and – for the first time – Active Fuel Management (cylinder deactivation), offering an SAE-certified 335 hp (250 kW) and 284 lb-ft of torque (385 Nm), for the highest specific output of any naturally aspirated V-6 in the segment

The most powerful Camaro SS ever, with a new 6.2L LT1 direct-injected Small Block V-8 rated at 455 hp (339 kW) and 455 lb-ft of torque (617 Nm)
Magnetic Ride Control active suspension available on Camaro SS for the first time With improved handling and performance, the Camaro SS delivers better lap times than the fifth-generation’s track-focused Camaro 1LE package.

Technology

All-new Drive Mode Selector, which tailors up to eight vehicle attributes for four modes: Snow/Ice, Tour, Sport and – on SS models – Track settings
Segment-exclusive, Interior Spectrum Lighting that offers 24 different ambient lighting effects on the dash, door panels, and center console
High-definition, configurable color displays – including available dual, 8-inch-diagonal screens.

Design

More athletic-looking, sculptured exterior that complements the tighter, leaner architecture – and offers all-new, modern lighting signatures, including light-emitting diode (LED) technology

Greater emphasis on customer personalization with wider range of choices, including 10 exterior colors, five interior color combinations, lighting options and a full complement of dealer-available accessories available at launch – including wheels, stripe packages and additional accessories
Aerodynamically optimized design that is the result of 350 hours of wind tunnel testing, reducing drag on LT models and improving downforce on SS
All-new, interior with shifter-focused center console, intuitive controls, flat-bottom steering wheel, and higher quality materials throughout
Unique control rings around the air vents used for temperature and fan speed adjustments, eliminating the need for conventional buttons
“We have had the incredible opportunity to meet literally thousands of Gen 5 Camaro owners who provided direct feedback on what they loved about their car and what they wanted for the next-gen Camaro,” said Al Oppenheiser, Camaro chief engineer. “As a result, the 2016 Camaro builds on what made the current Camaro such a success with more power, more agile handling and more technology.

“We expect it will set the new benchmark in the segment – and give a new generation of enthusiasts a reason to fall in love with Camaro.”

The Gen Six Camaro goes on sale later this year, offered in LT and SS models.

Lightweight architecture and chassis systems

Approximately 70 percent of the architectural components are unique to Camaro. Through extensive computer-aided engineering, structural rigidity was increased by 28 percent, while the body-in-white mass was reduced by 133 pounds (60.5 kg).

In their quest to make the 2016 Camaro as lean as possible, engineers and designers evaluated every aspect of its architecture – already the most mass-efficient ever created by GM – and supporting elements, saving grams here and pounds there that contributes to the car’s lower curb weight. As a result, the total curb weight for Camaro has been reduced by more than 200 pounds (90 kg).

Significant weight savings came from using an aluminum instrument panel frame instead of steel, which saved 9.2 pounds (4.2 kg). The use of lightweight components, including aluminum front suspension links and steel rear suspension links with lightening holes, in the new five-link rear suspension system contributed to a 26-pound (12 kg) reduction in the overall suspension weight. With the lighter, stiffer architecture and more powerful engines, the Gen Six Camaro SS delivers better lap times than the fifth-generation’s track-focused Camaro 1LE package.

“The driving experience is significantly different,” said Aaron Link, lead development engineer. “Immediately, you will notice how much lighter and more nimble the Camaro feels. That feeling increases when you drive the Camaro harder – it brakes more powerfully, dives into corners quicker, and accelerates faster than ever.”

The Camaro features a new, multi-link MacPherson strut front suspension with Camaro-specific geometry. The double-pivot design provides a more precise feeling of control, including more linear and communicative feel from the quick-ratio electric power steering system. At the rear, a new five-link independent suspension yields outstanding wheel control and reduces “squat” during acceleration.

In addition, the Magnetic Ride Control is available on the Camaro SS for the first time. Previously limited to the Camaro ZL1, the active suspension reads road and driving conditions 1,000 times per second, and automatically adjusts the damper settings to optimize ride comfort and control.

All Camaro models offer Brembo brakes – they’re standard on SS – optimized for the car’s mass and performance capability. On Camaro LT, the available brakes include 12.6-inch (320 mm) front rotors with four-piston calipers and 12.4-inch (315 mm) rear rotors with single-piston sliding calipers. Camaro SS employs 13.6-inch (345 mm) front rotors with four-piston fixed calipers and 13.3-inch (338 mm) rear rotors with four-piston fixed calipers.

Goodyear tires are used on all models: The LT features standard 18-inch wheels wrapped with Goodyear Eagle Sport all-season tires and available 20-inch wheels matched with Eagle F1 Asymmetric all-season run-flat tires. Camaro SS features standard 20-inch aluminum wheels with Eagle F1 Asymmetric 3 run-flat tires.

More powerful and efficient

The new Camaro will be offered with six different powertrain combinations, each designed to deliver improved performance and efficiency.

The Camaro LT’s standard engine is a new 2.0L Turbo, rated at an SAE-certified 275 horsepower (205 kW) and 295 lb-ft of torque (400 Nm). For power on demand, it offers a wide torque band with 90 percent of peak torque available from 2,100 rpm to 3,000 rpm, and maximum torque from 3,000 to 4,500 rpm. The 2.0L turbo will deliver 0-60 mph acceleration in less than six seconds and offer more than 30 mpg on the highway (GM-estimated), making it the most fuel-efficient Camaro ever.

An all-new 3.6L V-6 is available in the Camaro LT, producing and SAE-certified 335 horsepower (250 kW) and 284 lb-ft of torque (385 Nm), for the highest specific output of any naturally aspirated V-6 in the segment. The engine incorporates a trio of technologies for uncompromised efficiency and performance, including direct injection, variable valve timing and, for the first time, Active Fuel Management (cylinder deactivation), which disables two cylinders under light throttle applications to enhance efficiency.

The 2.0L turbo and 3.6L V-6 engines are offered with a six-speed manual transmission or the all-new Hydra-Matic 8L45 paddle-shift eight-speed automatic transmission. It’s based on the Hydra-Matic 8L90 eight-speed, but scaled for the performance envelope of the smaller engines and offering an estimated 5-percent efficiency improvement over a comparable six-speed automatic.

Camaro SS is powered by the 6.2L LT1 V-8 engine introduced on the Corvette Stingray. About 20 percent of the components are specific for the Camaro’s architecture, including new, tubular “tri-Y”-type exhaust manifolds. It also offers advanced technologies such as variable valve timing, direct injection and Active Fuel Management (on automatic-equipped models) to help balance efficiency and performance. Output is SAE-certified at 455 horsepower (339 kW) and 455 lb-ft of torque (617 Nm), making it the most-powerful Camaro SS ever.

The LT1 engine is available with a standard six-speed manual transmission – with new Active Rev Match technology that “blips” the throttle for perfectly timed downshifts – or the Hydra-Matic 8L90 paddle-shift eight-speed automatic.

Each engine has been carefully tuned for a distinctive performance sound. All 2.0L turbo models feature active noise cancellation, which uses sound waves to cancel unwanted cabin noise. Models equipped with the available Bose audio system also feature engine sound enhancement, which amplifies the native sounds of the 2.0L turbo engine – and can be disabled based on the driver’s preference.

Both the 3.6L V-6 and 6.2L V-8 feature mechanical sound enhancers – resonators that direct induction noise from the engine bay into the cabin. Both engines are available with a dual-mode exhaust, which features electronically controlled valves that bypass the mufflers under acceleration, delivering improved performance and greater sound levels. With the dual-mode exhaust, drivers can personalize the exhaust sound, from a “stealth” mode to the most aggressive “track” mode.

Compact, athletic design

The exterior of the Camaro is more sculpted and more muscular effect that makes the new car look significantly lower and wider than before, even though it is within two inches of the exterior dimensions of the current Camaro.

“From every angle, you’ll never mistake this for anything but a Camaro,” said Tom Peters, design director. “We’ve taken that iconic design and amplified its proportions to reflect a more dynamic driving experience – like the T-shirt on a muscular physique.”

The front of the Camaro is defined by a cross-car grille/headlamp aperture, a signature cue that dates to the first generation. The new, expressive execution gives the Camaro a stronger, more determined face. It also displays a new, nearly fastback profile that flows into the pronounced haunches of the rear fenders, enhancing the wider, more aggressive stance.

A more expressive take on the taillamps blends the horizontal aesthetic of the first generation with a dual-element theme and aggressive tapers for a contemporary appearance. Additionally, SS models have a unique rear spoiler.

Standard lighting includes halogen projector beam headlamps and taillamps. RS and SS models add high-intensity discharge, or HID, projector-beam headlamps and LED “signature lighting” daytime running lights – including a sweeping LED lightpipe integrated in the headlamp and an LED light pipe integrated into the front fascia. RS and SS models also feature LED lighting for the rear taillamps, including auxiliary LED light guides that mirror the shape of the front signature lighting.

In many cases, the exterior design not only communicates the performance capabilities of the new Camaro, but contributes to them. For example, the teams spent more than 350 hours testing the Camaro in the wind tunnel, meticulously tailoring the exterior to improve cooling and reduce aerodynamic lift and drag.

Aerodynamic details include a subtle “air curtain” on the front fascia, which guides air around the wheels rather than into the wheelhouses, reducing drag. Also, the Camaro SS has a unique front fascia with integrated brake cooling ducts and a unique hood with functional air vents, which improve engine cooling and reduce front lift.

All models share a more pronounced, sculpted roof panel that improves the structural rigidity of the roof for greater refinement. The roof is assembled using laser brazing, eliminating the need for “ditch channel” seams and cover trim, giving the car a sleeker appearance while saving half a kilogram compared to traditional spot welding.

There’s also a new interpretation of the Camaro’s iconic red, white and blue “banner” insignia, displayed on the front fenders.
Continued in next Post due to word limit per post!
 

Akash1886

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Driver-focused interior and technologies

Like the exterior, the interior is completely new yet instantly recognizable. The instrument panel, for example, is a departure from the previous model, but retains the Camaro’s familiar dual-binnacle-style instrument cluster hood.

“Given the level of technology and performance, the interior had to be modern and driver focused.” said Ryan Vaughan, interior design manager. “But although the interior is an all new design, it is still instinctively recognizable as a Camaro.”

The instrument cluster features analog instruments to provide the driver with essential performance information, as well as an available eight-inch-diagonal high-definition center screen that can be configured to provide additional information including navigation, performance, and infotainment features.

Another eight-inch screen, integrated in the center of the instrument panel, serves as the interface for the enhanced, next-generation MyLink system.

The new center console and center stack are designed with high performance driving in mind. For example, the heating and cooling controls are integrated into rings surrounding the air ducts. Eliminating the associated buttons makes the cabin feel more spacious, and makes adjusting the temperature easy while keeping your eyes on the road.

An electronic parking brake replaces the previous mechanical parking brake handle. This enabled the cup holders to be repositioned for improved range of motion when shifting in manual-transmission models.

An available, segment-first LED ambient lighting system, integrated in the dash, door panels and center console, offers 24 different colors, as well as fade and transition effects that spread across the interior. There’s even a theatrical “car show” mode that cycles randomly through the entire color spectrum when the Camaro is parked.

The ambient lighting is one of eight attributes the driver can adjust using the Camaro’s new Driver Mode Selector– accessed via a switch on the center console. The system enables the driver to tailor the look, sound and feel of 2016 Camaro to their preferences and driving conditions.

Manufacturing

The 2016 Camaro will be produced at GM’s Lansing Grand River assembly plant in Lansing, Mich.
Official source

Regards

Akash
 
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So, the wait for GM's hotly anticipated 6th-gen Camaro ended today with the official reveal of the car during a special event in its home town of Detroit.

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The interior is a clean sheet design with GM promising improved quality and materials, but it doesn't avoid the excessive styling of its predecessor.

The big event under the hood is the introduction of a 2.0-liter turbocharged four with 275hp and 295 lb-ft that should return more than 30mpg highway while getting the Camaro up to 60mph (96km/h) in "well less than 6 seconds". The other engine options for now are a redesigned 3.6-liter V6 rated for 335hp and GM's new LT1 6.2-liter V8 pushing out 455hp. Replacements for the ZL1, Z/28 and SS 1LE together with the Convertible will follow later on.

2016 Camaro Photos From Detroit Reveal, Plus Poll On What You Think About It
 

Akash1886

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General Motors introduce the new 10-speed automatic transmission in the 2017 Chevrolet Camaro ZL1

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DETROIT – Engineers for the new 10-speed automatic transmission available in the 2017 Chevrolet Camaro ZL1 built on the experience of previous, critically acclaimed Hydra-Matic multispeed transmissions to push its performance, refinement and efficiency advantages to a new threshold.

The 10-speed is an all-new design – and the first-ever application in a car – with a wider, 7.39 overall gear ratio spread, that enables the ZL1’s supercharged engine to remain at optimal engine speeds during upshifts.

“With world-class shift times on par with the world’s best dual-clutch transmissions and the refinement that comes only from a true automatic, the 10-speed delivers incomparable performance on and off the track,” said Dan Nicholson, vice-president, GM Global Propulsion Systems. “It also leverages the experience of our other multispeed transmissions to deliver that performance with greater efficiency as its use expands into other vehicles.”

The wider overall ratio enables a lower numerical top gear ratio – an attribute that reduces engine speed on the highway, which contributes to greater fuel efficiency than a comparable eight-speed transmission. Improvements in spin loss complement the optimized gearing, further enhancing efficiency.

And while the Camaro ZL1 will be the first GM vehicle to offer the new 10-speed automatic, designed for rear-wheel-drive applications, it will be available in eight additional vehicles by 2018.

Additional highlights:

Creative packaging – The 10-speed is approximately the same size as the six- and eight-speed transmissions, minimizing changes to vehicle interfaces.

Quicker shifts than a dual-clutch transmission – Testing has shown faster upshift times than the Porsche PDK dual-clutch transmission. In fact, the 1-2 upshift is 36-percent quicker than the PDK, while the 2-3 and 3-4 upshifts are 27-percent and 26-percent quicker, respectively.

Reduced spin losses – Thanks to only two non-applied clutches – the same number as the eight-speed – as well as other design features, the 10-speed automatic has lower friction that contributes to greater fuel efficiency over GM’s six- and eight-speed automatics. New ultra-low viscosity transmission fluid also reduces friction, while an internal thermal bypass allows the transmission to warm up faster – attributes that enhance fuel efficiency
GM-developed controller – It is the latest transmission to use an all-new, GM-developed control system, with performance calibrations tailored specifically for different vehicles.

Architectural features and packaging

Thousands of hours of computer-aided engineering analyses were made during the development of the Hydra-Matic 10-speed transmission, driving a comparatively compact design envelope comparable to the eight-speed automatic.

A one-piece aluminum case with an integral bell housing helps reduce weight and enhance powertrain stiffness, while a unique 260mm, integral turbine clutch torque converter design reduces complexity and helps make the converter thinner, which contributes to the transmission’s packaging.

The 10-speed has four simple gearsets and six clutches: two brake clutches and four rotating clutches. That’s only one more clutch than the eight-speed, despite having two more forward gears, contributing further to the compact packaging, while also improving spin losses to enhance fuel efficiency.

A unique triple-clutch assembly in the middle of the 10-speed’s architecture is a primary enabler for packaging 10-speed content in the same space as GM’s six- and eight-speed transmissions.

The 10-speed also features a variable-displacement vane pump, which optimizes transmission fluid pressure, based on speed and load, to enhance efficiency.

7.39 ratio spread and faster upshifts

The new 10-speed’s greater overall performance and efficiency are due primarily to its wider 7.39 overall gear ratio spread, which enhances off-the-line performance with a more aggressive first gear ratio than GM’s eight-speed automatic. Smaller steps between the gears also help the engine maintain the optimal speed for maximum power at almost all speeds, especially when exiting a corner on a track.

Adaptive shift controls such as Performance Algorithm Shifting and Driver Shift Control enhance performance driving. Performance Algorithm Shifting (PAS) monitors how assertively the driver is using engine output to determine at what engine speed to upshift or downshift. Driver Shift Control allows the driver to shift the transmission via the steering wheel-mounted paddle shifters. Electronic safeguards prevent over-revving if the wrong gear position is selected, but relies on the driver to make upshifts or downshifts.

Gear changes are mainly executed with clutch-to-clutch action, where an “on-coming” clutch is engaged and an “off-going” clutch is released in a precise manner to achieve the ratio change. Certain key shifts, however, are made with a freewheeling action, such as 3-1 downshifts, where a plate clutch is actively disengaged while a mechanical freewheeler clutch automatically engages with optimum synchronization.

The torque converter is 260mm in diameter and features a lock-up clutch. It also uses electronic controlled capacity clutch (ECCC) technology, which employs a small, regulated amount of slip to dampen out engine pulses for a smoother running drivetrain, especially during shifting.
Official

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Akash
 

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