PRESS RELEASE:

THE 2011 HYUNDAI ELANTRA: THE NEW STANDARD FOR COMPACT SEDANS

Modern Design, Mid-size Car Interior Volume, Advanced Safety and 40 MPG

LOS ANGELES, Nov. 18, 2010 – Hyundai today introduced another exciting model, its all-new 2011 Elantra at the Los Angeles Auto Show. This marks the world debut of the latest version of the popular compact sedan. The 2011 Elantra encompasses Hyundai's latest ambitions including "Fluidic Sculpture" design, advanced safety and fuel efficiency. In the very competitive compact car segment the Elantra continues to be on a fast four year lifecycle.

HIGHLIGHTS FOR 2011 ELANTRA
• All-new fifth generation Elantra compact sedan
• "Fluidic Sculpture" design
• Launches with new 1.8-liter "Nu" engine and in-house six-speed automatic transmission
o 40 mpg highway on all models with A/T or M/T
o Best-in-class standard fuel economy
o Improved fuel efficiency by up to 18 percent over its predecessor
o More fuel efficient than Honda Civic and Toyota Corolla
• Production began at Hyundai Motor Manufacturing Alabama in November with shipments to dealers before year-end
• "Class-above" mid-size car interior volume
• Standard VSM, ESC, TCS, ABS with Brake Assist and EBD
• Touch-screen navigation with rearview camera and iPod®/USB inputs
• Bluetooth® hands-free phone system with voice recognition
• Segment first: Heated rear seats

Elantra is the fourth vehicle in Hyundai's 24/7 version 2.0 product initiative (seven new models in the next 24 months), following on the heels of the all-new Tucson, Sonata and Equus.

The 2011 Elantra represents a modern approach to the traditional compact sedan segment, using emotional design and luxury features offered with Hyundai's strong value proposition. The 2011 Elantra poses some intriguing questions:
• Why can't a compact car have modern, sleek, sophisticated style?
• Why pay luxury car prices to get advanced safety features?
• Why buy a mid-size sedan when you can get exceptional room in a compact car?
• Why can't a compact car get subcompact car fuel economy?

HYUNDAI "FLUIDIC SCULPTURE" DESIGN

Elantra exemplifies Hyundai's emotional "Fluidic Sculpture" design principles. "Fluidic Sculpture" considers the interplay of wind with rigid surfaces to create the illusion of constant motion. Elantra is an evolution of the design qualities found in Sonata.

Successful sedans in the U.S. market all have a distinct silhouette and Day Light Opening (DLO – a designer's term for the side glass) and Elantra is no different. Along Elantra's sides are Sonata's flowing lines, with the addition of a strong undercut feature line starting at the front door. These lines, along with muscular wheel arches and a sleek roofline, create a memorable and spacious package. Flowing lines also lead to an aerodynamic body. The drag coefficient for the Elantra is an exceptionally low 0.28 that compares favorably to the Chevrolet Volt (0.29).

Hyundai's signature hexagonal front grille and detailed swept-back headlights give Elantra a compact athletic face. The assertive stance is complimented by 15-, 16- or 17-inch alloy wheels and athletic proportions. Available fog lights and side repeater mirrors complete the distinct design. Elantra was designed at Hyundai's North American Design Center in Irvine, Calif.

40 MPG – AN 18 PERCENT IMPROVEMENT IN FUEL ECONOMY


Elantra's fuel economy is 29 mpg city and 40 mpg highway, with the six-speed automatic transmission or manual transmission. These figures give Elantra a highway-only driving range of up to 500 miles.

40 MPG POWERTRAIN

Under the hood, the Elantra is powered by an all-new 1.8-liter Nu four-cylinder engine with 148 horsepower and 131 lb-ft of torque (145 horsepower and 130 lb-ft of torque for Elantra PZEV). The Nu engine was developed to replace the 2.0-liter Beta engine from the previous generation Elantra. The Nu is smaller in size, weighs 74 pounds less and helps achieve an 18-percent improvement in highway fuel economy, when compared with its predecessor. Thanks to advanced clean engine technology, most Elantras sold in California, Oregon and several Northeast states are certified as Partial Zero Emission Vehicles (PZEV) by the EPA. The PZEV Elantra is as clean as many hybrid electric vehicles. The PZEV Elantra helps Hyundai meet its environmental commitments. Outside of these "green" states, the Elantra is available as an Ultra Low Emission Vehicle (ULEV).

Key Engine Components
• Aluminum block and head
• Dual Continuously Variable Valve Timing (D-CVVT)
• Variable Induction System (VIS)
• Roller swing arm and Hydraulic Lash Adjusters (HLA)
• Electronic throttle control
• Offset crankshaft

The Nu engine features an aluminum block with a cast iron cylinder liner, cylinder head and crank. This unique configuration results in a block that is 30 percent lighter than an iron block, shedding more than 74 pounds off the entire engine weight, while still providing comparable strength.

The 1.8-liter Nu also offers Dual Continuously Variable Valve Timing (D-CVVT) camshafts and hydraulic engine mounts for optimum power, efficiency and refinement. Using D-CVVT on both camshafts has several advantages when compared with using it just on the intake camshaft. They include a two percent improvement in performance (increased volumetric efficiency), two percent improvement in fuel economy (reduced pumping loss) and a 30 percent reduction in hydrocarbon emissions. In the valvetrain, roller swing arms and hydraulic lash adjusters reduce valve driven friction to improve fuel economy one percent compared with direct valve driving. The Nu engine also features a maintenance-free silent timing chain system to enhance durability and improve Noise Vibration and Harshness (NVH).

The application of a plastic two-stage Variable Intake System (VIS), enables switching between long and short intake manifolds, resulting in an across-the-board performance increase. These result in a four percent improvement in performance, a 15 percent reduction in cost and 30 percent reduction in weight, when compared with aluminum.

Another tool Hyundai engineers have incorporated into the next generation Elantra is an electronic throttle control. The electronic throttle control replaces the conventional cable and mechanical linkage found in the previous generation Elantra with fast responding electronics. This system accurately controls air intake and engine torque, improving drivability, response and fuel economy.

Hyundai's first application of double-pipe plumbing (internal heat exchanger) is found in Elantra. Double-pipe plumbing improves cabin cooling performance, while minimizing the capacity of the compressor, which further reduces fuel consumption. An external controlled variable compressor is also used to improve fuel efficiency versus an internal variable compressor.

The Nu four-cylinder engine also has an offset crankshaft design that reduces friction between the piston and cylinder wall for a one percent improvement in fuel economy.