Hyundai ix35

Hyundai ix35 2011

The Hyundai ix35 development team moved away from the two-box off-roader look in favor of a sleeker, more reformed profile while aiming for a roomier cabin, extra storage capacity and fuel economy leadership.

The interior lines echo the dynamic flow of the sheet metal. For improved comfort, the designers have carved out extra legroom and headroom (whilst lowering the overall height of the vehicle). The feeling of spaciousness in the cabin is further enhanced by the new dual-panel panoramic sunroof, benefitting front and rear passengers. The center panel can either tilt open or can open completely by sliding up and over the rear panel.

The gauge cluster - with blue backlight - borrows Supervision technology from the Genesis sedan to display key information with crystal-clear clarity and minimal eye stress.

The Hyundai ix35 rides on a 2640mm wheelbase which is 10mm longer than the outgoing Hyundai Tucson. At 4410mm and 1820mm, it is also longer and wider than its predecessor (by 85mm and 20mm, respectively) greatly improving the interior cabin space but the overall height of 1660mm has been lowered by 20mm without affecting headroom.

To further broaden its appeal, Hyundai ix35 will get the newest fuel-efficient engines and six-speed manual and automatic transmissions. Western European customers will be offered a choice of two thrifty and clean-burning petrol engines: the Theta-II 2.0 rated at 166ps and 20.1kg.m of torque which emits just 178g/km (2WD MT) of CO2 and the Gamma 1.6 GDI delivering 140ps and 17kg.m of torque, available from November 2010, which delivers only 158g/km of CO2. This 1.6 GDI engine will be available with ISG stop-start technology, further reducing CO2 to just 149 g/km.

The R 2.0 will come in a choice of two outputs: high (184ps/40kg.m) and low (136ps/32kg.m) producing CO2 emissions of just 165g/km (2WD MT) and 158g/km (4WD MT), respectively. The U-II will have a rated output of 115ps with 26.0kg.m and will have class-leading CO2 emissions of just 149 g/km (2WD MT) when equipped with ISG. To achieve Euro-5 emission compliance, the R is fitted with a close-coupled diesel particulate filter plus highly efficient exhaust gas recirculation with by-pass valve.

The six-speed manuals are standard with both diesels while the R will come with the option of a six-speed automatic. Hyundai's all-new six-speed automatic transaxle helps the company meet its goals of improving fuel efficiency and reducing CO2 emissions. Shifts are silky-smooth with an option of sporty-type, manual shifting through the Shiftronic which is also new to the Hyundai ix35.

In the manual transmission version, an icon on the LCD trip-ometer screen begins to flash when the optimum gear shift point is reached. The automatic uses an "ECO" icon backlit by LEDs with either the red, white or green LED lighting up in accordance with driving behavior. Fuel savings in the range of 15 to 17 percent are attainable with the automatic "ECO" coach and 7 to 9 percent with the manual.

The multi-link rear suspension was adopted not only for its superior ride and handling characteristics but also because of its compact design which minimizes intrusion into the cabin creating extra space for passengers and cargo. Tried and true Macpherson struts are employed for the front suspension set-up.

The body shell structure is engineered to the very highest standards of safety: In crash safety tests conducted in-house Hyundai ix35 scores a five-star rating in Euro NCAP testing for both frontal and side impacts. The entire body shell has been made stiffer and lighter thanks to its more extensive use of ultra-high tensile strength steel.

In a panic braking situation, the emergency flash signals are automatically triggered thus reducing the risk of rear-end crashes. Active headrests are triggered by the pressure of the seat occupant's weight on the backrest, the headrests automatically moving upwards and forwards to help prevent injuries to head, neck and upper body.

For safer maneuvering in reverse gear, a rear-view camera has been added, which operates in conjunction with a 3.5-inch color LCD built into the rear-view mirror. Smart-Parking Assist uses the rear-view camera to provide a graphical grid overlay to safely guide the driver into the parking spot.

New features:
= Push button start with smart-key proximity sensor
= Manual tilt and telescopic steering wheel
= Steering wheel-mounted audio remote control
= Air-conditioned, cooled glove box
= Low rolling resistance tires for 16" wheels

Hyundai ix-onic Concept

Hyundai ix-onic Concept 2009

The designed to assertive but not aggressive, the Hyundai ix-onic Concept (pronounced "ik-sonnik") combines dynamic styling with an environmentally-friendly power train and thoughtful everyday utility. It creates a vehicle that will change the way consumers think about compact crossover vehicles.
With an overall length of 4,400mm, the 1,850mm-wide and 1,650mm-high Hyundai ix-onic Concept has an imposing stance and road presence but takes up little more space on the road than a C-segment hatchback.

The Key attributes of Hyundai's 'dynamic sculpture' design philosophy are the athleticism and sophistication that ix-onic demonstrates through its dynamic and flowing lines. These are emphasised by specially developed, high-contrast exterior paint. Employing an advanced-effect pigment, the innovative paint gives the car's skin a brilliant shine.

The hexagonal grille is a further evolution of the style introduced on the 2006 Genus concept car and developed for its appearance on the Hyundai i-mode concept in 2008. The headlamps feature innovative LED daytime running lights which move down electrically whenever the 'dipped beam' is switched on.

The profile of Hyundai ix-onic Concept features a dynamic glass line and a sports car-like theme with a muscular, double-zigzag treatment for the wheel arches that wrap around the 21-inch polished alloy wheels. Unusually, the concave sills have a wedge-shaped profile which extends rearwards and wraps around into the rear bumper. The sills and bumper are finished in a contrasting colour, with an aluminium garnish that echoes the trim in the door handles to enhance the perception of premium quality.

With high-mounted tail lamps, multi-surfaced glass and a sculpted bumper, the rear of Hyundai ix-onic Concept also incorporates 'dynamic design' elements. The rear lamp clusters feature a grille mesh inspired by nature, while the rear bumper also neatly incorporates the dual, polished aluminium exhaust tailpipes.

The rear window has been designed and produced by Hyundai in close cooperation with the QarmaQ-partner SABIC Innovative Plastics. Using Lexan high-performance plastics instead of conventional glass enabled the designers to give the rear window a much more three-dimensional shape. On each side of the rear window two vertical spoilers are integrated to reduce aerodynamic drag. The upper part of the window features a strongly concave shape to make it possible to integrate the roof spoiler in the rear window.

The Inside, the five-seater Hyundai ix-onic Concept offers a commanding view of the road and evokes an adventurous ambience that is also laid-back and relaxing.

An X-shaped visual theme is repeated across numerous areas of the cabin, with embossed leather to accentuate key areas while light-alloy magnesium accents provide flashes of visual brilliance. The sleek shapes of the interior are outlined with 'ice blue' seams that replicate the colour of both the ribbed ice blue floor carpet, which contains a high percentage of natural cashmere wool, and the exterior.

Shapely seats feature centre panels trimmed in breathable fabric with attractive and functional cushion side bolsters, plus additional lateral support for occupants' shoulders - all trimmed in contrasting magnesium grey.

The mounted much higher than usual in the doors, the audio speakers present occupants with a true and highly detailed, top-quality sound reproduction. The interior rear-view mirror has a 'blind spot' warning light that alerts the driver to other road users in close proximity.

The Beneath its sensational exterior, the Hyundai ix-onic Concept's power train is equipped with a 170PS, 1.6-litre GDi turbocharged, four-cylinder petrol engine, with ISG (Idle Stop & Go) technology and a double-clutch six-speed transmission. Power is transferred to the road by an intelligent four-wheel drive system fine-tuned to deliver outstanding on-road driving dynamics, together with significant off-road ability. The next-generation, eco-friendly engine emits just 149 g/km of CO2, an impressive figure for an SUV and comparable with conventional hatchbacks and superminis.

Hyundai Santa Fe Blue Hybrid Concept

The vehicle maintains the overall design and dynamics of the standard Hyundai Santa Fe, but is altogether a different car under the hood. Hyundai engineers developed a proprietary parallel hybrid drive system which mates the powerful but thrifty 2.4-litre Theta engine to a six-speed automatic transmission and a 30Kw electric motor for maximum fuel economy and substantially reduced CO2 emissions. And it also can be used as a generator in order to save regenerative electric energy to the battery. This proprietary parallel hybrid drive architecture will serve as the foundation for all future hybrid drive vehicles to be developed by Hyundai.

Hybrid Technology
The petrol-electric hybrid technology featured in the Hyundai Santa Fe Blue Hybrid reduces CO2 emissions to just 148 g/km (combined cycle) and delivers a fuel consumption figure of 6.2l/100km (combined cycle). With an estimated top speed of 170 km/h and a 0-100km/h acceleration time of 10.6 sec.
To maximize fuel economy, all of the Theta's major driveline and cooling system components have been optimized to reduce friction, while the crankcase has been filled with low friction oil engine control software automatically shuts off the engine when the vehicle comes to a halt, cutting emissions to zero. When pressure is reapplied to the accelerator pedal, the Integrated Starter Generator (ISG) automatically restarts the engine. The Theta's engine control software governing injection pressure, engine cycle timing and exhaust retreatment rates has been revised to further reduce fuel consumption.
In addition, the latest electric motor-assisted steering system reduces power drain, and very low resistance tyres further optimize fuel economy.

Electric propulsion for the Hyundai Santa Fe Blue Hybrid is provided by a 30kW electric motor (205Nm) which is coupled directly to the six-speed automatic tranmssion. The top three gear ratios have been extended to ensure lower engine revolutions per minute (RPM) and further enhance fuel economy. Electrical power is stored in a 270V Lithium Polymer rechargeable battery (5.3Ah/270V) which has significant advantages over lithium-ion batteries, including higher energy density and lower manufacturing costs. Li-Poly is also more resistant to physical damage and can also take more charge-discharge cycles before storage capacity begins to degrade.

To be sold initially in the Korean domestic market under the Avante badge, the Elantra LPI Hybrid will be the world's first electric hybrid vehicle to be powered by liquid petroleum gas (LPG) and the first to adopt advanced Li-Poly batteries.
Hyundai's developed its very first hybrid electric vehicle in 1995 when it unveiled the Future Green Vehicle at the Seoul Motor Show. In 1999 it displayed an Elantra Hybrid Electric Vehicle (HEV) at the Seoul Motor Show and, in 2000, an Accent HEV - both of which featured 'hard-type' parallel electric drive systems and Integrated Starter Generator technology. However, these research development vehicles did not go into mass production.
In 2004, the company moved its HEV program into low-volume test production, delivering 50 examples of a gas-electric hybrid Hyundai Getz (B-segment vehicles badged as Hyundai Click in the Korean domestic market) to Korean government agencies as part of a fleet demonstration project. These were 'mild-type' hybrid systems using 12kW motors and nickel metal hydride batteries. The hybrid technology development program continued to expand and, in 2005, Hyundai and its affiliate Kia Motors Corp. delivered 350 more units to the demonstration fleet, 730 more units in 2006 and 1,682 more units in 2007, including Accent HEVs.

Innovative Panoramic Roof
The Hyundai Santa Fe Blue Hybrid features an innovative three-piece panorama sunroof. The moveable glass top has UV filtration which reduces thermal loading without restricting light transparency. And to protect cabin occupants against solar radiation, an adjustable shade can be operated separately from the glass top. The modular system solution was developed Magna Car Top System.

Hyundai Veloster Concept

Styled at Hyundai's Design and Technical Center at Namyang, the Veloster (codenamed HND-3) coupe is the third in a series of daring concept cars to be developed by the central styling studio in Korea. The Veloster name, a compound of velocity and roadster evokes the sporty characteristics of a classic two-plus-two. A panoramic glass roof and other futuristic styling cues help project a high-tech image.

Designed to cater to the tastes of the Y-generation, Veloster combines simple, iconic design with good value and robust construction.

* Length: 4,100
* Width: 1,790
* Height: 1,450
* Wheelbase: 2,600
* Tires: 245/35 R 20
* Powertrain: FWD 2.0-liter DOHC Theta inline 4-cylinder, 5-speed automatic.

Hyundai QarmaQ Concept

Hyundai QarmaQ Concept

QarmaQ is Hyundai's Advanced Technology Demonstration Vehicle (ATDV) that showcases over 30 different environmentally progressive technologies led by the innovative “Elastic Front™”, an innovative solution that can help reduce the risk of severe injuries in Crossover Utility Vehicles (CUV) pedestrian collisions.

Designed at Hyundai Motor Europe's Design and Technical Center in Russelsheim and engineered in close cooperation with GE Plastics, QarmaQ develops and validates over 30 key technologies, which will be selectively incorporated into Hyundai’s new models to be rolled out from 2008-2014.
QarmaQ is lighter, stronger and more economical than any current production CUV in its class. It also offers significant recycling advantages both in construction and eventual disassembly. In short, it is a viable and realistic glimpse of the future potential of personal automotive transport.

Pedestrian Safety
The issue of pedestrian safety is a growing one. In the EU, one-fifth of all traffic fatalities – 7,000 people per year – are pedestrians hit by a vehicle. In densely populated Korea, the rate is as high as 39 percent. QarmaQ's Elastic Front™ safety system, which encompasses the whole front end of the vehicle, is arguably the world's first global pedestrian protection solution on a CUV. Three energy-absorbing structures are fully integrated underneath the futuristic styling of QarmaQ and this system takes advantage of several advanced materials that offer inherent energy absorbing properties. QarmaQ's body panels have been designed to work in concert with energy-absorbing systems on the underside of these panels to manage and dissipate the force of a pedestrian/CUV collision. The Elastic Front™ has been engineered to meet EEVC WG17 Phase2, Euro NCAP, and JNCA pedestrian impact requirements and is currently undergoing testing for final validation.

A totally relevant concept
The Hyundai QarmaQ concept car is the result of the fusion of exceptional expertise and engineering foresight from Hyundai and GE Plastics. More than a design concept, QarmaQ illustrates that environmentally responsible solutions can be elegantly incorporated to enhance safety, design and performance.

Firmly positioned as a crossover Coupe/CUV, the QarmaQ derives its name from traditional Inuit dwellings, constructed from earth, whalebone and animal skins. Like them, QarmaQ challenges conventional ideas on construction methods and materials. Also in common with the original structures, it boasts unusual strength, resilience and protection.
By combining leading edge design, advanced engineering techniques and the benefits of GE materials technology, the QarmaQ demonstrates the ability to meet necessary, but problematic areas of legislation dealing with pedestrian safety and eco-responsibility.
Departing from conventional car design that combines a lower body and a glass cabin on top, QarmaQ blazes a new trail with panoramic wrap-around glazing area using GE’s Lexan™ polycarbonate resin. This part sits between the two pronounced “muscles” above the front and rear wheels. The C-shaped side window enables innovative helicopter-like downward visibility and is a key design feature demonstrating the new glazing technology.

Exterior: Fluidity of line
Connected by unique glazed surfaces, the exterior design relates strongly to, and interacts effortlessly with the interior. The unique division between the solid bodywork and transparent glazed areas creates a new perspective, whether viewed from inside or from the pedestrian standpoint.
The exterior contours and fluidity of line have been refined to give an immediate impression of movement frozen in motion. This aesthetic is mirrored in the interior, so that the fusion and merging of the perceptual boundaries between inside and out delivers a feeling of integration and synchronization to the overall appearance.

The QarmaQ’s exterior design communicates a commanding presence and a feeling of protection to the occupants, said Robert Butterfield, global market director, GE Plastics. The twin domes on the sunroof, facilitated by the new glazing technology, increases the inner space for the rear passengers and creates a unique design feature. The wrap-around windscreen, in combination with the elongated bonnet delivers dramatic, almost classic, proportions and gives the car a unique sporty feeling. Finally, the contrast of the strong dark coloured areas to the lighter tonal areas emphasizes QarmaQ’s off-road DNA.

Iterior
In response to shrinking family sizes and emergent customer preferences, QarmaQ is specifically designed to carry four people in above average comfort. The extensive use of new materials and techniques has resulted in a more fluid, more unified interior, by allowing seamless integration of otherwise intrusive elements.
As the sporting exterior proportions suggest, the QarmaQ is primarily a driver’s car. Within its unique interior architecture the cockpit is isolated in an active, yet protective pod structure. This helps promote a sensorial and highly self-indulgent driving experience.

The colour harmony of the interior has been designed to enhance the feeling of serenity and spaciousness, which in turn relates directly to the high level of comfort enjoyed by the passengers. The mixed effects, textures and colours add sophistication to the dynamic forms and strong presence of the car. Functional elements made from aluminium emphasise the more technical aspects, contrasting with and highlighting the softness of the interior materials.
The wrap-around GE Lexan™ windscreen and extensive use of GE polycarbonate glazing materials provides a weight saving of up to 50 percent in relation to glass, while simultaneously allowing more adventurous shapes than flat glass. The glazing features a unique technology from Exatec™ which deposits a thin protective layer of glass on the Lexan™ to add protection from scratching and the effects of weathering.

QarmaQ also introduces new curved and moving side glazing in Lexan. As well as allowing such advanced applications, the impact resistance and other properties of this material also helps increase both occupant and pedestrian safety.
At the other end, the tailgate breaks new ground by bonding different materials, including the glazing and rear light assemblies, to create a one-piece component structure. This increases the integral strength, while at the same time simplifying vehicle assembly and reducing weight.
Another major safety advance is the use of sensors to detect vehicle presence in the blind spots of the rear view mirrors when pulling out or overtaking, and audio-visually alert the driver.

Euro5 diesel engine
QarmaQ's 2-liter diesel engine is fully compliant with EURO5 emission regulations. It features the very latest technologies such as high pressure fuel injection and fine fuel spray atomization for higher torque and better power output. Regulated emissions such as CO, THC, NOx and PM, were reduced drastically while a Catalyzed Particulate Filter system, CPF, is capable of cleaning about 90 percent of the particulate matter from the diesel emissions. Furthermore, by switching the position of CPF from the under-floor area to a location more closely coupled to the exhaust manifold, it was possible to minimize the catalytic light-off time and to enhance the naturally regenerative characteristics of the CPF.

A greener future

Thanks to extensive use of advanced materials, QarmaQ is 60 kg lighter than a comparable vehicle made with traditional materials.
HPPC composites for horizontal body panels significantly reduce part weight - up to 50 percent per part - while maintaining strength equal to that of steel. This lighter-weight cladding contributes to better fuel efficiency and improved power-to-weight ratio for drivers and its energy absorbing qualities are harnessed to create the Elastic Front™ safety system.

QarmaQ's body panels use an environmental responsible plastic, Xenoy iQ™ and Valox iQ developed as part of GEs ecomagination™ initiative to address three critical environmental concerns: conserving energy, lowering greenhouse gas emissions, and up-cycling or re-using materials such as PET plastic bottles. QarmaQ re -uses approximately 900 PET bottles that would otherwise become landfill.

Another environmentally progressive aspect of the QarmaQ’s design is the use of GE paint replacement technologies, including Visualfx™ resins with Lexan™ films, to replace painting operations that can release toxic and greenhouse gases.

To eliminate dependency on PVC in the wiring, GE’s Noryl™ resin technology was used for wire and cable coating. Replacing PVC, these ultra-thin coatings can reduce cable weight by up to 25 percent.

Hyundai HED-5 i-Mode Concept

Hyundai HED-5 i-Mode Concept

Hyundai introduce a new concept car which hints at a future MPV production model and showcases advanced technologies. The Hyundai HED-5, named "i-Mode" is a six-seater people carrier that incorporates high-tech materials, an advanced seating concept and state of the art communication technology in a completely new vehicle.

By working together with the partners Bayer MaterialScience AG, Keiper and LG Electronics, Hyundai is continuing a cross-industry co-operation to drive new technologies faster to market. The co-operation with Bayer MaterialScience enabled the radical design of the Hyundai HED-5 to be implemented more quickly. The materials used are lighter and more adaptable than the metal and glass they replace.

In combination with a light weight body construction, reduces fuel consumption and CO2 emissions. Self-healing water based bodywork finishes from Bayer add to the environmentally friendly concept of the vehicle and even let minor scratches magically disappear by themselves. The i-Mode is the first vehicle to feature the new "BayVision" glazing system and Collimator headlight lenses made from Makrolon®.

Through the advanced entertainment concept developed by LG electronics, the vehicle becomes an extension of the digital home, allowing passengers to stay connected, communicate and interact in the car. Access to the web, video games, movies or video calling are all possible through the pop-down touch-screen displays and webcams, located within the overhead console. A wireless network enables a selection of cable-free keyboards, game controllers and headphones to further personalise the entertainment experience. The advanced developments seen on the i-Mode give a dynamic indication of real possibilities for the near future.

Hyundai's engineering partner Keiper supported the i-Mode project with the exclusive world premiere of its new and unique Swivel Seat concept. The first row passenger seat rotates to face second and third row occupants. When the seat is turned, the backrest converts into a comfortable seat surface. This is made possible by a fully concealed, power-operated kinematic system. The integrated seatbelt system - another technically advanced debut - and the adjustable headrest maximize passive safety for passengers in either sitting position. The second row bench slides rearwards to increase comfort and create a social area.

The Hyundai HED-5 i-Mode concept demonstrates the increasing awareness Hyundai has towards environmental issues. Cooperation with Bayer Material Science has seen use of the innovative glazing alternative 'Makrolon', enabling the car to have extended transparent areas, reducing weight and increasing fuel economy.

The Hyundai HED-5 "i mode" includes the hexagonal shaped grill, which symbolises the new brand identity for Europe. This feature, previously showcased on earlier Hyundai concept cars, demonstrates the consistency in developing a coherent design language. It is through such characteristics that Hyundai aim to enhance the perceived quality and recognition of their products.

Through the door opening mechanism, the interior is in the form of a lounge compartment. The interior represents the concept of social space, an environment where all occupants can enjoy safe travel in comfort, surrounded by sophisticated technology and luxurious materials.
The seats, which offer first class comfort for all occupants, combining a modern look with innovative functionality. The Cognac leather cushions and the burgundy lacquered seat structure give the occupants a lounge atmosphere without the limitations of a conventional automotive interior layout.

The light beige headliner, which continues through into the pillars, provides the interior with a floodlit, almost roofless panoramic appearance. The horizontal trim colour division, between dark and light tones further emphasises this.

All-new R Diesel with Two-Stage Turbocharging
i-Mode is powered by an all-new 2.2-litre R diesel engine which first passes the intake air through a low-pressure turbocharger from where it is forced into a high-pressure turbocharger for maximum boost: 158kw (215ps) and 47kg.m of peak torque (461 Nm). The R Engine has a power density in excess of 70kw per litre putting Hyundai diesel technology in the same class as any leading German automaker. When its low-end torque of 30kg.m is compared with the 19kg.m of low-end torque delivered by the standard R Engine, one quickly appreciates the value of dual-stage turbo charging.

The R Engine is a smooth-shifting 6-speed automatic gearbox. Even at maximum loads, the engine does not incur fuel consumption penalties thanks to its high capacity for exhaust gas recirculation that also benefits efforts to reduce NOx emissions. The R Engine is assured of meeting future, more stringent EU exhaust emission standards. Mass production of the R Engine is scheduled to begin with the standard (single turbocharged) version in 2009 with the dual-stage turbocharged edition arriving in the first half of 2011.