Nissan Cube

The Nissan Cube is a Mini MPV produced by Nissan for the Japanese market since 1998, and now sold in export markets such as North America and Europe.

Exotic Nissan Cube With White Diamond Color

Luxury Nissan Cube

The first generation of the Cube (designated Z10) was introduced in 1998. It shared the same platform as the Nissan Micra (known as the March in Japan and Southeast Asia), as well as the same 1.3 L engine. A CVT gearbox and four-wheel drive were optional. The Cube covered the gap in the Nissan lineup between the March and the Sunny. The first generation was sold only in Japan, though privately exported to United Kingdom, Australia and Hong Kong.

Nissan Cube Interior View

The second generation of the Cube, released in 2002 with a larger interior than the previous model. The combination of angled and curved surfaces was based on the third generation of the March, powered by a 1.4 L I4 engine. The model included the "e4WD" system as an option, which transfers power to the rear wheels when the front wheels spin via a small electric motor on the rear underside of the floor. The electrically powered system allows for reduced drivetrain drag when only driving in FWD mode.

In 2008, Nissan revealed the Nissan Denki (Japanese for “electric”) Cube Concept. Making its debut at the March 2008 New York International Auto Show, the Denki Cube Concept is a lithium-ion battery-powered electric vehicle. Nissan’s compact lithium-ion battery technology provides batteries with twice as much energy compared with a conventional cylindrical battery of the same type.

The Denki Cube Concept also serves as a preview of Nissan’s future plans to sell a redesigned gasoline-powered (would be a new generation) Cube at Nissan dealers in the United States and Canada beginning in 2009 (called Nissan EV). Prototypes have been test driven by journalists and reports published in spring 2009.

Nissan Cube Back Side View

The third generation Nissan Cube was revealed for the first time at the Los Angeles International Auto Show, on November 19, 2008. While this is the third generation of the vehicle, it is being offered for export markets, including European and North American markets, for the first time. The Cube went on sale in Japan on November 19, 2008 and the U.S. on May 5, 2009.

Renault Kangoo

The Renault Kangoo and Kangoo Express are panel van and leisure activity vehicle produced by French automaker Renault since 1997. The Kangoo is manufactured in the MCA plant in Maubeuge, France, and in Santa Isabel, Argentina. The version for the ASEAN markets was assembled by the Tan Chong Euro Cars Sdn. Bhd. (TCEC) in its Segambut plant. The model was also sold by Nissan in Latin America and Europe as the Kubistar until late 2009 in Europe, when it was replaced by the Nissan NV200. The first generation Kangoo was introduced in 1997. It was facelifted in 2003, resulting in a Phase II model. The Phase II vehicles are distinguished by their new nose styling, standardised across the Renault range, with the Renault diamond mounted on a body colour panel in the centre of the grille and teardrop headlamps. The rear windows and seats of the Kangoo could be removed, producing the panel van Kangoo Express. The Kangoo became popular with the mobility-impaired and wheelchair users due to its height and accessibility and because it could be adapted to include mounting points for wheelchairs. Both the Kangoo and Kangoo Express were available in four-wheel drive versions and a lengthened version was also available, with an increased cargo area. A pickup truck version was sold in the Swedish market. In some countries, such as Malaysia, the Kangoo was assembled by Nissan with a third row of 3 seats. The Kangoo Break'Up was a four wheel drive concept car announced in 2002 and previewed the 2003 facelift design, together with a pick-up style rear. It was powered by 1.6 L engine producing 110bhp.

The 4WD version of the Kangoo was introduced in 2002 and was marketed under the model name Trekka. It should not be confused with the Skoda-powered New Zealand built utility vehicle named Trekka, which was marketed in the Antipodes for several years around 1970 . The Kangoo Trekka's all-wheel drive system differed from the Renault Scenic RX4 in its inclusion of a Nissan sourced automatic torque coupling "ATC", a hydraulic coupling that would engage drive on all four wheels should the front wheels start to lose traction. This still allowed the Kangoo Trekka to run in front wheel drive in most conditions, saving fuel. Working in combination with the ATC, the Kangoo Trekka also featured an electronically controlled "ASR" traction control system which could brake the front wheels to arrest traction loss. The suspension was similar to the standard Kangoo only strengthened and raised to provide more ground clearance and wheel travel. These changes gave the Kangoo Trekka a 400 mm (15.7 in) fording depth and 28-degree hill-climbing capability. The Kangoo Trekka was marketed in the United Kingdom with a choice of two engines, the 1.6-litre 16-valve petrol engine and the 1.9-litre dCi common-rail turbodiesel. In 2005 these models were priced at £12,600 and £13,600 respectively. The Diesel produced a peak torque of 133 lb·ft (180 N·m) and returned over 40 mpg-imp (7 L/100 km; 33 mpg-US) on the combined (urban and extra urban) fuel consumption test. The petrol engine had a 0-60 mph time of 14.3 seconds and a combined fuel consumption of 31.4 mpg-imp (9.0 L/100 km; 26.1 mpg-US). The interior of the Kangoo Trekka was spartan and easy to clean. The rear bench seat could be folded forward to provide a 2,500-litre (88 cu ft) loading area to which sliding side doors provided good access.

The New Renault Kangoo and New Renault Kangoo Express were the new generation light commercial vehicle (LCV) in Renault's lineup. Based on the Scenic and manufactured in Maubeuge, sales began in January 2008. The Kangoo van is often used by La Poste, the national postal service of France. The Kangoo has 4 bodystyles: the Kangoo Compact, the Kangoo Van, the Kangoo Van Maxi, and the Kangoo Van Maxi Crew Van. The Kangoo Compact is used for smaller deliveries with a payload 500 kg, while the Kangoo Van is used for larger deliveries and has a payload of 650 or 800 kg. The Kangoo Van Maxi has the most payload of 800 kg and the Kangoo Van Maxi Crew Van has a maximum floor length of 1.33 meters. As part of its Z.E. electric car initiative, Renault has developed a Kangoo Express Z.E. model that will be manufactured at its Maubeuge plant. A planned Renault battery plant near Paris that will supply batteries for the vehicle was delayed due to technical constraints. Construction will start in the second quarter of 2012 and production of batteries is expected to be delayed to 2014 or 2015. Instead, Renault will have to buy batteries from a joint venture between Nissan Motor and NEC, and from LG Chem of South Korea. Customers in several countries can pre-reserve models at the Renault-ZE website with an expected release in 2011. European pricing is €20,000 before any government incentives and excluding VAT (€15,000 excluding VAT and including a tax incentive subsidy of €5,000). In addition to buying or leasing the vehicle there is a separate monthly subscription costing from €72 (excluding VAT) for the battery. Filling up' on energy (160 km) for Kangoo Express Z.E. will cost between one and two euros, depending on the local price of electricity (kWh). The Kangoo Express Z.E. has the same dimensions as the internal combustion model. It uses a synchronous electric motor with rotor coil. Its peak power is 44 kW (59 hp) at 10,500rpm, while maximum torque is 226 N·m (167 ft·lbf). Its top speed is capped electronically to 130 km/h (81 mph). The vehicle is powered by a 22 kW·h lithium-ion battery pack.

Toyota Tundra

The Toyota Tundra is a full-size pickup truck introduced by Toyota in the year 2000. It was widely considered to be the first full-size import-brand truck built with an American look and feel and a refined V8 engine. The Tundra was eventually nominated for the North American Truck of the Year award and was Motor Trend magazine's Truck of the Year in 2000 and 2008. Currently the Tundra is assembled in San Antonio, Texas where production was consolidated in 2008. The first generation Tundra had many similarities with the older Toyota T100 and the compact Toyota Tacoma. The biggest of those similarities was the shared use of a 3.4-liter V6 engine which was the top of the line engine in both the Tacoma and T100. The V6 engine would serve as the base engine for the Tundra, while a second powerplant, a first for a Toyota truck, a V8 engine sized at 4.7-liters was added to the lineup. The Tundra was slightly larger than the T100, but still suffered the perception of being too small and carlike to pose a serious threat to the domestic pickup trucks. With a production capacity of 120,000, sales were double the rate of the T100. At the time the Tundra also had the largest initial vehicle sales for Toyota in its history. It garnered impressive honors, including Motor Trend's Truck of the Year award for 2000 and Best Full- Size Truck from Consumer Reports. Built in a new Toyota plant in Princeton, Indiana, with 65 percent domestic content, the Tundra showed that Toyota was serious about closing the gap on the "Big Three" in all major segments.Engine choices available in the Tundra were a 24V 3.4-liter V6 engine that produced 190 horsepower (140 kW) and 220 lb·ft (298 N·m) of torque and an LEV certified 32 valve 4.7-liter "i-Force" V8 engine that produced 245 horsepower (183 kW) and 315 lb·ft (427 N·m) of torque. A Toyota Racing Development (TRD) supercharger was already available for the 3.4-liter V6 (2000-2003 models) that bumped horsepower to the 260 horsepower (190 kW) range and 260 lb·ft (350 N·m) of torque. TRD introduced a second supercharger for the V8 (2000-2003 models) engine late into its second year of production that pushed the V8 numbers to the mid 300 horsepower (220 kW) range and torque to the 400 lb·ft (540 N·m) range. Although the V6 supercharger is still widely available, the V8 supercharger is rarer and harder to find because TRD stopped its production once Toyota released the updated VVT-i equipped 4.7-liter engine.

Toyota Tundra Limited 4x4--Chicago Cars Direct HD

A larger Tundra was introduced at the 2006 Chicago Auto Show. It had lifted cues of its smaller brother the Toyota Tacoma along with some cues from the Toyota FTX concept truck. The truck had many enhancements, such as a towing capacity of up to 10,000+ lb, a payload capacity of over 2,000 lb (910 kg), a new 5.7-liter 3UR-FE V8 engine mated to a new 6-speed automatic transmission. The second generation Tundra has 3 engines available. The new 5.7-liter V8 that produces 381 horsepower (284 kW) and 401 pound-feet (544 N·m) of torque, and the carry over 4.7-liter 2UZ-FE V8 rated at 276 horsepower (206 kW) and 313 pound-feet (424 N·m) of torque, as well as the previous 4.0-liter 1GR-FE V6 rated at 236 horsepower (176 kW) and 266 pound-feet (361 N·m) of torque. Toyota made the new Tundra useful for many construction workers, by including extra large door handles, deck rail system, integrated tow hitch, and headrests that can fit a worker with his hard hat on. The Tundra also includes as standard: an electronic automatic limited slip differential (Auto LSD), Vehicle Stability Control, traction control, electronic brakeforce distribution, brake assist, anti-lock brakes and tailgate assist. However, its high starting MSRP of $22,390 makes it more expensive than the Chevy Silverado Work Truck (MSRP $17,860) and the base Ford F-150 (MSRP $17,345). Some other changes Toyota included in the new Tundra are optional tow mirrors, a 26.4 US gal (100 L; 22 imp gal) fuel tank, available 22-inch (560 mm) alloy wheels, backup camera, Bluetooth, large center console (big enough to fit a 15-inch (380 mm) laptop), extra-large disc brakes and calipers, and the aforementioned 6-speed sequential automatic transmission. All 5.7-liter Tundras come equipped with a tow package which includes engine oil and transmission coolers, integrated trailer hitch, 4.30:1 axle ratio, and large braking hardware for increased fade resistance.


The Tundra comes equipped with dual front airbags, front row side torso airbags, and rollover sensing side curtain airbags for both the front and rear rows. Vehicle Stability Control, traction control, anti-lock brakes, brake assist, and electronic brakeforce distribution are also standard. For the 2010 model year, a driver and front passenger knee airbag becomes standard. Toyota's Tundra was the first full-size pickup to have earned the IIHS's Top Safety Pick accolade, followed by the redesigned 2009 Ford F-150. In tests conducted by the IIHS, the Tundra received an overall "Good" score in the frontal offset crash test, the highest possible rating in the side impact crash test, and the maximum score for rear crash protection. During September 2007 Toyota Motor Corporation announced plans to add a diesel variant of the Tundra. This was again confirmed in January at the 2008 North American International Auto Show. There Toyota President Watanabe stated, "I am happy to confirm that a new clean-diesel V8 engine will be offered in both the Tundra and the Sequoia in the near future." But later in 2008 at the State Fair of Texas a Toyota official stated the Tundra diesel is on hold due to poorer than expected sales. Motor Trend and Car and Driver, have earlier reported Toyota will produce a heavy-duty version of the Tundra designed to compete in the 3/4-ton class. At the 2007 SEMA auto show, Toyota showcased its Tundra Diesel Dually Project Truck. This heavy-duty Tundra Diesel is based on a heavily modified Tundra Crew Max chassis. It features 8.0L Hino diesel engine, Eaton manual transmission, along with an extensive list of other modifications. High-resolution images are available in autoblog's gallery. During late-2006 Toyota purchased a stake of Isuzu from General Motors. The Duramax V8 engine design currently powers GM's 3/4 ton and 1-ton pickups, but GM's 1/2 ton diesel will be completely designed and built solely by General Motors. The Australian and European version of the Toyota Land Cruiser features a 4.5L diesel which a future Tundra Diesel could be based on. Toyota President Katsuaki Watanabe has stated that he would like to develop a hybrid electric version of the Tundra. However, Toyota faces several technical challenges that it must overcome before it could bring such a vehicle to market. According to the Japanese newspaper Nihon Keizai Shimbun, Toyota is considering developing a gasoline electric hybrid Tundra, for sale in North America around 2010. Toyota may also introduce a diesel electric hybrid system for the Tundra. In Japan, the Toyota Dyna and Hino Dutro light trucks produced by the Toyota Motor use diesel electric hybrid systems. The Hino Ranger a medium to heavy duty cab-over truck could also provide hybrid technology for the next generation Tundra. At the 2008 North American International Auto Show, Toyota USA President Jim Lentz stated "different models require different types of fuel saving technology...there may be a few where hybrid technology doesn’t make sense". He further went on to say that the Tundra and the new Sequoia will not be offered with a hybrid engine in the near future, instead those vehicles would feature "clean, fuel efficient diesel engines. For now, it seems, the Tundra Hybrid has been sent back to the drawing board or cancelled entirely.

2011 Hyundai Equus

Hello guys...welcome to our different blogs. This time we will showing amazing car for you. This car information will completing your collection about cars because this car is newest car from Hyundai, so don't leave it.. Enjoy it!!!!

Equus is a smart formula for the luxurious Hyundai to a new level. Its applying the lessons of engineering excellence that we learned from Genesis to the Hyundai Equus, adding new levels of customer experience to differentiate themselves in the traditional luxury of our premium brands. Hyundai Hyundai Equus expanding range and luxury vehicles, as Genesis is built on world-class architecture Hyundai rear-wheel-drive. This is a meal by award-winning 4.6-liter Tau V8 ®. The Tau on the Hyundai Equus premium fuel is estimated to produce 385 horsepower and 378 horsepower with the help of regular fuel. With technology rivaling more expensive luxury sedans, Hyundai Equus system provides features such as Lane Departure Warning, electronic air suspension, cruise control and Intelligent Lexicon.

Impressive 2011 Hyundai Equus In Black Color

Elegant and Luxury 2011 Hyundai Equus

Hyundai has promised that the rear wheel architecture will spawn more products in other segments. Hyundai Equus is the third of these products, currently rising at the Genesis extended architecture. Hyundai Equus is 7.2 inches (195.9 inches vs. 203.1 inches) of Genesis. Hyundai Equus has a 52/48 weight distribution front to rear is very good to exceptional handling and more refined steering characteristics.Hyundai Equus headlining performance capabilities of Hyundai Tau 4.6-liter V8 engine, twice winners of the 10th Ward for Best Engine, automatic transmission is paired with a ZF 6-speed manual Shiftronic ®. Tau V8 provides strong estimated 385 and 333 pounds-ft of torque (378 hp and 324 pounds-ft using regular fuel) to meet consumer demand for luxury. Powertrain combination will launch the Hyundai Equus up to 60 miles per hour in less than 6.4 seconds. Premium fuel, the Tau V8 engine produces more power from a power plant in the Lexus LS 460, Mercedes-Benz S550, Audi A8, and approximately the same power as conventional fuel competitors.

2011 Hyundai Equus Engine

The chairs are designed with the driver thigh support is set, a lot of width, various adjustments, and heated and cooled functionality. seatback thermoelectric device located beneath the pillow and provides controls for heating, cooling and humidity. This is for the legs and head for drivers over six feet tall and massage the driver’s seat are optional. In fact, Hyundai Equus have more leg, head and shoulders in front and rear seats that Lexus LS460. Driver cockpit has lots of features and a premium service. Driver Information System (DIS) offers navigation, XM Satellite Radio, HD Radio, Bluetooth hands-free phone system and much more.

Maintaining Hyundai’s emphasis on providing leading security technology, Hyundai Equus offering features world-class active and passive safety to prevent accidents, and maximize the welfare of the residents in case of collision. The Hyundai Hyundai Equus continues the tradition of providing key security technologies, with features like electronic stability control (ESC), nine airbags, electronic active head restraints, Lane Departure Warning System and Intelligent Cruise Control. Hyundai Equus even has a vehicle stability management system (VSM), which operates optimally CES, electronic parking brake, cruise control and electric seat belt system for maximum security smart.

Design of the Hyundai Equus beautiful and pleasant to the eye. The treatment is progressive with the rear lights are bold, strong and shoulders picture of precision. see this achieved through an integrated exhaust tips and the asymmetrical rear LED lights. silhouette is a subtle side, with lines of type that the emphasis of the rear fenders. In front is a grille and lights, both horizontal smooth stone is proportional to the retailer. LED lights in HID lamps with adaptive front lighting system with white LED marker lights. Ventilation bold below and add to the positive response from the overall design. To assist in parking, and navigating blind corners and alleys in urban driving, there’s a camera in the front corner of an optional integrated vision in the grid.

Silver 2011 Hyundai Equus

Alfa Romeo 8C Spider Engine

The Alfa Romeo 8C name was used on road, race and sports cars of the 1930s. The 8C means 8 cylinders, and originally referred to a straight 8-cylinder engine. The Vittorio Jano designed 8C was Alfa Romeo's primary racing engine from its introduction in 1931 to its retirement in 1939. In addition to the two seater sports cars it was used in the world's first genuine single-seat Grand Prix racing car, the Monoposto 'Tipo B' - P3 from 1932 onwards. In its later development it powered such vehicles as the twin-engined 1935 6.3 litre Bimotore, the 1935 3.8 litre Monoposto 8C 35 Type C, and the Alfa Romeo 8C 2900B Mille Miglia Roadster. It also powered top of the range coach-built production models. In 2004 Alfa Romeo revived the 8C name for a V8-engined concept car which has made it into production for 2007, the Alfa Romeo 8C Competizione.

8c spider engine note at kyalami alfa romeo experience

Alfa Romeo 8C Spider Engine With The Top Speed

Red Alfa Romeo 8C Spider Engine On The Red Carpet

Alfa Romeo 8C Spider Engine Detail

Alfa Romeo 8C Spider Engine Show Up

Alfa Romeo 8C Spider Engine View Detail From Every side

Elegant Alfa Romeo 8C Spider Engine

Alfa Romeo 8C Spider Engine Hatchback

Holden Torana TT36

The Holden Torana is a car which was produced by General Motors–Holden's (GM-H), the Australian subsidiary of General Motors (GM) from 1967 to 1980. The name comes from an Aboriginal word meaning "to fly". The first Torana (HB series) appeared in 1967 and was a four cylinder compact vehicle that had its origins in the British Vauxhall Vivas of the mid 1960s. Whilst 1969-73 (LC and LJ) models included more popular, longer wheel base six cylinder versions; and 1974-77 (LH and LX) eight cylinder versions the four-cylinder versions continued for the entire production life of the Torana and were known as the Holden Sunbird from 1976.

In 2004, Holden released a sporty five-door concept car called the Torana TT36 (TT = Twin Turbo; 36 = 3.6 litre V6). The model was said to debut a new platform for General Motors and previews the look of the 2006 VE Commodore. In terms of size, it was marginally bigger than the BMW 3 Series on the outside, though considerably roomier inside with BMW 5 Series rivaling interior space. The TT36 was painted in Magenta and has a clear roof. The prototype visited the National Motor Museum at Birdwood in the Adelaide Hills in early 2008.

Holden Torana TT36 Show Up

Exotic Holden Torana TT36 In Pink Color

Holden Torana TT36 Shows Detail

Holden Torana TT36 Engine Detail

Holden Torana TT36 Exotic Interior

Holden Torana TT36 Audio Stereo

Holden Torana TT36 Speedometer

Holden Torana TT36 Excellent Interior

Holden Torana TT36 Hatchback

Infiniti Qx56

The Infiniti QX is a luxury SUV built by Nissan and originally sold in North America. The first generation received its naming inspiration from the recognized four wheel drive terminology "4×4" with Infiniti adding a "Q" at the beginning to suggest it was a luxurious "4×4", borrowed from the Q45. The first generation also had a briefly available Japanese version called the Nissan Terrano Regulus. Consecutive generations are much larger, and the naming convention adheres to the current trend of using a numeric designation derived from the engine's displacement. The Infiniti QX4 is a mid-size sport utility vehicle (SUV) introduced in 1997 as a rebadged Nissan Pathfinder. It was released a year after Acura's introduction of the SLX and Lexus's larger LX 450. The QX4 was Infiniti's first entry into the SUV market segment. In the North American market, it was marketed as the "Infiniti QX4" while in Japan it was sold as the Nissan Terrano Regulus. Major differences between these vehicles and the Pathfinder include a more advanced four wheel drive system, a more upscale interior, and unique styling. Although marketed as a luxury vehicle, it is capable off-road service due to its low-range four wheel drive system and 8.3 inches (211 mm) of ground clearance. The QX4 received its first major update in 2001, with a new VQ series engine (also later seen in the G35 and FX35) increasing its power from a relatively low 168 horsepower (125 kW) to a 240 hp (179 kW) V6 engine. The displacement went from 3.3 L to 3.5 L. The timing belt was replaced with a timing chain and the ignition distributor was replaced with an individual coil ignition system. This 2001 facelift also gave the QX4 an updated exterior and interior body style, including features such as a new dash with integrated analog clock, 17-inch (423 mm) alloy wheels and xenon HID headlamps. In Japan, the Terrano Regulus trim package was no longer offered. Also, a rear-wheel drive model was added (1997 through 2000 were only available in 4WD).

The Infiniti QX56 is a full-size sport utility vehicle (SUV) sold under the Nissan-owned Infiniti luxury brand. It is based on the Nissan Armada full-size SUV, and shares the F-Alpha platform with the Nissan Titan pickup truck. The QX56 is currently unique to the United States, Canada, Russia, Bahrain, UAE, Kuwait and Saudi Arabia. It was also the first Infiniti built in the United States. The rear door handles are installed on the "C" pillar as a Nissan design tradition started with the 1986 Nissan Pathfinder. When the four door Nissan Pathfinder was introduced, Nissan chose to conceal the door handles as a part of the "C" pillar trim to visually make it appear like a two door truck with a camper shell, with conventional door handles on the front doors. The truck is propelled by a 5.6 L VK56DE V8 engine (315 hp [227 kW] @ 4,900 rpm and 390 lb·ft (529 N·m) torque @ 3,600 rpm) and a 5-speed automatic transmission with an overdrive. As is common with aluminum blocks, each cylinder in the engine is lined with cast iron. The valvetrain is a DOHC design with four valves per cylinder. Infiniti designed the QX56's throttle responsiveness to correspond to specific drivetrain modes: when the driver selects all-wheel drive, the throttle becomes less sensitive, presumably to allow easier regulation of acceleration when off-road. The Infiniti QX56 has around 9,000 lb (4082 kg) of towing capacity. Mileage at peak performance drain is 12 miles per US gallon (20 L/100 km; 14 mpg-imp). It comes in one trim level, with only key options such as: DVD entertainment system, 4WD/2WD, and a bench instead of captain chairs as the second row. Other features which come standard are a ten-speaker Bose system, DVD-based navigation system, leather trim for all seats, dual-climate control, 18-inch chrome alloy wheels, and an adaptive cruise control system. A pre-crash system is a novelty in the market as well. On March 31, 2010, Infiniti debuted the 2011 QX56 at the New York International Auto Show. The QX56 is a complete redesign of the QX. The QX56 features a new VVEL certified 5.6 L VK56VD V8 engine. The new V8 which is also found in the Nissan Patrol is rated at 400 horsepower (300 kW) and 413 ft·lbf (560 N·m) of torque.The more powerful engine helps give the QX an increased towing capacity of up to 8,500 pounds. The engine is tied to a seven-speed sequential-shift automatic transmission with an all-new 4WD system which has different all setting. Compared to its predecessor, the new QX is 1.4 inches longer, 1.1 inches wider. Most of the frame's body mass is made from high-tensile steel, but the QX manages to be more rugged with its body-on-frame concept and it shares the same platform as the Nissan Patrol. Both the front and rear feature independent suspension double wishbone suspensions combined with the new Hydraulic Body Motion Control System. The QX comes standard with 22-inch wheels. A 4-setting terrain control which includes rock, snow, sand and dirt for 4WD versions. This generation abandoned the disguised rear door handles that were installed in the "C" pillar, a tradition started with the 1985 Nissan Pathfinder 4-door, as the first generation QX was based on the second generation Pathfinder. This generation appearance is more in line with other large luxury SUVs like the Lexus LX, Range Rover, Cadillac Escalade, and Lincoln Navigator. The QX's interior design includes a number of the standard and optional amenities featured in the 2010 Infiniti M, such as semi-aniline leather seats, four-zone climate control, a Bose 2-channel, 13-speaker Premium Audio surround sound stereo system with hard drive memory storage, a hard-drive based navigation system, XM satellite radio with NavTraffic is standard, a power liftgate/tailgate, and Infiniti Intuitive Park Assist, a parking assist feature which uses the around view monitor. Other features include climate controlled front and rear seats, streaming audio via Bluetooth wireless technology, a center console cooler for storage of cold drinks which can be accessed by both front and rear passengers, power sliding rear seats, power third row seats, and a 7-inch DVD rear-seat entertainment system. Curtain Vent, new for this generation, directs air flow from the air conditioning system from above each side window down towards the floor. A new Around View Monitor system uses a camera mounted on the grill giving a 180 degree view in front and another camera mounted on the passenger side of the vehicle's side mirror helps eliminate blind spots on the side at low speeds such as when in parking lots or on off-road adventures.

Elegant Black Infiniti Qx56

Infiniti Qx56 Sound Stereo

Beautiful Inside Of Infiniti Qx56

Infiniti Qx56 Steering Wheels

Infiniti Qx56 Hatchback

Luxury Infiniti Qx56

Suzuki Xl7

The Suzuki XL-7 is Suzuki's mid-sized SUV, launched in 1998.The first-generation XL-7 was a Suzuki design and was essentially a stretched Grand Vitara. It had a Suzuki-designed 2.7 liter V6 on a rear wheel drive-based platform with optional four wheel drive. When introduced, the XL-7 was the least expensive SUV available with 3-row seating in North America. The Suzuki XL-7 sold over 20,000 a year, and was awarded the Consumer's Digest Best Buy award. However, sales slowed as competitors came out with SUVs with more features, lower prices, better fuel efficiency and more powerful engines, such as the Toyota Highlander, the Honda Pilot, and the Honda CR-V.A unique trait in the U.S. market in this segment, the XL-7 was available with 5-speed manual transmission, in both 5-person and 7-person variants. Introduced in the fourth quarter of 2006, Suzuki partnered with General Motors to build the 2007 model, now called XL7 (without the hyphen). It uses the same unibody platform and many of the same components as the Chevy Equinox, Pontiac Torrent and Saturn Vue, but incorporates third row seating exclusive to the Suzuki. The second generation model uses a version of the GM High Feature engine, built in Japan and shipped to CAMI Automotive in Ingersoll, Ontario, Canada, where the XL7 is assembled with the Equinox and Torrent, and also the second-generation Suzuki XL7 is Suzuki's first entry in the crossover SUV segment. Styling cues on the 2007 include a chrome slotted grille and trapezoidal headlights.In May 2009, Suzuki halted production of the XL7 indefinitely due to low demand. Through May 10, 2009, CAMI Automotive Inc. had only produced four XL7s for Suzuki after producing more than 12,000 units last year.

The all-new XL7 was designed to blend SUV versatility and safety with increased driver and passenger comfort," said Koji Yamada, chief engineer, XL7. "The XL7 not only offers the cargo and seating flexibility for all aspects of a consumer's active lifestyle, but performance capabilities and safety features that give them the confidence of being in control. The all-new 2007 Suzuki XL7 evolves from a rear-wheel-drive, truck chassis SUV into a crossover SUV based on the sophisticated GM Theta platform with full-length underbody rails for added strength. The XL7 is now a front-wheel-drive vehicle that features four-wheel independent suspension and available all-wheel drive. The standard powertrain for the Suzuki XL7 is a GM-designed, Suzuki-built 3.6-liter, V6 DOHC engine rated at an estimated 250 hp with 243 lb-ft of torque. The XL7's 3.6-liter, High Feature (HF) engine with variable valve timing will be built under license by Suzuki in Japan using Suzuki engine-building technology at the Sagara engine plant. The XL7 engine was developed as a joint effort between Suzuki and GM engineering and features unique Engine Control Unit (ECU) calibration. The use of the existing platform architecture accelerated the completion of the vehicle, which has been in development for three years. The 3.6-liter, six-cylinder, DOHC engine is matched to a five-speed automatic transmission that features a manual-shifting (manumatic) mode. Although the new engine is nearly one liter larger than the 2.7-liter engine used in the previous XL-7, the new, larger XL7 was designed to deliver fuel economy equal to or better than its predecessor. EPA fuel economy estimates are 18 mpg/city and 24 mpg/highway for front-wheel-drive variants and 17 mpg/city and 23 mpg/highway for all-wheel drive. Towing capacity is rated at 3,500 pounds.

The sophisticated chassis delivers nimble, car-like ride and comfort whether driving on the highway, city streets or rural roads. The XL7's responsive road manners communicate a sense of confidence and control in virtually every driving scenario, while still providing refined Noise, Vibration and Harshness (NVH) performance at or near the top of the midsize SUV category. The XL7 features four-wheel independent suspension with MacPherson struts in the front and a multilink design in the rear. The independent rear suspension is fitted with hydraulic shock absorbers in the five-passenger configuration and Nivomat self-leveling rear shock absorbers when configured for the available seven-passenger design. The all-new XL7 is fitted with a true dual exhaust system, constructed of durable, long-lasting stainless steel. The system was designed for quiet, refined exhaust tones to achieve "best in class" NVH in terms of quietness and tonal quality. The exhaust system features two downpipes, two catalytic converters, a center muffler, two side mufflers and two 3.5-inch diameter exhaust tips.The XL7's safety features start with the body structure itself -- a combination of computer-designed high-strength, dual-phase and galvanized steels. The body structure is computer-designed to manage loads -- to effectively transfer energy absorbed during impacts around the interior compartment and occupants -- in both front and rear crashes.The unibody construction is a high-strength steel structure, incorporating full-length frame rails and a safety cage in the middle into a single, welded unit. It also is designed with front and rear crush zones engineered to collapse in a controlled manner to help absorb crash energy while protecting the integrity of the occupant safety cage.The safety cage is reinforced with welded, tubular-section members that frame door openings and support the roof and steel members in the doors. The combination of single-piece door aperture and door beam reinforcements help resist side-impact intrusion.