Monday, May 16, 2011

Land Rover Range Rover, 2010

Land Rover Range Rover, 2010

 

 

Powerful new engines, advanced interior technologies and enhanced driving dynamics reinforce the position of the 2010 Land Rover Range Rover as Land Rover's most complete luxury all-terrain vehicle. Land Rover's flagship has been comprehensively updated to deliver more refined and efficient performance, along with the ultimate in interior comfort and craftsmanship.

The 2010 Land Rover Range Rover has two brand new 5.0-liter LR-V8 engines - the top of the range 510 bhp supercharged unit, and the 375 bhp naturally aspirated version. Both engines were developed in-house by the Jaguar Land Rover powertrain team, with the requirements of the Land Rover Range Rover in mind from day one.

The LR-V8 engines have been developed to deliver more power and refinement but without a corresponding increase in consumption and emissions. The result is a pair of lightweight direct fuel injection engines with class-leading efficiency, which provide significantly more usable low end torque and superior dynamic responses without compromising power at higher RPM. Both engines are compliant with stringent U.S. ULEV2 emissions regulations.

The performance of the all-new naturally aspirated LR-V8 is now a virtual-match for the outgoing 4.2L supercharged engine. The new naturally aspirated vehicle completes the 0-60 mph sprint in 7.2 seconds (just 0.1 seconds off the pace of the outgoing supercharged unit). For those who want the ultimate performance Land Rover Range Rover, there is now the all-new LR-V8 5.0L Supercharged, which is propelled from rest to 60 mph in an impressive 5.9 seconds.

The 2010 improvements include subtle exterior revisions, featuring discrete changes to the headlights, grille and bumper which enhance the classic Land Rover Range Rover design with more contemporary detailing. The interior benefits from more luxurious materials and finishes which add further refinements to the premium cabin ambiance.

A dramatic innovation is found in the instrument cluster. Here, traditional physical instruments are replaced by a 12" Thin Film Transistor screen which presents all essential driver information via cleverly designed 'virtual' dials and graphical displays.
The vehicle incorporates state-of-the-art Adaptive Dynamics technology (optional on LR-V8 naturally aspirated) to further improve the Land Rover Range Rover's peerless ride quality. All-terrain performance is also enhanced by updates to the Terrain Response™ and Stability Control systems.

To complete the package, the 2010 Land Rover Range Rover benefits from a series of enhanced active safety aids including Adaptive Cruise Control, Emergency Brake Assist, Blind Spot Monitoring, available Automatic High Beam Assist (AHBA) and an available surround camera system.

The Land Rover Range Rover gets an all-new engine line up with a choice of two 5.0-liter LR-V8 units in supercharged and naturally aspirated guise. The two engines were developed in conjunction with Jaguar, which is the first time engines have been designed from the onset with the requirements of both brands in mind. Shared primary objectives included the highest possible torque and fast response from low revs.

Though the basic engine architecture of both engines is the same for each brand, Land Rover engine requirements differ to satisfy demanding all-terrain needs. For example, the engines feature a deeper sump to accommodate the extreme tilting angles experienced when driving the Land Rover Range Rover off-road, and to accommodate the front differential which attaches to it. In addition, belt drives are waterproofed, as are the alternator, air conditioning compressor, power steering pump and starter motor.

The supremely powerful supercharged LR-V8 delivers 510 bhp and 461 lb/ft of torque, while the naturally aspirated version produces 375 bhp and 375 lb/ft of torque. Two of the most advanced engines ever built, they are packed with innovative features to ensure that they are also two of the most efficient in their class.

Both derivatives were developed with an emphasis on delivering a smooth, refined and responsive driver experience, with excellent power characteristics. Compared to the current 4.2-liter V8 the supercharged engine increases power and torque outputs by 29 percent and 12 percent respectively.

Yet when it comes to regulated emissions both engines are incredibly clean, meeting the stringent American ULEV2 (ultra low emissions vehicle) regulations.

Direct injection - increased power and torque, lower emissions
One of the key features of the new LR-V8 is an industry first, centrally-mounted, multi-hole, spray-guided fuel injection system, delivering fuel at a pressure of up to 150bar (2,175 psi) directly to the cylinder. The positioning of the injectors ensures fuel is precisely delivered to the center of the combustion chamber, maximizing air-fuel mixing, and improving combustion control.

Fuel is delivered by twin, high pressure fuel pumps driven via an auxiliary shaft in the all new engine block. Delivery of fuel direct to the cylinder has substantially contributed to improved low speed, dynamic response which is particularly useful off-road while adding to driving pleasure on-road. The charge cooling effects of the direct injection fuel system have allowed the compression ratio of the naturally aspirated engine to be raised to 11.5:1, further improving the engine efficiency.

6th generation Eaton™ supercharger - quieter and more efficient.
A sixth generation, Eaton™ twin vortex system (TVS) supercharger is fitted to the 510 bhp engine. A compact Roots-type unit, it feeds air through twin intercoolers which in turn are water-cooled by their own cooling circuit. The high helix rotor design both improves the supercharger thermodynamic efficiency and improves noise quality to the point where the unit is virtually inaudible. The intercoolers reduce the temperature of the pressurized intake-air and so optimize power.

The air intake has been radically redesigned compared to the previous V8. The intake air path is a direct feed to the supercharger inlet from the centrally mounted front throttle body. Air is delivered through twin air boxes which reduce flow loss and further increase efficiency. Mechanically, the new supercharger and its intercoolers are efficiently packaged in the V of the engine to deliver a low overall engine height.

New variable camshaft timing system boosts engine torque, saves energy
A new type of variable camshaft timing system (VCT) on the V8 engine introduces another industry first. The four VCT units are activated by the positive and negative torques generated by opening and closing the intake and exhaust valves, instead of by oil pressure. This has allowed the engine oil pump to be reduced in size, saving energy and reducing fuel consumption.

VCT units work independently on all four camshafts with 62 degrees of authority on the inlet cams and 50 degrees of authority on the exhaust cams. Timing is optimized by the engine control unit for torque, power and efficiency at every point in the engine's speed range.
The response rate of the new VCT units is 25 percent quicker than before with actuation rates in excess of 250 degrees per second. This delivers a more immediate engine response to the driver's demand.

Camshaft profile switching - flexibility with performance
In addition to VCT, the naturally aspirated LR-V8 is also equipped with camshaft profile switching (CPS) on the inlet camshaft. Depending on the engine's running conditions and the requirements of the driver, the CPS will switch between a profile that is ideal for low speed driving, and another which gives increased valve lift for high performance. This feature helps endow the Land Rover Range Rover with ample low end torque in demanding terrain, yet fully exploits the potential of the 5.0-liter V8 when conditions allow.

An hydraulically-actuated two-piece tappet switches between profiles on the tri-lobe camshaft altering both the lift and duration. The cam lobe profile selected for engine speeds below 3000 rpm has a duration of 214 degrees and lifts the valves 5.5mm. This optimizes gas velocity for improved low-speed torque and reduces valve train friction for improved fuel efficiency. For high-speed driving, CPS switches to a cam lobe with a duration of 250 degrees and valve-lift of 10.5mm, allowing greater air flow into the engine for high power.

Variable Inlet Manifold (VIM) optimizes power and torque
Complementing VCT and CPS on the naturally aspirated LR-V8 is a new variable inlet manifold (VIM) which can vary the length of its eight inlet tracts to optimize power and torque throughout the rev range. As a consequence, the engine can develop the maximum possible low-end torque yet breathe well enough to develop the maximum possible power at high rpm. Vacuum operated actuators open valves to select a longer, 680mm, inlet tract at low revs, increasing the rate of both the airflow and the engine torque. As the revs climb beyond 4,700rpm, the actuators select a shorter, 350mm, path allowing a greater volume of air into the engine for higher power. The actuator position is continually optimized by the engine control unit for torque and efficiency throughout the engine speed range.

Warm up quickly with reverse flow cooling
The search for greater efficiency has in some areas led to a complete rethink of fundamental engine design concepts. An example is the innovative reverse flow cooling system which delivers thermodynamic and friction improvements. The new design means coolant is pumped through the cylinder heads before flowing through the block and returning to the radiator. Since the cylinder heads remain cooler, the knock threshold is pushed back allowing greater optimization of ignition timing for improved efficiency.

In addition, the 22 kW oil to water heat exchanger, packaged at the core of the engine, transfers heat from the coolant to the lubricating oil during warm up, bringing the oil up to operating temperature 14 percent faster than the previous cooling system. This 'reverse flow' approach substantially improves fuel consumption in the crucial engine warm-up period and helps warm the cabin more quickly.

Land Rover Freelander 2 Sport, 2010

Land Rover Freelander 2 Sport, 2010

 
 

In showrooms early 2010, the Land Rover Freelander 2 Sport will be available with two derivatives and two colours - Santorini Black and Lago Grey. Both will feature exclusive 19" limited edition diamond-turned alloy-wheels, a unique two-tone interior together with a rear spoiler, colour-keyed exterior trim and matching door handles and mirror casings.

There is a standard model available in both Black and Lago Grey with cloth interior and one with a sports styling pack available only in Lago Grey.

A unique two-tone interior is introduced on both derivatives, in contrasting Ebony and Storm. The derivative featuring the sports styling pack will offer a leather interior and the standard version with a cloth/leather interior. The sporty theme continues through the cabin, with an Ebony-coloured centre-console and lower fascia complemented with two-tone door casings.

The Sport emblem is embossed on the front and outer rear seat head restraints, with Storm coloured stitching on all seats and unique Ebony interior carpet mats with contrast piping feature throughout.

The Land Rover Freelander 2 Sport is available with the powerful and economical 2.2-litre TD4 diesel power unit. The manual diesel comes with Stop/Start technology delivering an 8% improvement on CO2 emissions compared to the previous manual diesel Land Rover Freelander 2 (from 194g/km to 179g/km) and fuel consumption is reduced (from 37.7 to 42.2mpg - an improvement of 4.5mpg).

Land Rover Discovery 4, 2010

Land Rover Discovery 4, 2010

 
 

The new, fourth generation of Land Rover's supremely versatile seven-seat vehicle gains a new name - Land Rover Discovery 4 - to go with its powerful and highly efficient new TDV6 diesel engine, fresh exterior identity and more premium cabin. The class-leading breadth of capability is extended even further with dynamic improvements for both road and off-road driving, and Land Rover has added a battery of user-friendly new technologies and features.

"The outgoing Land Rover Discovery 3 has well over 100 international awards to its name. But we've found ways to improve virtually every aspect of the vehicle's design and engineering - some subtle, some major. New design signals comprehensive engineering change under the skin, and now gives us the Land Rover Discovery 4," says Phil Popham, managing director.

Star billing on the Land Rover Discovery 4 goes to the highly efficient and refined new LR-TDV6 3.0 twin turbo diesel engine. This delivers a 9 percent fuel economy improvement (EU combined cycle) and ten percent less CO2 emissions, at the same time as increasing power by 29%, all compared with the existing 2.7-litre engine. Torque increases even more, up 36% to 600Nm - believed to be the highest torque output of any 6-cylinder, production diesel, passenger vehicle engine in the world.

The power and torque are both accessible across the entire rev range, to deliver immediate throttle response and effortless cruising ability. The results include a 0-60mph time of 9.0 seconds, (0-100 km/h in 9.6 seconds), a 24 percent improvement over the 2.7-litre.
Land Rover's engineers have also transformed the on-road ride and handling for the new generation Land Rover Discovery 4, and even improved on the near-legendary off-road capabilities of its predecessor. The comprehensive changes include new suspension components, revised steering, larger brakes, improved traction control, and enhancements to the award winning Terrain ResponseTM system, which helps optimise the vehicle for virtually all on-road or off-road driving situations.

The iconic exterior design has been updated, most obviously with smoother and simpler surfaces at the front, including a new, more aerodynamic bumper. The sportier new lights help give the vehicle new character, and include LED technology front and rear. The sophisticated new front headlights include High Beam Assist, switching on or off, as conditions require.
The interior is completely redesigned, with a transformed dash and centre console, new seats and an array of new, user friendly features.

New features available for the Land Rover Discovery 4 include a Portable Audio Interface, DAB radio, a new five-camera 'surround' system, for easier parking and towing, and a new key system which offers Keyless Entry and Push Button Start.

e-Terrain technologies boost economy and lower CO2 emissions
The new Discovery is packed with features aimed at reducing fuel consumption and reducing CO2 emissions. The new LR-TDV6 3.0 Sequential Turbo Diesel engine was designed from the outset to deliver class-leading fuel economy and improved low-end torque.

The parallel sequential turbocharging system of the 3.0-litre diesel makes use of its larger, primary turbo most of the time. The smaller secondary turbo remains dormant when higher power is not required, reducing pumping losses and consequently, fuel consumption. A highly efficient, third generation common rail injection system with piezo injectors and fuel metering, also makes a substantial contribution to fuel economy.

The new engine has been also been optimised for low-end torque as well as economy, making it possible to activate the lock-up clutch of the ZF HP-28 automatic transmission at lower speed. This reduces 'slip' in the hydraulic torque converter improving both fuel consumption and CO2 emissions. The higher torque at lower rpm also enables longer gearing for more economical cruising.

The Discovery incorporates several other energy saving features too. At standstill, the idle speed of the V6 has been reduced from 750rpm to 710rpm, giving a fuel saving without compromising refinement. An Intelligent Power Management System includes Smart Regenerative Charging, so whenever possible the alternator charges the battery when it is most economical to do so, such as when the car is coasting rather than accelerating.

Aerodynamic changes to the front end, with the revised front lower chin spoiler and new front wheel deflectors, help to reduce drag by increasing underfloor airflow.
The new air conditioning pump is driven through a clutch which disengages when the air conditioning is not in use reducing parasitic losses and delivering improvements in fuel consumption and CO2 emissions.

At the heart of the improvements introduced with Land Rover Discovery 4 is an exceptional and highly efficient new diesel engine. The LR-TDV6 3.0 sequential turbodiesel is based on the existing LR-TDV6 2.7-litre engine, but radically redesigned to deliver substantially higher performance, lower emissions and better fuel economy.

The 2.7-litre has won many admirers as one of the most refined diesels ever made. The new, twin turbocharger LR-TDV6 3.0 boasts substantial increases in both power - up 29 percent to 245PS - and torque, up 36 percent to 600Nm. The ability to deliver maximum torque at just 2,000rpm, combined with unparalleled throttle response, substantially enhances the Discovery's already acclaimed ability both on and off-road.
The new 3.0-litre diesel can significantly out perform its rivals by delivering 500Nm in only 500 milliseconds from idle. From the driver's perspective this means instantaneous access to 83 percent of maximum torque.

But despite this extra performance, engine emissions are dramatically reduced. When fitted with DPF, the new LR-TDV6 3.0 meets EU5 emissions requirements (not due to come into force until 2011) and with a CO2 figure of 244g/km, it undercuts the existing 2.7-litre automatic by ten percent. Fuel economy is also improved by 9 percent, delivering 30.4mpg (9.3 l/100km) on the EU Combined cycle.

The new 3.0-litre engine has been developed by a joint Jaguar Land Rover team, with base characteristics designed from the outset with the requirements of both brands in mind. High levels of torque and fast response from low revs perfectly suits both Jaguar and Land Rover DNA. The Jaguar version, the AJ-V6D Gen III S, was recently launched in the new Jaguar XF.

The LR-TDV6 engine has a deeper sump than its Jaguar sibling, to ensure the efficiency of the lubrication system is not compromised when venturing off-road. The oil scavenge system of the turbochargers has been enhanced for a similar reason, ensuring no oil collects in the turbochargers at extreme angles in off-road conditions.

Twin-turbos - immensely efficient, highly responsive
A key feature of the new LR-TDV6 3.0 is the unique, parallel sequential turbocharger system, the first of its type to be fitted to a V-engine anywhere in the world. Delivering high torque throughout the entire engine-rev range, improved throttle response and low CO2 emissions, the twin-turbochargers work sequentially to provide unrivalled response and best-in-class torque at low engine speeds, while also packing a huge punch at higher speeds.

Driving a turbocharger requires pressure from the exhaust, creating pumping losses in the engine and increasing fuel consumption. Under the control of the engine management system, valves isolate the secondary turbocharger both from the exhaust stream and the engine inlet tract when it is not required. A balance pipe connecting the two manifolds allows the gas from both manifolds to feed through the primary turbocharger.

The new 3.0-litre diesel can significantly out perform its rivals by delivering 500Nm in only 500 milliseconds from idle, unlike many diesels which can suffer turbo-lag at very low revs. From the driver's perspective this means instantaneous access to 84 percent of maximum torque.

Third generation common rail
A new common rail fuel-injection system delivers up to five injections on each cycle at a pressure of 2000bar. Each injector tip is perforated by seven holes through which finely atomised fuel is sprayed into the cylinders. The high-pressure injection increases power, improves economy and reduces both CO2 and particulate emissions. New, high-speed piezo injectors are designed to keep injection noise to a minimum.

Piezo crystal 'packs' operate each injector by expanding when an electric current is passed through them. They react virtually instantaneously but make a distinctive click when fired, which can add to diesel engine noise at idle. The crystals in Land Rover's new injectors are fitted nearer the tip meaning they are mounted deeper inside the engine providing better sound insulation and quieter operation.

Rugged yet lightweight
The two cylinder heads, with four valves per cylinder, are made from aluminium and the cylinder block is made from compact graphite iron (CGI) as before. The higher tensile strength of CGI makes it possible to cast a smaller block some 80mm shorter than a conventional 'grey' cast iron equivalent.

The new, water-cooled, exhaust gas recirculation system (EGR), important for reducing pumping losses and emissions of NOX in a diesel engine, is more efficient and consumes less power than its predecessor, with the valves allowing exhaust gas into the system being located on the 'hot side' of the engine nearest the exhaust manifolds. These valves never cool while the engine is running, so there is no condensation of combustion deposits which occurs on engines fitted with 'cold side' valves, hence the EGR system always works at maximum efficiency. Since the EGR cooling is so effective, exhaust gasses can bypass the system and return to the exhaust pipes, allowing faster engine warm-up from start-up and reducing emissions still further.

EU 5 emissions regulations have been achieved using conventional diesel oxidation catalysts and diesel particulate filters (DPFs). NOX levels are reduced sufficiently at source through the combustion system design, the addition of the new common rail injection system and the new EGR system with by-pass. As a result, specialised NOX exhaust after-treatment is unnecessary, avoiding a potential cost and the need to use additional precious metals in the exhaust system.

Friday, May 13, 2011

Mitsuoka Type-F, 1997

Mitsuoka Type-F, 1997




Mitsuoka Type-F, 1997

Mitsuoka Ray, 1997

Mitsuoka Ray, 1997



Mitsuoka Ray, 1997



Buick Rendezvous, 2003

Buick Rendezvous, 2003

 
The Buick Rendezvous, introduced in the spring of 2001 as a 2002 model year vehicle and produced through the present, is a sport utility vehicle produced by the Buick division of General Motors.

Background
Given the fact that the vast majority of SUVs were rarely taken off-pavement by their owners, much less driven under serious off-road conditions, a new type of car-based "crossover SUV" was developed that was hoped would provide all the elements that customers actually wanted from their SUVs such as cargo carrying capacity, elevated seating height and the suggestion of an active outdoor lifestyle with less of the negative attributes typically associated with traditional SUVs such as poor gas mileage, uncomfortable ride, high step-in height, propensity to roll over, etc. The formula of a car-based "soft-road" luxury SUV had proven marketable by the highly successful Lexus RX300 and was thought to be a promising new market category for Buick to exploit within this extremely profitable portion of the ever-expanding SUV category.

Technology and notable features
Buick's first truck in its lineup since 1923, the Rendezvous was billed as a combination of the best attributes of a minivan (large cargo capacity, seating for up to seven), a luxury automobile (ride, handling, smoothness) and a sport utility vehicle (truck styling and available all wheel drive).
The Rendezvous was produced at General Motors' Ramos Arizpe, Mexico assembly plant, where it shared an assembly line with the Pontiac Aztek.

In lieu of four wheel drive, the Rendezvous offered Versatrak, a full-time, fully-automatic all wheel drive system which provided sure-footed traction in the snow and wet could handle moderate off-road surfaces, but was not meant for boulder-climbing Rubicon Trail-type activities.
Like the Pontiac Aztek, the Buick Rendezvous is based on a shortened version of GM's 2nd generation U platform minivans.

Buick benchmarked their Park Avenue luxury sedan as the prototypical target for ride and handling for the Rendezvous. In order to provide a luxurious and responsive car-like ride, all Rendezvous came equipped with a fully independent rear suspension system regardless of optional content or trim level.

The Rendezvous' instrument cluster detailing featured teal illuminated needles and numbers set in a silver face accented by chrome trim rings that was meant to evoke the luxurious look and feel of an expensive watch or designer bracelet.
The Rendezvous boasted the ability to carry seven passengers when equipped with a third-row bench, a class-leading feature that Buick brought to market before its competitors.

The Rendezvous is able to carry within its interior the proverbial 4'x 8' sheet of plywood, a common and useful task most of its competitors are unable to perform.

In support of the Rendezvous' intended role as a versatile accoutrement for busy, upper-middle class people with families, it provided a center console with storage space and power points for a laptop computer as well as a separate spots to hold a woman's purse, a cell phone, pager or other small items that the owner would want to keep organized and readily accessible as well as an optional rear cargo organizer system and rear seat stereo system controls with headsets.

On the uplevel CXL model, a driver information center on the instrument panel provided the outside temperature, compass functions, a trip computer that included readings of fuel economy, range and fuel used. An optional second generation heads-up display was also available.
An optional tire inflation monitoring system provided readings of tire pressure and warned if out of the specified range was a clever feature in the wake of the Ford Explorer/Firestone debacle that was in large part attributable to underinflated tires.

Sales success
The Rendezvous was a badly needed success for Buick, given the literal die-off of its aging customer base, and singlehandedly brought a large number of younger, wealthier "conquest" buyers into Buick showrooms who otherwise wouldn't have considered purchasing a Buick.

Certainly a major contributor to the Rendezvous's success was an aggressive value-pricing strategy that made the Rendezvous $6,500 less than a comparably equipped Acura MDX and $8,000 less than the Lexus RX300.
The Rendezvous handily exceeded GM's predictions of 30,000 to 40,000 units a year by a large margin, which helped offset the poor sales of the Pontiac Aztek with which it shared its Ramos Arizpe, Mexico, assembly line.

Buick Park Avenue Ultra, 2003

Buick Park Avenue Ultra, 2003

 
The Park Avenue was Buick's flagship sedan. A luxury trim level, the Ultra (1991), was also available throughout the Park Avenue's run. The Buick Park Avenue Ultra luxury sedan featured a more powerful 205-240 hp supercharged V6 that became standard in 1992 versus the regular 170-205 hp V6. Prices for the Park Avenue ranged from $34,705 for the regular Park Avenue and $39,225 for the Ultra luxury trim.

1997-2005
An updated Park Avenue was released in 1997. Riding on the Buick Riviera's G-body, it was stronger and more substantial than its predecessor. New generations of the 3800 engine continued as the only powerplant, and the Park Avenue continued with minor updates since this date. The Park Avenue was discontinued for 2006 and replaced by the Buick Lucerne. The Lucerne also replaces the nearly identical but smaller Buick LeSabre.

Monday, May 2, 2011

Subaru Leone, 1972

Subaru Leone, 1972

 
The Subaru Leone is a compact automobile produced by Subaru from June 1971 to February 1989 when it was replaced by the Subaru Loyale, which was essentially the same car, only with a different name. The Leone was known as the "GL/DL" in North America. The Leone was offered in sedan and hardtop coupe format from launch and station wagon format starting in September 1972.

This nameplate covered three generations of compact Subaru; the dates given below are for North American-market vehicles.

    * 1972 model year - GF hardtop coupe offered alongside existing G-series sedans and wagon.
    * 1973 model year; G series replaced by new (Loyale) two- and four door sedans and 5-door wagon.
    * 1975 model year - All-wheel drive wagon offered.
    * 1978 - AWD-only pickup added, marketed as Subaru Brat in North America and Subaru Brumby in Australia. Sedans and wagons offered in plainer DL and fancier GL trim.
    * 1980 - SECOND GENERATION - restyled body for passenger cars. Two-door sedan dropped, replaced by 3-door hatchback on a shorter wheelbase than the others, available with AWD. Pickup continues on old body. 5-speed manual transmission supplied with 2WD GL sedans and wagon and GLF hardtop.
    * 1982 - Pickup now restyled, catches up with passenger cars.
    * 1983 - GL now midlevel trim, fancier GL-10 trim for all bodystyles replaces hardtop-only GLF. Turbocharged engine ("Turbo-Traction") available on AWD GL-10s. AWD now available on sedans and hardtops, and with 5-speed or automatic transmission for the first time. Minor trim changes for all models include "honeycomb" grille texture, Mercedes-style ribbed taillight lenses, and plastic-covered bumpers (except North American 2wd models). GL and GL-10 now have quad headlights.
    * 1985 - THIRD GENERATION sedan and wagon with larger, angular body. Quad headlights now on base DL, composite headlights on GL and GL-10. Hardtop discontinued, second gen. hatchback and pickup continue without change.

The Leone soon became a success in areas where people wanted four wheel drive (4WD), but didn't want a larger car. It soon became the world's top-selling 4WD.

A nice feature about the car is that you can enable/disable the 4WD as you drive with a button on the gear shifter. When the car is not in 4WD mode it is in FWD (Front Wheel Drive) mode. This is much more economical since the engine doesn't have to power both the front and rear axle. So if you are getting to a steep hill you just enable 4WD and you climb up the hill with ease.

Another smart feature is the hill-holder. With this you don't have to hold the break when standing in a hill. You only hold in the clutch and press the breake once, the car will then automatically hold the break, helping you get a better start. The car is powered by a water-cooled, horizontally-opposed, 4-cylinder OHV engine.

The first Subaru Legacy was originally intended to be a Leone replacement, but the car was moved upmarket. The Leone remained in production until 1993, when the slightly smaller Subaru Impreza replaced it.

Lancia Astura 230, 1931

Lancia Astura 230, 1931


Lancia Astura 230, 1931

Lancia Artena 228, 1931

Lancia Artena 228, 1931


Lancia Artena 228, 1931