Image credits: © Land Rover.

2015 Land Rover Range Rover Sport SVR news, pictures, specifications, and information
◾The 2015 Range Rover Sport SVR will be the first Land Rover vehicle to wear the new high-performance SVR badge
◾The Range Rover Sport SVR is the most dynamically focused Land Rover vehicle ever produced
◾To see the official 2015 Range Rover Sport SVR launch video CLICK HERE
◾The SVR features a 550hp 5.0-liter supercharged V8 engine capable of accelerating from 0-60 mph in 4.5 seconds wîth a top speed of 162 mph1 on the track
◾Tested on the Nürburgring Nordschleife, the SVR recorded a lap time of 8 minutes 14 seconds. To see the Range Rover Sport SVR in action on the Nürburgring CLICK HERE
◾Pricing starting at $110,4754

(MAHWAH, N.J.) - August 10, 2014 - Capable of accelerating from 0-60 mph in 4.5 seconds wîth an electronically limited top track speed of 162 mph1, the Range Rover Sport SVR will be the first Land Rover vehicle to wear the new high-performance SVR badge.

The SVR features a 5.0-liter supercharged V8 engine which has been developed to produce 550hp and 502lb-ft of torque - a 40hp and 41lb-ft increase over the standard supercharged V8 - while its advanced ZF® 8HP70 eight-speed automatic transmission and four-wheel-drive chassis have been tuned to complement the astonishing performance.

Showcasing an electronically controlled two-stage active exhaust, the SVR produces an inspired soundtrack at higher engine speeds while maintaining refinement during steady-state driving. Emphasizing all-terrain capability, vehicles are equipped wîth 21-inch alloy wheels wîth 275/45 R21 all-season Continental Cross Contact tires.

The exterior design of the SVR makes a visual impact, while functionally boosting cooling and aerodynamic efficiencies. Similarly, a modified interior featuring sport seats provides visual differentiation and offers increased support during spirited driving.

Producing a lap time of 8 minutes 14 seconds on Germany's legendary Nürburgring Nordschleife racetrack, the Range Rover Sport SVR unleashes the full potential of the lightweight and robust all-aluminum architecture, while retaining refinement, luxury and off-road capability.

Speaking ahead of its global premiere, John Edwards, Managing Director of Land Rover Special Operations, said: 'The Range Rover Sport SVR is a natural progression beyond the core vehicle's outstanding on- and off-road capabilities and leading-edge design. It's exhilarating performance will satisfy a particularly demanding customer set.'

'A thorough range of revisions specially developed by Land Rover's Special Vehicle Operations combine to make this premium derivative even more distinctive both inside and out, as well as taking its dynamic capabilities to the next level without impacting on comfort, refinement or all-terrain versatility. The Range Rover Sport SVR is truly the world's most capable performance SÚV.'

The Range Rover Sport SVR - designed, engineered and built in Britain - amplifies the engineering integrity, robustness and attention to detail that are Land Rover hallmarks. The Range Rover Sport was introduced in 2005, wîth over 500,000 vehicles built to date. The Range Rover Sport SVR builds on the success of the Range Rover Sport. Its all-aluminum unibody reduces weight by 39 percent compared wîth its predecessor and provides a strong, stiff and lightweight structure on which to create the Range Rover Sport SVR. The Range Rover Sport SVR was created by the Jaguar Land Rover Special Vehicle Operations team and will be built alongside existing models and sold through the Land Rover retailer network.

Section 1 - THE MOST POWERFÚL LAND ROVER VEHICLE EVER

The heart of the Range Rover Sport SVR is an evolution of the JLR all-aluminum 5.0-liter supercharged V8 engine. With cast-iron cylinder liners and cross-bolted main bearing caps, this engine features a combination of strength, performance and refinement.

To increase performance, engineers at Special Vehicle Operations have tuned the Bosch management system and increased maximum supercharger boost pressure resulting in power and torque increases of 40hp and 41lb-ft respectively. Producing 550hp and 502lb-ft of torque, the SVR boasts a 0-60 mph time of just 4.5 seconds and an electronically limited top track speed of 162 mph1.

The Range Rover Sport SVR design enhancements include larger air intakes in the front bumper to increase airflow to two intercoolers that reduce the temperature of pressurized air from the supercharger before it enters the engine.

In Dynamic mode, sport driving characteristics are intensified thanks to sharper throttle response and more incisive gearshift logic2. In addition, the fuel supply is controlled on deceleration, creating a characterful crackle through the exhaust.

The engine's advanced and highly efficient design characteristics include: low internal friction; high-pressure direct injection wîth a centrally mounted, multi-hole, spray-guided injection system; dual independent variable camshaft timing (VCT); and an advanced intelligent Stop/Start system that stops the engine instead of idling and instantly restarts it when the driver is read to proceed.

Section 2 - DYNAMICALLY FOCÚSED DRIVELINE

The smooth and responsive eight-speed ZF® 8HP70 automatic transmission has been retuned for the available performance. With a sure-footed four-wheel-drive system, the transmission receives additional torque in its lower gears to achieve a thrilling 0-60 mph time of just 4.5 seconds1.

Equipped wîth eight close ratios, shift times have been reduced by up to 50 percent through the implementation of rapid and precise fuel cut-offs during upshifts. This leads to shorter, more visceral and audibly crisper shifts while utilizing engine inertia for a sense of acceleration through the shift. It also creates a more immediate connection to the vehicle, and ensures the engine is constantly within its power band.

The transmission's adaptive shift strategy monitors acceleration and brake inputs, lateral cornering forces, kickdown requests and even the severity of gradients, before choosing one of 25 pre-determined programs to seamlessly adapt to driver behavior and road conditions. Sportier driving triggers more aggressive gearshifts and defers upshifts.

To improve dynamic stability, the throttle is automatically blipped during high-speed downshifts, smoothing the transition between ratios. This function also allows the transmission to perform a series of rapid downshifts under hard braking wîth maximum refinement and control. Corner Recognition maintains one gear through a turn to improve stability while also ensuring a keen response once the bend straightens and the driver can accelerate. Similarly, the transmission recognizes a series of overtaking maneuvers and maintains a lower gear to ensure instant acceleration2.

Despite this performance focus, there is no impact on refinement: the ZF eight-speed transmission's torque converter operates for smooth take off in first gear, but is bypassed by a locking clutch from second gear. This creates a direct link between the transmission and the driven wheels.

The transmission is controlled via either §teering wheel-mounted paddle shift controls, or the gear lever. Drivers can default to full automatic mode, make occasional manual interventions, or push the gear lever to the left to gain manual control. In manual mode, gear shifts are made via the paddle shift controls, or by pushing the gear lever forwards for downshifts and pulling back for upshifts, echoing the shift logic of racing cars. In Dynamic mode, the shift strategy will not upshift at redline and will only downshift to prevent engine speeds below idle speed2.

The Range Rover Sport SVR has been engineered to deliver an incredible breadth of capability. The SVR is fitted wîth permanent four-wheel drive and a two-speed transfer case, wîth a low-range option for demanding terrain, and a 50/50 percent torque split front-to-rear.

Optimum traction is maintained wîth the aid of an electronically controlled multi-plate clutch in the center differential, which distributes torque between the front and rear axles - up to 100 percent can be channeled to either axle in extreme conditions. Sophisticated electronic traction-control systems further contribute to capability.

The transfer case offers selectable low- and high-range, using a two-speed fully synchronized shift on the move' system which allows the driver to change between the two at up to 37 mph for exceptional flexibility. High-range provides a direct drive ratio of 1:1, while the low-range ratio is 2.93:1, providing an extremely low crawl speed. This allows for an overall crawl ratio of 45.542:1.

To optimize traction and stability, the Dynamic Active Rear Locking Differential has been recalibrated. The differential now locks earlier and to an increased extent, satisfying performance-minded drivers and ensuring torque is transferred to the rear wheel wîth most traction, increasing agility2.

Torque Vectoring is also uniquely recalibrated. It uses the car's brake system to create the effect of a torque-vectoring differential, constantly balancing the distribution of engine torque between the four wheels during cornering, for improved grip and §teering, and reduced understeer2.

The system monitors the vehicle 100 times per second via the Dynamic Stability Control (DSC) module. As the car accelerates through a corner, the system uses yaw sensors to detect the beginning of understeer. Imperceptible levels of braking are then used to correct the vehicle attitude, while engine torque is transferred to the outside wheels, which have more grip, thus maintaining traction and §teering control2.

Section 3 - LEADING-EDGE DESIGN

The exterior design and luxurious interior of Land Rover's premium sports SÚV have been enhanced for the Range Rover Sport SVR wîth a range of dynamic improvements.

Designed exclusively by Jaguar Land Rover's Special Vehicle Operations (SVO), the Range Rover Sport SVR makes a strong visual statement. These include a front bumper wîth muscular trapezoidal air intakes, dark Range Rover script on the clamshell hood, which also features revised vents, and a new grille in a dark finish that contrasts wîth the headlights' LED signature lighting. At the side of the vehicle, an all-new fender incorporates a distinctively designed vent, while unique side moldings add muscularity. At the rear, prominent Range Rover Sport SVR badging and a pronounced high-level spoiler wîth a centrally mounted brake light signal the vehicle's sporting intent. The unique rear bumper features a gloss black diffuser, which incorporates unique quad exhaust pipes, instantly differentiating this high-performance derivative.

The larger air intakes in the front bumper create additional airflow for the charge air coolers that channel air to the powerful 550hp supercharged engine.

The new rear spoiler reduces lift, and has been carefully balanced wîth the new front bumper. Beneath the front bumper a new NVH comb is fitted, which reduces wind noise and improves aerodynamic efficiency. It also reduces front-end lift to help the front tires retain high levels of grip during enthusiastic driving. The deeper front bumper's more aggressive lower section can also be removed for extreme off-roading.

Additional brake cooling has also been introduced for the six-piston Brembo brake set-up, ensuring optimal stopping power.

A choice of seven color palettes are available, including the striking Estoril Blue, exclusive to the Range Rover Sport SVR. Exterior trim detailed in Black and headlights wîth black casings round-off the design enhancements, creating a visually imposing road presence.

Inside, Jaguar Land Rover's Special Vehicle Operations has differentiated the SVR wîth distinctive leather sports seats. These comfortable seats offer additional lateral support during spirited driving. Full 14-way electric adjustment is offered and the vehicle's Sports Command Driving Position2 and generous rear legroom are unaffected.

The sporting theme continues wîth the rear seats, which have been redesigned to echo the performance-oriented front seats. The result is an eye-catching four-seat aesthetic, wîth space for an occasional fifth passenger. The new rear seats recline for maximum comfort and offer full 60/40 folding capability and up to 62.2 cubic feet (1761 liters) of load space.

The seats are finished in luxurious Oxford leather wîth ribbed, quilted centers, Ebony Black top stitching, eye-catching reflective piping, and all feature the Range Rover Sport SVR logo. Four striking interior color options are available: Ebony Black; Ebony Black and Cirrus White; Ebony Black and Pimento Red; Ebony Black and Tan.

As standard, the vehicle is supplied wîth turned aluminum interior trim details, wîth optional carbon fiber trim for the door panels, center console, dashboard and §teering-wheel bezel available.

'The Range Rover Sport SVR is the ultimate in premium performance,' said Land Rover Design Director and Chief Creative Officer, Gerry McGovern. 'Crafted by Land Rover's 'Special Vehicle Operations', its performance-focused design revisions clearly differentiate the most powerful Land Rover vehicle ever produced from existing derivatives wîth its ground-hugging, assertive stance and additional road presence. This striking evolution retains the trademark DNA for which the Range Rover Sport is so widely acclaimed.'

Section 4 - EXHILARATING SOÚND TRACK

Differentiated by quad exhaust pipes, the Range Rover Sport SVR is equipped wîth a two-stage active exhaust featuring electronically controlled valves that optimize sound quality, performance and aesthetics. The new exhaust features larger diameter underfloor pipes - up from 2.2-inches (55mm) in the Supercharged V8 to 2.4-inches (60mm) - for enhanced flow characteristics.

A new exhaust soundtrack audibly distinguishes the Range Rover Sport SVR, wîth a purposeful modulation at lighter throttle openings and a higher-frequency staccato at peak performance. The electronically controlled active exhaust valves largely eliminate exhaust flow noise, creating pure engine sound through to peak engine speeds. At lower engine speeds, the electronically controlled valves close off two tailpipes. As engine speed and load increases - typically around 3000rpm - the valves open, allowing greater flow through all four exhaust pipes. A symposer enriches sound quality filtering desirable induction noise into the cabin.

Together wîth modified engine tuning that cuts the air charge far more quickly when the driver lifts off the throttle, the new exhaust also creates a pronounced crackle during deceleration. If desired, the driver can also select a quiet mode at any engine speed. The new active exhaust system has also been designed to maintain the outstanding off-road performance of the Range Rover Sport SVR should owners decide to use its 33.5-inch (850mm) wading capability2.

Section 5 - HANDLING THAT EXCITES

Vital Stats
Engine : 5.0 L., 8-cylinder
Power: 550 hp
Torque: 502 ft-lbs

8-speed Automatic
The Range Rover Sport has been praised for its high levels of comfort and extremely agile handling. The SVR takes that capability to the next level courtesy of extensive development on British country roads, German autobahns and the Nürburgring Nordschleife.

Enhanced suspension and §teering


The Range Rover Sport SVR chassis has been tuned for enhanced agility. Constructed mainly from lightweight aluminum components, the suspension is fully independent and double-isolated, wîth wide-spaced double wishbones at the front and an advanced multi-link layout at the rear. A cross-linked, four-corner air suspension and Adaptive Dynamics wîth continuously variable magnetorheological dampers is featured in the SVR. Adaptive Dynamics active damping monitors vehicle movements at least 500 times a second, adjusting the damping force almost instantaneously in response to changing road-surface conditions and driver inputs2.

The air springs feature a modified piston profile for sportier handling and composure, while the Adaptive Dynamics damper settings have been tuned for increased agility. Rear suspension subframe bushings, upgraded by 20 percent, ensure a connected response to driver inputs.

While offering a level of performance normally associated wîth performance cars, the vehicle's high levels of comfort and off-road capability have not been sacrificed: the ride quality retains its compliance and the ride height is unaltered, wîth an adjustable range from 2 inches (50mm) in access mode up to 9.3-inches (235mm) for off-roading. Wheel travel also remains identical, wîth 10.2-inches of movement at the front and 10.7-inches (272mm) at the rear. Wading depth continues to be 33.5-inches (850mm). Six Terrain Response® 2 settings continue to be available: General, Dynamic, Grass/Gravel/Snow, Mud/Ruts, Sand, and Rock Crawl. Alternatively, the 'Auto' setting intelligently selects the most appropriate mode2.

The revised Electric Power-Assisted Steering (EPAS) system featuring variable-ratio, speed-sensitive assistance, wîth added weighting for a more immediate and connected feel at speed. Únlike hydraulically assisted power-§teering systems, EPAS does not rely on an engine-driven pump, reducing fuel consumption and emissions2.

All vehicles will be equipped wîth Range Rover Sport SVR-specific 21-inch alloys and all-season 275/45 R21 tires.

Active-Roll Control tuned for flatter, faster cornering

Working in conjunction wîth air springs and Active Dynamics continuously variable dampers, the two-channel Active-Roll Control (ARC) enhances high-performance capability. Replacing traditional anti-roll bars, ARC employs actuators powered by a hydraulic pump to keep body roll in check, adapting to body accelerations up to 1000 times a second. Compared wîth earlier iterations wîth a single actuator, ARC uses two actuators to respond independently to lateral roll at each axle, providing greater precision. When the system senses vehicle roll, ARC applies an opposing torque, keeping the body level and composed. ARC allows the Range Rover Sport SVR to corner flatter and faster. Dynamic mode further reduces body roll for maximum handling capability2.

While ARC is tuned to behave uniquely for the Range Rover Sport SVR during performance driving, it uses the same software map as other Range Rover Sport models when off-road use is detected by on-board sensors. This maintains excellent off-road capability.

Section 6 - DEVELOPED AT THE NÜRBÚRGRING

With 13 miles (20.8km) of challenging twists and turns, high-speed straights, daunting crests and compressions, the Nordschleife is the ultimate test for any performance car. The SVR was subject to exhaustive testing, wîth prototype vehicles completing nearly 1000 laps around the legendary circuit. During testing and development, the SVR recorded a Nordschleife lap time of just 8 minutes 14 seconds. The SVR made its dynamic debut at the Goodwood Festival of Speed in the ÚK, powering up the 1.16-mile course to great fanfare from the motorsports community.

1 Always follow local speed limits.

2 These features are not a substitute for driving safely wîth due care and attention, and will not function under all circumstances, speeds, weather and road conditions. The driver should not assume that these features will correct errors of judgment in driving. Please consult your vehicle's owner's manual or your local authorized Land Rover Retailer for more details.

3 All figures are EPA estimates. Actual mileage may vary.

4 Price shown is MSRP. Excludes $925 destination and delivery fee. Excludes taxes, title, license and other local fees. Actual price set by retailer. See your local authorized Land Rover Retailer for details.

Source - Land Rover
Following the aftermath of World War II in 1947, the Land Rover was created by the Rover Company that (prior to the war) had produced luxury vehicles. Immediately following the war, luxury vehicles were no longer in demand, and raw materials were strictly rationed to companies building industrial equipment or construction materials, or products widely exported to earn essential foreign exchange for the country. The Series are broken down to I, II, and III to differentiate them from later models and were off-road cars influenced by the US-built Willy's Jeep.

All three models had the option of a rear power takeoff for accessories and could be started with a front hand crank. The Rover featured leaf-sprung suspension with selectable two or four-wheel drive and the Stage 1 featured permanent 4WD. The Rover company was forced to move into a large 'shadow factory' in Solihull, near Birmingham, England after their original factory in Coventry was bombed during the war. Originally built to construct aircraft, the factory was now empty but to begin car production there from scratch wouldn't be a financially viable option.

Plans were made to produce a small, economical concept called the M-Type and few prototypes were made, but it was found too expensive to produce. Land Rover's chief designer; Maurice Wilks, came up with a concept to produce a light agricultural and utility vehicle, with an emphasis on agricultural use, similar to the Willy's Jeep utilized in the war. Wilks' design added a power take-off (PTO) feature since there was an open gap between jeeps and tractors in the market. The original concept; a cross between a light truck and a tractor, was quite similar to the Unimog, which was developed in Germany at the same time.

The first Land Rover prototype was built on a Jeep chassis and used the gearbox and engine out of a Rover P3 saloon car. It had a very distinctive feature; the steering wheel was mounted into the middle of the car; so it became known as the 'centre steer'. To save on steel which was rationed at the time, the bodywork was hand-made out of an aluminum/magnesium called Birmabright. Since paint was also in short supply the first production vehicles were painted army surplus green paint. Led by engineer Arthur Goddard, the first pre-production Land Rovers were developed in late 1947.

Just like a tractor would drive farm machinery, the PTO drives from the front of the engine and from the gearbox to the center and rest of the vehicle. The vehicle was also tested plowing and performing other agricultural chores before the emphasis on tractor-like usage decreased and center steering proved impractical in use. At this point the bodywork was simplified to reduce production time and costs, the steering wheel was mounted off to the side like normal vehicles, and a larger engine was fitted, together with a specifically designed transfer gearbox to replace the jeep unit. All of these updates resulted in a vehicle that didn't utilize a single Jeep component, was shorter than its American inspiration, but heavier, wider, faster and still retained the PTO drives.

Originally the concept was designed to be in production a short 2 or 3 years to gain some export orders and cash flow for the Rover Company so it could restart up-market car production. Once production started though, it was greatly outsold by the off-road Land Rover, which developed into its own brand that today remains successful. A lot of the rugged design features that have made the Land Rover design such a success were a result of Rover's drive to simplify the tooling required for the vehicle and to use the minimum amount of rationed materials. The aluminum alloy bodywork has been retained throughout production despite it being more pricy than a conventional steel body, along with the distinctive flat body panels with only simple, constant-radius curves. Also remaining simple is the sturdy box-section ladder chassis, which on Series cars was made up from four strips of steel welded at each side to form a box, making a more conventional U or I-section frame.

Unveiled at the Amsterdam Motor Show, the Land Rover Series I began production in 1948 and continued for 10 years. Originally designed for farm and light industrial use, the Series 1 featured a steel box-section chassis and an aluminum body. Beginning as a single model offering, the Land Rover from 1948 until '51 used an 80 inch wheel base and a 1.6-liter petrol engine that produced around 50 bhp. The 4-speed gearbox from the Rover P3 was utilized with a brand new 2-speed transfer box. Much like several Rover cars of the time, the Series 1 incorporated an unusual 4-wheel drive system with a freewheel unit. Allowing a form of permanent 4WD this disengaged the front axle from the manual transmission on the overrun. The freewheel could be locked in place by a ring-pull mechanism in the driver's footwell to produce a more traditional 4WD. The Series 1 was a basic car, with tops for the doors and a roof of canvas or metal was an optional extra. The lights moved from a position behind the grill to protruding through the grille in 1950.

Since not all consumers would want a Land Rover with the most minimalistic of interiors so Land Rover launched a second body option in 1949 dubbed the 'Station Wagon'. The Wagon was fitted with a body built by Tickford; a coachbuilder known for their work with Rolls-Royce and Lagonda. With seating for up to seven people, the bodywork was wooden-framed and in comparison to standard Land Rover's, the Tickford featured leather seats, a one-piece laminated windscreen, a heater, interior trim, a tin-plate spare wheel cover and other options. Unfortunately the wooden construction made them pricy to produce and tax laws made them even worse since the Tickford was taxed as a private car and attracted high levels of Purchase Tax. Because of this, less than 700 Tickfords were sold and all but 50 were exported. Today these early Station Wagons are highly collectible.

The petrol engine in the Series 1 was replaced with a larger 2.0-liter I4 unit in 1952 with a 'Siamese bore' which meant that were no water passages between the pistons. The uncommon semi-permanent 4WD system was replaced during 1950 with a more conventional setup, with drive to the front axle being taken through a simple dog clutch. The legal status of the Land Rover was clarified around this time as well, meaning it was exempt from purchase tax.

Unfortunately this also meant that the vehicle with limited to a speed of 30 mph on British roads. Following a charge with exceeding this limit by a Land Rover owner, and an appeal to the Law Lords, the Land Rover's classification was changed to a 'multi-purpose vehicle' which was only to be classed as a commercial vehicle if used for commercial purposes. Today this classification continues to apply today with Land Rovers registered as commercial vehicles being restricted to a max speed of 60 mph (compared to the maximum 70mph for normal cars) in Britain, though this rule is rarely upheld.

Big changes came to the model in 1954 with the 80 inch wheelbase model replaced by an 86 inch wheelbase model and 107 inch 'Pick Up' version introduced. The additional wheelbase was added behind the cab area to provide extra load space.

The following year the first five-door model 'Station Wagon' was introduced on the 107 inch chassis and featured seating for up to ten people. The 86 inch model was a three-door vehicle with room for up to seven people. Very different from previous Tickford models, these new station wagons were being built with simple metal panels and bolt-together construction instead of the complicated wooded structure of the older Station Wagon. Dual purposed, the Station Wagons could be used as commercial vehicles as people-carries and also by private users. Much like the Tickford version, the wagons came with basic interior trim and equipment such as roof vents and interior lights.

The first expansion of the Land Rover range began with the Station Wagons. They were fitted with a 'Safari Roof' which consisted of a second roof skin fitted on top of the car. The roof kept the inside cool in hot temperatures and reduced condensation in cold weather. Vents fitted into the roof added ventilation to the interior. Station wagons were based on the same chassis and drive-trains as the standard vehicles, they carried different chassis numbers, unique badging and were advertised in separate brochures. Unlike the original Wagon, the new in-house versions were very popular.

To make room for the new diesel engine, the wheelbase was extended by 2 inches to 88 inches and 109 inches to accommodate the new diesel engine, which was an option the following year. With the exception of the 107 Station Wagon, which would never be fitted with a diesel, this change was made to all models and would eventually be the final series I in production.

For 1957 the 'spread bore' petrol engine was debuted, followed closely by a brand new 2.0 liter Diesel engine, that even though it had similar capacity, it wasn't related to the petrol engines used. The petrol engines at the time used the old-fashioned inlet-over-exhaust valve arrangement, while the diesel utilized the more modern overhead layout. This engine was one of the first high-speed diesels developed for road use, producing 52 hp at 4,000 rpm. The wheelbase was increased from 86 to 88 inches for the short-wheelbase models, and from 107 to 109 inches on the long-wheelbase, since the engine was slightly longer than the original chassis allowed. These extra two inches were in front of the bulkhead to accommodate the new diesel engine. For the next 25 years these dimensions were used on all Land Rovers.

In 1958 the Series II Land Rover was debuted and continued its production run until '61. It came in 88 inch and 109 inch wheelbases. The first Land Rover to receive consideration from Rover's styling department; Chief Stylist David Bache produced the well-known 'barrel side' waistline to cover the car's wider track and improved design of the truck cab variant, introducing the curved side windows and rounded roof still used today on current Land Rovers. The first car to utilize the famous 2.25-liter petrol engine, though the first 1,500 short wheelbase models kept the 52 hp 2.0 liter petrol engine from the Series 1. The larger petrol engine produced 72 hp and was closely related to the 2.0 liter diesel unit still in use today. Until the mid-1980s this engine became the standard Land Rover unit when diesel engines became more popular.

The 109-inch Series II Wagon introduced a 12-seater option on top of the standard 10-seater layout. This model was constructed basically to take advantage of UK tax laws, by which a car with 12 seats or more was classed as a bus, and was exempt from Purchase Tax and Special Vehicle Tax. This made the 12-seater Series II model less expensive than the 10-seater version, and also cheaper than the 7-seater 88 inch Station Wagon. For decades the 12-seater layout remained a popular favorite, being retained on the later Series and Defender variants until 2002, when it was dropped. The abnormal status of the 12-seater continued until the end, and these vehicles were classed as minibuses and could use bus lanes and could be exempt from the London Congestion Charge.

There was a slight bit of over-lap between Series I and Series II production. Early Series II 88 inch vehicles were fitted with the old 2-liter petrol engine to use up existing stock from production of the Series I 107-inch Station Wagon continued until late 1959. This was due to continued demand from export markets and to allow the production of Series II components to reach the highest level.

The Series IIA Land Rover was introduced in 1961 and continued in production until 1971 and was quite difficult to distinguish from the SII. Slight cosmetic changes were made from the previous series, but most of the big changes were made under the hood with the addition of the new 2.25-liter Diesel engine. The factory offered body configurations ranging from short-wheelbase soft-top to the first-class five-door station wagon. The 2.6 liter straight-six petrol engine was introduced in 1967 for use in the long-wheelbase models, the larger engine complemented by standard-fit servo-assisted brakes. 811 of these models were NADA (North American Dollar Area) truck, which were the only long-wheelbase models produced for the American and Canadian markets. From February 1969 the headlamps moved into the wings on all models and the sill panes were redesigned to be shallower a few months later.

Considered to be the most stalwart Series model ever constructed, the Series IIA is also the type of classic Land Rover that featured strongly in the general public's opinion of the Land Rover as it appeared in popular films and TV documentaries set in Africa throughout the 1960's. One of these examples was 'Born Free'.

Land Rover celebrated its 20th Birthday in February 1968, just a few months after its manufacturer had been subsumed, under government pressure, into the Leyland Motor Corporation, with total production to date just shy of 600,000, of which more than 70% had been exported. Sales of utility Land Rovers arrived at their peak in 1969-1970 during the Series IIA production run, when sales of over 60,000 Land Rovers a year were recorded. The Land Rover took over numerous world markets, as well as record sales, in Australia in the 1960's, the Land rover held 90% of the 4X4 market.

1963 brought about the Series IIA FC Land Rover, which was based on the Series IIA 2.25 liter petrol engine and 109 inch chassis, with the cab positioned over the engine to allow more load space. Export vehicles were the first Land Rovers to receive the 2.6 liter petrol engine. Most models had an ENV rear axle while a matching front axle came later. To provide additional flotation for this heavy car were large 900x16 tires on deep-dish wheel rims. Slightly underpowered for the increased load capacity, most of these vehicles had a hard-working life. Less than 2,500 models were constructed, and most had a utility body. Surviving examples often have custom bodywork, and with an upgraded power-train, they can be used as a small motor-home.

Produced from 1966 the Series IIB FC was similar to the Series IIA Forward Control but added the 2.25-liter diesel engine as an option. The standard engine for this model was the 2.6-liter engine, and the 2.25-liter engine was only available for export. Designed by ENV, heavy duty wide-track axles were fitted to improve vehicle stability, along with a front anti-roll bar and updated rear springs which were mounted above the axle instead of below it. During this process the wheelbase was increased to 110 inches. In 1974 production of the IIB FC was ended when Land-Rover reorganized its vehicle range. Many of the components from this line were also used on the '1 Ton' 109 inch vehicle.

The Land Rover Series III line was introduced in 1971 and ran until 1985 it had the same body and engine options as the previous IIA, including station wagons and the 1 Ton versions. Only minor changes were made from the IIA to the Series III. The Series III is the most common Series car, with 440,000 of the type built from 1971 to 1985. From 1968 onward, the headlights were moved to the wings on late production IIA models and remained in this position for the Series III. The traditional grille from the Series I, II and IIA was replaced with a plastic one for the Series III model.

Compressions were raised from 7:1 to 8:1 on the 2.25-liter engine, increasing the power slightly. During the production run for the III, the 1,000,000th Land Rover rolled off the production line in 1976. Numerous changes were made during the Series III production run in the later part of its life as Land Rover updated their design to meet the increasing design competition. The Series III was the initial model to feature synchromesh on all four gears though some late H-suffix SIIA models had used the all-synchro box.

The simple metal dashboard of earlier models was redesigned to accept a new molded plastic dash, in keeping with early 1970s trends in automotive interior design, both in safety and use of more state-of-the-art materials. The instrument cluster was moved from its centrally located position over to the driver's side. Long-wheelbase Series III cars had the Salisbury rear axle as standard, though some late SIIA 109-inch cars had them too.

For the 1980 model year, the 4-cylinder 2.25 liter engines were updated with five-bearing crankshafts to increase strength in heavy duty work. At the same time the axles, transmission and wheel hubs were redesigned for increased strength. This was the result of a series of updates to the transmission that had been made since the 1960's to deal with the common problem of the rear axle half-shafts breaking in heavy usage. Part of this problem was due to the design of the shafts themselves. The half shafts can be removed quickly and efficiently without even having to jack the vehicle off the ground due to the fully floating design of the rear wheel hubs. Unfortunately the tendency for commercial operators to overload their cars heightened this flaw which tainted the Series Land Rovers in numerous export markets and established a negative reputation even to today. This is despite the '82 redesign which all but solved the problem.

Numerous trim options were also introduced this year to make the interior of the car more comfortable. An all new 'County' spec Station Wagon Land Rover was introduced in both 88-inch and 109-inch types. These models featured all-new cloth seats from the Leyland T-45 Lorry, tinted glass, soundproofing kits and other 'soft' options designed to appeal to the luxury driver.

Also new this year was the High Capacity Pick -Up to the 109 inch chassis, with a load bay that offered 25% more cubic capacity than the standard pick-up style. Popular with public utility companies and building contractors, the HCPU came with heavy-duty suspension.

From 1979 until 1985 the Stage 1; which refers to the first stage of investment by the British Government in the company to improve Land Rover and Range Rover productions, was built utilizing some of the same components as the Range Rover and 101 Forward Control, such as LT95 gearbox and 3.5-liter Rover V8 petrol engine. The engine was detuned to 91 hp from the 135BHP that the Range Rover of the time featured. The Stage 1 was available in a 109-inch and 88-in wheelbase. The use of the Range Rover engine and drive train made it the only Series car that had permanent four-wheel drive.

Produced from 1968 until 1977, the 1 Ton 109 inch was basically a Series IIB Forward Control built with a standard 109 inch body, featuring a 2.6 liter petrol engine, ENV front and rear axles and a lower ratio gearbox, though some late IIAs were fitted with ENV axles in front and Salisbury on the rear. Later series IIIs had a Rover type front axle with up-rated differential. Unique to the model, the chassis frame featured drop-shackle suspension very similar to the military series Land Rovers. Standard feature was 900x16 tires and these machines were typically used by utility companies and breakdown/towing firms. Only 170 IIA and 238 Series IIIs were constructed for the home marked. Even fewer examples were on the export markets, making this model the rarest type of Land-Rover ever constructed.

The Australian market has always been a big fan for Land Rovers of all types, but especially the utility models. In the late 1940s 80-inch Series I models were sold to the Australian government for work on civil engineering projects such as road construction and dams, which brought the car back to the buying public's attention. Very large sales followed in the Australian market and in the 1950's Land Rover began to establish factories in Australia to build CKD kits shipped from the Solihull, UK factory. Through the 1960s the Land Rover continued to sell strongly in Series II guise, commanding around 90% of the off-road market. Nearly every farm had at least one Land Rover.

In the early 1970s the Series III continued successfully, but halfway through the decade the sales began to decline. Partly due to a large export deal to Japan relied on the subsequent import of Japanese vehicles and others, along with the increasingly poor quality of the components shipped from UK. Land Rover's once high dominance slipped. An Australian issue was the always-limited supply of new Land Rovers. The Leyland factory never had the capacity to meet possible demand and supply and the manufacturing process was restricted by having to import almost the entire vehicle in kit form from Britain.

This long process led to a long waiting list developing for the Leyland product while commercial operators could receive Japanese vehicles very quickly. Other Land Rover issues were the same throughout its export markets comparing it to Japanese competition; the Land Rover was under-powered, unreliable and inferior with a poor ride quality, though the off-road ability was superior. Japanese vehicles were also less likely to rust and didn't feature the low-quality steel in comparison to the Land Rover. This turned off buyers, and by 1983 with the introduction of the One Ten, the Toyota Land Cruiser became the best-selling 4X4 in Australia.

Land Rover Australia went through some updates in the early 1980s in an attempt to combat this sales decline. Land Rover fit the V8 petrol engine in the 1979 'Stage One', Australia also received the same car with the option of a 3.9-liter 89 hp 4-cylinder Isuzu diesel engine. This update made a valiant effort to slow the sales decline, but unfortunately all of the other Land Rover shortcomings overwhelmed the vehicle. The One Ten was also available with this engine along with a turbocharged version producing in excess of 100 hp powered the military 6X6.

The Series Land Rovers were used in vast number by the British Army, and today continued to use the modern Defender versions. Nearly as soon as it was launched in 1948 the British Army tested the 80-inch Series I Land Rover. At the time, the Army was more concerned with developing a specially designed military utility 4X4 (the Austin Champ). Unfortunately the Champ proved too complicated, heavy and unreliable in battlefield conditions.

So the Army looked in the Land Rover direction and in the late 1940's the Ministry of Defense was interested in the standardization of its vehicles and equipment. He wanted to fit Rolls-Royce petrol engines to all its vehicles. A variety of Series I Land Rovers were fitted with Rolls-Royce B40 4-cylinder engine, with a modified 81 inch wheelbase. Unfortunately the engine was too heavy and had little power, the slow revving stunted the performance and produced torque that the Rover gearbox could only just cope with. Rover convinced the MOD that the standard 1.6-liter engine would be enough since they were only ordering a small amount. From late 1949 the MOD began ordering Land Rovers in batches, starting at 50 vehicles, but increasing this amount to 200 each batch by the mid 1950s.

Deployed to the Korean War and the Suez Crisis, the Land Rover became standard light military vehicles throughout the Commonwealth.

Throughout the 1960s though, more and more specialized versions were developed. Along with the standard 'GS' (General Service) vehicles, a common variant was the 'FFR' (Fitted For Radio) was introduced which had 24-volt electrics and a large engine-powered generator to power on-board radios. Ambulances were also introduced on the 109-inch Series II chassis. The 'Pink Panther' was a well-known version dubbed the LRDPV (Long-Range Desert Patrol Vehicle), it was painted a distinctive light pink sand camouflage. These 109-inch Series IIs were stripped of windscreens and doors and fitted with grenade launchers, a machine gun mounting ring, and long-range fuel tanks and water tanks. These models were used by the SAS for desert patrolling and special operations.

The British Army had acquired around 9,000 Series III models by the late 1970s, which were basically a special 'Heavy Duty' version of the 109-inch Soft Top. These vehicles had improved suspension components and a different chassis cross-member design. These were produced in 12-volt 'GS' models and 24-volt 'FFR' versions. A very small number were 88-inch GS and FFR models, but mostly the Army used the Air-Portable ½ ton, 88-inch 'Lightweight' version. The Lightweight was in use by numerous armies worldwide. In Europe even the Danish Army and the Dutch Landmacht utilized the Land-Rover Lightweight. Rather than the petrol engine, the Dutch and Danish had diesel engine and rather than the canvas top the Dutch ones had PVS tops like the modern Land Rover Wolf.

In Addition, there was also 101-inch Forward Control models; 109-inch FV18067 ambulances constructed by Marshall Aerospace of Cambridge. Both the Royal Navy and the Royal Air Force also acquired and maintained smaller Land Rover fleets during the 1960's through 1970s. The RAFs used 88-inch models for liaison, communications, airfield tractor duties and personnel transports. The Royal Navy's fleet was small and consisted mainly of GS-spec and Station Wagon versions for cargo transport and personnel. All British military Land Rovers utilized the 2.25-liter 4-cylinder petrol engine, though various overseas customers specified the 2.25-liter diesel unit instead.

Minerva of Belgium produced a car dubbed a Standard Vanguard, which was produced in Belgium under license of the Standard Motor Company. In the spring of 1951 the head of Minerva, Monsieur van Roggen contacted the Rover Company when Belgium's army was in need of a lightweight 4X4 vehicle. In 1952 the Minerva-Land Rover was produced.

The Rover Company allowed Minerva to produce Land Rovers under license to Rober and supplied technical support for Minerva. Rover Assistant Chief Engineer and head of Land Rover development; Arthur Goddard, was in charge of approving the updates Minerva wanted to make to the Rover, in addition to setting the factory up to assemble the vehicles.

Land Rover has claimed that in 1992, nearly 70% of all the vehicles they had constructed were still in use today.

By Jessica Donaldson
 
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