Archive for Colin Chapman

Lotus Exige “S” LF1: The Paradigm Of Success

Posted in Legendary Lotus Series with tags , , , , , , , , , , , , , on July 31, 2017 by 99MilesPerHour

Colin Chapman’s paradigm is ensconced within his famous rhetorical quote which became the company impetus – “Adding power makes one faster on the straights…subtracting weight makes one faster everywhere.” Lotus became synonymous with speed. The Lotus legend continues. Let’s fast forward to the 21st Century. Colin Chapman’s philosophy of weight reduction with aerodynamic architecture is the basis for the formidable Lotus Exige. It’s a car suited for the purist who knows the breed well.

Time dulls the impact of some automobiles in its class…however, a Lotus goes down in history as a true masterpiece in every respect. Its predecessors – the sophisticated first generation of high-performance behemoths that includes the Elite, Elan, and Europa are the pioneers which paved the super highway of success for the brand. The Lotus Exige is your best decision ready to be made if unambiguous high-performance, superb overall handling, and superior automotive concepts are what you seek. Aside from its technical superlatives – the Lotus Exige is drop-dead gorgeous!!!

Colin Chapman (1928-1982) hid his light under a bushel. The name of that bushel is Lotus! It was the very heart and soul of this man. The driving force behind the man…was his love for automobile racing and his indomitable strive for absolute perfection. Unlike the average CEO…Colin Chapman was actively involved with every aspect of his business – from the boardroom right straight through the assembly hall – he loved to place himself strategically in the center of everything.

When things went well, one received the twinkle of his blue eyes and a gratuitous nod of approval with a hearty thank-you. Colin Chapman would adamantly refuse to accept error – if one would not put their best foot forward, the twinkle in his eye quickly turned torrential grey and his demeanor became as fierce and unrelenting as a hurricane. This is how Lotus Cars home based in Norfolk, United Kingdom has become superfluous with legendary high performance…precision engineering…and automotive innovation.

Lotus Exige “S”

The Lotus Exige is an extremely swift two-seat sports car based upon the highly successful Lotus Elise and has been built in various configurations since 2000. The Exige “S” packs its prolific punch with a supercharger. Exige is created from a race-bred heritage. It’s this intrinsic knowledge which exemplifies the brand. Lotus road-going models aren’t mere production sports cars – they are race cars dressed in street clothes. Every Lotus is destined to become a cherished collectible taking its place in automotive history.

One such coveted Collector’s Series is the Exige “S” LF1 built at a highly restricted pace of only 81 vehicles for the 2014 model year. When they were in build their price equated to around $105,000 USD (even though they were not imported to the US) which is about a $10,000 premium over the Exige “S” model. The LF1 is a culmination of Lotus fashionably forward-thinking augmented by the craft of 21st Century tuning expertise. This type of refinement enhances the technological competence with a touch of dynamism further reinforcing Colin Chapman’s theory –

This distinctive limited edition is built to celebrate 81 Lotus grand prix victories. The LF1 is all decked out exhibiting Lotus F1 livery-inspired black with contrasting gold accents for both exterior and interior trim. The bold black and gold ensemble represents livery colors from the 1970s and 1980s which blends Exige’s contemporary sophistication with its Formula 1 racing heritage.

Each car is sequentially numbered to commemorate a specific victory in Lotus history from the very first in 1960 at Monaco to the 81st in 2013 in Australia with Kimi Raikkonen. “LF1” badges immediately identifies this unique collectible. Every Lotus brings an illustrious motorsport heritage. Why…ask any Lotus owner. Wouldn’t trade my Elan Sprint for all the tea in China! Especially now when the first-generation Lotus Elan is gaining such admiration as a true definitive British classic sports car –

The Exige “S” LF1 pays homage to Formula 1 Team success with Lotus resplendence. Riding a tight 90.6” wheelbase, the LF1 sports aggressively styled gold 17” wheels fitted to the front axle with 18” mounted to the rear. The wheels are mounted to Pirelli P-Zero Trofeo Tyres. Subtle red accents flow throughout the vehicle in a tasteful contrast…highlighting the lower front-end valance with hood and roof striping back to and ending with the underside of the rear wing. Classic red racing-inspired four piston calipers accent the two-piece high performance brake discs.

The Exige “S” Lf1 is powered by an alloy 3.5 litre transverse mid-mounted supercharged 24-valve Toyota 2GR-FZE V6 engine. It’s equipped with a 4-Mode Lotus Dynamic Performance Management system with launch control, an exhaust-bypass valve and optimized suspension settings. It also includes Variable Valve Timing, a 9-multiport sequential fuel injection system, and a Harrop HTV 1320 supercharger with an Eaton TVS technology intercooler. Its sophisticated electronics includes a direct ignition system and Lotus Electronic Throttle Control system. The engine is mated to a 6-speed manual gearbox with sports ratios, constant mesh helical gears and open differential. A Bosch Electronic Differential Lock aids traction and stability for this rear-wheel drive sports car.

The Exige “S” LF1 is constructed using composite body panels with an extruded aluminium bonded chassis structure. This lightweight 2,592 lbs. sports car has a wind cheating drag coefficient of 0.433. The front splitter, rear diffuser, and wing are designed to enhance the car’s aerodynamics.

Its fully independent suspension is equipped front and rear with roll bars for aggressive road-holding stability. Bilstein high performance gas-filled dampers and Eibach coaxial coil springs are fitted to the front and rear. Sophisticated rack and pinion steering provides the driver with excellent maneuverability. Standard equipment includes Lotus/Bosch tuned ABS, Hydraulic Brake Assist, Electronic Brake Distribution, and Cornering Brake Control.

The inner world of the Exige “S” LF1 intrigues the senses with leather, Alcantara, and carbon fibre. It is immediately set apart from its Exige “S” siblings by its exclusive carbon fibre build plate. This alerts passengers to the fact this is a piece of Lotus history. The black leather clad interior is highlighted with gold accents in true Lotus motorsport tradition. Embroidered “LF1” logos augment seatbacks, head restraints, and floor mats. The LF1’s Formula 1 heritage and contemporary values are presented as an abstract work of automotive art.

Distinctive F1 livery colors are coordinated throughout 

Meet Colin Chapman’s high-performance legends

The Elite, Elan, and Europa models are Colin Chapman’s 20th Century algorithms which set the stage for today’s high-performance athletes. His indomitable obsession and artful genius created processes and industry innovation that became an epiphany changing sports car design forever.

Formula 1 provenance is the underlying order of every Lotus automobile. The Exige “S” is the extremely swift supercharged sports car based upon these formidable principles. Its capability of achieving 0-60 mph in less than 4 seconds made it the ideal candidate in 2014 as the basis for a distinctive limited-edition sports car to celebrate Lotus historical grand prix victories.

The Exige “S” LF1 was built at a highly restricted pace of 81 vehicles. Each one is serialized sequentially to commemorate the historic grand prix victories from the first in 1960 to the 81st in 2013. The Exige “S” LF1 Formula 1 livery black and gold clad collectibles are worthy additions to your collection – if you get lucky. Hopefully…this will be a short-lived interregnum between grand prix victories for the brand. The Exige is a thoroughbred built in the formidable Lotus tradition. It’s a sporting machine Colin Chapman would be proud to bear his name.

Photos are courtesy of the Lotus Media Club

The Lotus Exige “S” LF1 IS NotoriousLuxury

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Lotus Legends: Elite Sophisto

Posted in Legendary Lotus Series, Lotus with tags , , , , , , on June 25, 2017 by 99MilesPerHour

The Innovative…Beautiful…and Efficient Lotus Elite 

While the other auto manufacturers stretched their offerings to outrageous lengths, added a ton of bright work, and included fins large enough to qualify as aircraft – Colin Chapman did just the reverse…he thought in terms of classic simplicity. His forward thinking involved compact, lightweight aerodynamic architecture with component consolidation for the drivetrain.

His famous rhetorical quote sums his intentions quite eloquently: “Adding power makes one faster on the straights…subtracting weight makes one faster everywhere.” Colin Chapman’s theory yields the most highly collectible Lotus of today, the exceptional Elite. This is the first road-going model for the brand. It’s a truly remarkable car…like champagne and diamonds –   

The Lotus Elite’s styling is fashionably unique for the day. This is the first plastic composite car with a structure built as a single integral unit. It’s designed by Peter Kirwan-Taylor. The sleek design has a drag coefficient of 0.29 and can achieve 40 mpg. (And this car was developed at a time when most cars were sucking the gasoline pumps dry!)

Elite’s lightweight design is augmented by fibreglass monocoque construction. This unique design does not use a separate metal chassis. (Do I detect an ugly skeptical note in your voice?) Underneath the exquisite styling small steel sections are bonded into the fibreglass structure at strategic points. This novel manner of construction boasts inherent rigidity. The stresses at the race tracks proved its lasting qualities. 

Only 1,048 Lotus Elites were built during its production from 1957–1963. More than half of these were imported to the USA. This rarity enhances the Elite’s desirability in the classic car market. The production glass reinforced polyester monocoque for these required 57 molds to make, which was vastly complex and obscenely expensive. Maximar of Sussex, a boat building company, made the first 285 bodyshells. The Elite’s double-skinned structure was a challenge which took its toll on quality control. No two bodyshells were quite the same in precise measurement or materials.

Chapman switched to the Bristol Aircraft Company for the SII version. This was the largest fibreglass contractual agreement in Great Britain at the time. The new bodyshells were refined and far superior to Maximar’s reducing the number of molds required to 43 instead of the initial 57 molds. The Lotus Elite was grossly expensive in its overall production which put a strain on corporate finances biting deeply into company profits. This put Chapman on the brink of bankruptcy. (The Lotus Elan was the saving grace which bailed the company out of the red!)

The Lotus Elite established its place among the classiest sports cars in automotive history. Its cabin designed by Peter Cambridge, reflects that of a stylish road rally tourer projecting classic simplicity. There’s nothing ostentatious per Colin Chapman’s theory of form and functionality. It features a full complement of instrumentation to include speedometer, tach, fuel gauge, water temperature, oil pressure, and battery charge. High-back Dunlop seats, a 16” wood grain steering wheel, and carpeting all compliment Elite’s sporting nature.

There are no frills, no trendy bells and whistles…this car is built for speed. Most European sports cars designed for speed adopt the minimalist approach; therefore, the driver isn’t distracted by fancy trim detailing as well as radios. The list of options for the Lotus Elite included a heater, windscreen washers, and seat belts. Elite Series II has stiffer Royalite thermoplastic door trim with door pockets which double as arm rests. Each side window is made from plexiglass and is removable. The cabin is tastefully built for speed, not luxury – 

Under the bonnet resides the Coventry Climax ‘FEW’ powerplant. If properly maintained it is a very reliable power source. It was expensive to build and even more so to rebuild. The Series I aluminium 1216 cc 8-valve in-line 4 cylinder naturally aspirated engine (Series I 1959-1960) is equipped with a single SU 1.5” horizontal carburetor. It produces 75 hp @ 6,100 rpm with 104 Nm of peak torque @ 3,750 rpm. Longitudinal acceleration is rated as 0-60 mph in 10.3 seconds, 0-100 mph in 44 seconds with a top speed in the 101 mph range. It does the ¼ mile @ 78 mph in 17.5 seconds. The engine is mated to the MG 4-speed manual gearbox. Lotus Elite is a front-engine rear-wheel drive sports car.

Series II (1961-1963) is fitted with Twin SU H4 1.5” carburetors which crank 83 hp @ 6,250 rpm with 102 Nm of peak torque @ 4,750 rpm. This version acquired a 4-branch fabricated exhaust manifold and a 3-piece alloy intake manifold. Heavy-duty bottom end construction with 3 main bearings and a deep sump flange on the block gives it more power. The engine has wedge-shaped combustion chambers that house unusually large valves (1.28” intake/ 1.15” exhaust). The engine is mated to the ZF 4-speed manual gearbox. Longitudinal acceleration is rated as 0-60 mph in 9.8 seconds, 0-100 rpm in 33.5 seconds with a top speed in the 103 mph range. It does the ¼ mile @ 81 mph in 17.7 seconds. 

Special variations of the Lotus Elite were built with extreme high-performance in mind. A Special Edition Super 95 Stage II engine is equipped with a high-lift 3-bearing cam, and ignition alterations. It cranks 95 hp @ 6,500 rpm with 100 Nm of peak torque @ 5,000 rpm. The head has 40 thou shaved off to provide a higher compression ratio of 11.0:1 which can hit 7,200 rpm without flexing. Many of the Super 95 models are fitted with Twin Weber 38 DCO carburetors and ZF 4-speed manual gearboxes. The Super 95 has a top speed in the 125 mph range. Only 23 Super 95 versions were built.  

If you want even more bang for your buck, the Super 100 version cranks 100 hp @ 7,200 rpm with 100 Nm of peak torque @ 5,000 rpm and has a top speed in the 130 mph range. Only 6 Super 100 versions were built. The Super 105 cranks 105 hp @ 7,200 rpm with 100 Nm of peak torque @ 5,000 rpm with a top speed in the 130–137 mph range. Only 6 Super 105 versions were built. These fully balanced racing engines were equipped with high-lift 5-bearing cam shafts and 80 thou shaved off the heads to give a higher compression ratio of 11.5:1 and can hit 7,900 rpm without flexing. Both Super 100 and 105 versions are equipped with Twin Weber 38 DCO carburetors and ZF 4-speed manual gearboxes. The 5-bearing versions are not suitable for road use because of high loadings imposed on the valve gear. 

Lotus Elan Type 26R Competition fixed head coupe

Lotus Europa Type 47

Lotus Elite

The Lotus Elite is a revolutionary automotive design which is the first road-going model for the brand. It benefits highly from Colin Chapman’s racing expertise. The Lotus Elite is really a race car in street clothes. Its technology was far ahead of its time. Elites are a culmination of a race-bred heritage, excellent handling, superb road-holding abilities, and outstanding overall ride quality. The one-piece fibreglass monocoque construction is the first of its kind. This lightweight design sports a mere 0.29 drag coefficient making it superfast by all means. Lotus Elite is one of the most highly coveted collectible classic sports cars in existence. Only 1,048 Lotus Elites were built from 1957-1963. This rarity enhances its desirability even further…. 

The Lotus Elite is aesthetically appealing from any angle

Here are 3 of the most coveted classics in automotive history

The indomitable Lotus Elan (1962-1973)

The totally avant-garde Lotus Europa (1967-1975)

The superlatively dynamic Lotus Elite (1957-1963)

…welcome to Greg’s World

Greg’s World IS NotoriousLuxury © 2017

 

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Lotus Legends: Europa Twin Cam Ideology

Posted in Legendary Lotus Series with tags , , , , , , , on May 6, 2017 by 99MilesPerHour

Lotus power can be compared to a force that is fierce and unrelenting as a hurricane. Whether clothed in race car attire or simply as a road-going street version, the name Lotus equates to a serendipitous encounter few sports cars can replicate. The mighty “Big Valve” Twin Cam engine produces fury the competitors envy. It proves the theory that humongous engine displacement with numerous cylindrical configurations are not really necessary to produce prodigious, jaw-dropping, pavement-blistering performance. The first generation Type 74 Lotus Europa Twin Cam Special is a synergistic approach to very, very high performance.

By Gtb2 – Europa S1 1967, https://commons.wikimedia.org/w/index.php?curid=12079462

The Lotus Europa began as the name implies targeting European markets. They were launched initially for French markets as the S1 Type 46 with a Renault engine and gearbox in December of 1966, deliveries started in February 1967. They weren’t available for British and US markets until the S2 version of 1969.

Here’s a word of caution regarding the purchase of the S1 Europa: DON’T! The fibreglass body is bonded to the chassis. The body must be cut away to replace the chassis which is atrociously expensive. The Renault engine is not as good as the Lotus Twin Cam and parts are scarce for a rebuild which is inevitable. Most enthusiasts have switched out the engine to the Twin Cam. The S1 Europas are also very basic. The interiors have fixed non-operational windows, no floor carpeting, fixed seating positions (floor pedals are adjustable), and an aluminum faced dash.

1967 Lotus Europa S1 Type 46

The Europa was homologated as the Type 47 to become a full race version. The engine, suspension, and tires were tweaked to produce 165 hp reaching a top speed in the 143 mph range.

1969 Lotus Europa S2, Elite Garage Zuzwil SG, Switzerland

The following year brought revisions, the S1A & B had removable windows and a wood faced dash. The S2 model introduced in 1968 brought significant improvements to the Europa. A separate backbone chassis made everyone happy from the auto insurance industry to the restoration enthusiasts are tackling today. Electric power windows removed the inherent claustrophobia, adjustable seats, carpeting, and a polished wood dash made the interior more civilized and refined. The most highly desirable Europa models are the Twin Cam variants launched in December 1971. The “Big Valve” Special debuted in 1972. The last of the first generation Lotus Europa models exited the assembly hall in 1975.

The Lotus Europa sports a silhouette like no other car. It’s not an unrealistic, over-achieving, airbrushed, anorexic glam-car at the tracks, it is unregarding, gutsy, and is a real sports car. So it’s not drop dead gorgeous, it’s not perfect – but it is an athletic behemoth capable of awesome, jaw-dropping performance. It’s a low-slung mid-engine dream. The fibreglass body shell has a drag coefficient of a mere 0.29 making it superbly aerodynamic. The Europa’s bold and unconventional design bucks status quo for the day.

The Twin Cam rear body styling is trimmer than the Renault Europa which not only improves rear visibility but also makes them more aesthetically appealing. The Europa’s compact dimensions aided stability and aerodynamic efficiency. Twin Cam versions are stretched 1” longer to accommodate the larger engine.

The 157.5” overall length is augmented by a 92” wheelbase and 64.5” width. The Lotus Europa is only 42.5” in ride height. Its handcrafted fibreglass body shell has rigid torsional strength with a separate steel backbone chassis. This manner of build is void of squeaks and rattles. It also makes restoration easier; as with all first generation Lotus models – the chassis must be replaced at some point in time.

Initially, the Type 74 Europa Special was to be limited to 200 vehicles. Response to this new car was so great it continued through the end of production. Out of a total of 4,710 Type 74 Europas, 3,130 are built as Specials. The first 100 Big Valve Europa Specials were painted black with gold pin striping honoring the Team Lotus 1972 F1 World Championship title. This is the livery color of the GP cars for the sponsor which the models are named “John Player Specials.”

More color choices were introduced later on during the production tenure. Twin Cam models present a sportier appearance with signature features such as lower profile rear buttresses and a small front air dam under the chin. Twin fuel filler caps for the Twin Cam Europas are another distinguishing feature. The two fuel tanks total 12.5 gallons which is an increase over previous models.

Lotus 72 F1 in John Player Special Livery colors compliments of http://www.f1fanatic.co.uk/2010/01/16/great-f1-cars-in-pictures-lotus-72-autosport-international/autosportinternational_lotu/

By now, you can clearly see the Type 74 Twin Cam Europa is the best of all models. The Special is equally as feisty as the formidable Elan Sprint with the “Big Valve” powerplant. This naturally aspirated 2-valve per cylinder in-line 1558cc 4-banger is equipped with Twin Dell ‘Orto DHLA40 carburetors. The Big Valve engine has a cast iron block topped with an aluminium head. It’s equipped with a DOHC and the crankshaft runs in five main bearings.

This version of the Twin Cam cranks 126 hp @ 6,500 rpm with 153 Nm of peak torque @ 5,500 rpm. It redlines @ 6,800 rpm. The gearbox is mounted behind the engine and final drive forming a transaxle. It is inverted to provide forward gears. The Big Valve Twin Cam produces more torque; therefore, requires the heftier type 365 heavy-duty 5-speed manual gearbox.

Longitudinal acceleration is rated as: 0-60 mph in 6.1 seconds, 0-100 mph in 15.7 seconds, 0-120 mph in 28.3 seconds with a top speed in the 124-128 mph range. It does the ¼ mile @ 94 mph in just 14.7 seconds. The gearbox is a bit awkward and takes a bit of getting used to because of the cable linkage. It’s a mid-engine rear-drive rocket. 

The Europa Special has a separate fibreglass body shell and steel box-section backbone chassis as the Elan. It is a different configuration since the engine is longitudinally rear mid-mounted. The engine sits just behind the cockpit. Europas have a 56/44 rear-biased weight distribution. A 4-wheel independent suspension uses basically the same front suspension as the Elan. The front has upper and lower wishbones, spring dampers, and an anti-roll bar for stability. Lotus Europas use a lengthened version of the Herald-derived Alford & Adler rack and pinion steering system with a modified coupling to the Herald column.

The rear suspension features a large box steel trailing arm on either side anchored to the chassis in line with the cockpit bulkhead, fixed length drive shafts, coil springs, and telescopic dampers. A steel crossmember is bolted to the chassis above the gearbox to provide the mounts for the spring dampers. Europa Specials are equipped with the Girling brake system 9.5” discs fitted to the front axle and 8x 1 ¼ “drums to the rear. There are conversion kits available today to convert the rear brakes to disc type. Servo assisted brakes are standard for Twin Cam and Special models. The Lotus Europa continues Colin Chapman’s basic lightweight theory.

Lotus Twin Cam and Special models have more civilized cockpits than their Spartan predecessors. The foot wells are a bit larger and lower due to the extra 1” longer wheelbase. More sound deadening materials insulates the cabin. A new oatmeal color was added as an option. The last of the line Europa Specials incorporate cord inserts into the upholstery.

Carpeting and wood veneer dash accents makes them more upscale. Electrically operated windows, and comprehensive instrumentation adds to their more luxurious stature. The Lotus Twin Cam and Special models offer excellent overall performance, outstanding handling attributes, and a more relaxed attitude at high speeds as it adheres to the pavement like a magnet. This fierce Lotus flexes its muscles…as it minds its manners –

Lotus Europa Type 47

Lotus Europa S2 Type 54

Lotus Europa Type 74 Twin Cam Special

Colin Chapman’s forward thinking made the Lotus brand ahead of the pack for the day. The Europa Twin Cam Special with its mid-rear longitudinally mounted engine came about when Lamborghini and Matra were the only auto manufacturers to use such daring innovation. The most desirable Europa models are endowed with the mighty “Big Valve” Twin Cam engine. It moves the Europa with aplomb. This sleek, low-slung, brute has its own unique panache; there’s nothing else on the road quite like it.

The ultimate addition to your classic muscle car collection would be an Elan Sprint and a Europa Twin Cam Special – talk about a sophisticated power couple…this is the epitome. The Europa models are true to Colin Chapman’s philosophy regarding his minimalist approach with lightweight construction, aerodynamic efficiency, and ingenious component consolidation. What the ugly duckling lacks in appearance…it more than makes up for it in inexhaustible power and outstanding performance. The Lotus Europa Twin Cam and Twin Cam Special models are in a league of their own –

Lotus Elan Sprint

Special thanks to Conceptcarz, Favcars.com, F1 Fanatic, Wikipedia, Wallpaperup, and Elite Garage Zuzwil SG, Switzerland for the use of their photos of these extremely rare sports cars.

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…Greg’s World IS NotoriousLuxury © 2017

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Lotus Legends: The Formidable Elan

Posted in Legendary Lotus Series, Lotus with tags , , , , , , , , , , , , , on April 3, 2017 by 99MilesPerHour

The Lotus Elan  is timeless in every respect…

One of the most prolific English roadsters ever to scorch the pavement is the insuperable first generation Lotus Elan. The British have always had a certain je ne sais quoi with their bold and unconventional approach to extremely quick two-seat sports cars. The Lotus Elan exhibits daring innovation for its day with its chic fibreglass monocoque bodyshell. Besides…there’s more than enough power beneath its bonnet to huff & puff & blow the doors off the competitors should they not get out of its way quickly. The Lotus Elan is most definitely a wolf clothed in sheep’s attire. Naturally…when the name “Lotus” is spoken – it conjures up racing legends.

The Elan goes way past “serious.” In fact, it was such a hot and unconventional sports car for the 1960s, it forced cars in its class into an existential identity crisis – immediately. The first generation Lotus Elan had a very successful production run from 1962 – 1973. It was no surprise when the Lotus Elan was chosen to be driven by the quintessential British ministry sleuth…the indomitable Emma Peel, John Steed’s counterpart in the 1960s cult classic detective TV series “The Avengers.” The producers wanted an automobile of irreverent maverick…one to suit an unconventional femme fatale – Mrs. Emma Peel was far ahead of her time – so is the first generation Lotus Elan…

1957 Lotus Elite

Lotus evolution…

The Elan replaced the Lotus Elite. Indeed, it was time for something new. The Elite was breaking the bank draining financial resources without a significant gain in profit. In 1957, The Lotus Company owned by Chapman was on the verge of bankruptcy. Colin Chapman had a really expensive racing habit. The Lotus Elite was very expensive to build. The custom crafted all-aluminium engine built by Coventry Climax was one of the largest expenses. The all-fibreglass construction was also expensive to build.

The Elite boasts unique fibreglass reinforced plastic monocoque construction which replaced the previous separate body/chassis components. It used this unique composite material for the entire load-bearing structure. The front end used a steel sub frame to support the engine and front suspension. There is also a metal fitting at the windscreen for mounting door hinges and a provision for jacking the car off the ground.

Take into consideration, this was before composite body structures were perfected. There were also the issues of the suspension attachment components pulling out of the composite structures. The first 250 bodies caused major grief and production was switched to a different manufacturer. Despite the Elite’s idiosyncratic attributes the body design is very aesthetically appealing. In my opinion, it is one of the world’s most beautiful classic sports cars. One could say, lessons learned from the Elite helped to perfect the Elan series.

Lotus Elan

The world’s finest wine…in a plastic bottle –

The Lotus Elan sports architecture which rivals that of 21st century sports cars.  The Elan proves “beauty is not only skin deep.” It has a mere drag co-efficient of 0.45 making it a sleek aerodynamic envelope of technology. The Elan is the first production automobile to feature minor impact-resistant, foam-filled fibreglass bumpers. The curvaceous bodyshell is “Fibreglass Reinforced Plastic” or FRP…sound familiar? Lambo, Ferrari, and Aston Martin are just a few of the contemporary sports cars which use an updated version of FRP technology.

Lotus is one of the pioneers to use this method; it was not an industry-wide utility at the time. This is a composite material consisting of a polymer matrix reinforced with glass, carbon, aramid, or basalt. The Elan is the first road-going Lotus to be built using a fibreglass bodyshell with a steel backbone chassis. Colin Chapman called this a “Fold on the dotted line” steel chassis. This type of construction strengthens the load-bearing structure of the car to support the engine and suspension components. The lightweight bodyshell fitted to the rugged steel backbone chassis enhances overall performance while it optimizes the car’s handling attributes.

1962 Lotus Elan…a bold & beautiful brute

The iconic symbol of success…

To quote an advertisement from 1970: “Who made it before the others? Who got here quicker than most? Who arrived ahead of the crowd? Who has asserted himself all the way making the others content to follow? Answer – The man in the Elan…” Impressive? Very. The Lotus Elan is an adrenalin inducing sports car that is the perfect synthesis of a racing-inspired heritage combined with sheer elegance. It is for the enthusiast who wants to be in total control of his car with precise handling and blistering performance. Because of this car’s technical sophistication, the Elan became Lotus Cars’ first commercial success.

Anthony Colin Bruce Chapman (1928-1982) aka Colin Chapman was a British mastermind in every respect. He was an astute design engineer associated with prodigious innovation in the automotive industry. He founded Lotus Cars in 1952. His knowledge of aeronautical engineering influenced his automotive technical advances. He had a fascinating view on horsepower vs lightweight construction: “Adding power makes you faster on the straights – subtracting weight makes you faster everywhere.”

The Elan conforms to Colin Chapman’s technical philosophy: lightweight design, aerodynamically enhanced architecture, with racing-inspired brakes, transmission, and suspension. Ron Hickman designed this car as the “Type 26 Elan” in the late 1950s. This legendary sports car was introduced at the Earls Court Motor Show in October 1962. Some of the first Elans were available as kits to be assembled by the owner.

Colin Chapman was active in all aspects of the Lotus Group. He worked throughout the factory as well as with the administrative demands. Chapman was seen looking over the design of a new car, running a board room meeting, as well as watching dials in the engine test house. His decisions were quick and decisive. No aspect of the Lotus Group from complicated designs to the colors for the next year’s motor show escaped his attention. He was known for his “natural smile” and was quick to praise – but poor workmanship transformed him immediately!

 Ferocious Lotus…élan

Automotive aficionados consider the Elan as the most prolific Lotus of all time. The Elan is the benchmark for modern sports car design. A “real” sports car doesn’t have to prove the point with massive engine displacement and numerous cylinders. A total of 12,224 were built from its inception in 1962 until the final Sprint exited the assembly hall in 1973. The Elan’s spirited performance and exquisite handling attributes maintains its popularity today. And the best part of all…Lotus Elan ownership requires no outrageous maintenance or restoration eccentricities. The Lotus Elan was far ahead of its time. It bristles with technology.

The robust 1558cc in-line 4-cylinder Lotus Twin Cam is inherently a very reliable engine if properly maintained. Its two valves per cylinder are positioned within hemispherical combustion chambers. The cast iron 116E Ford Cortina block has a light alloy cylinder head bolted on. The intake manifold is cast as an integral part of the cylinder head. The water pump is integral with the timing chain cover. Contrary to popular belief, the water pump is virtually trouble-free providing the “V-belt” that also runs the dynamo has proper tensioning.

This type of component consolidation was expedited to comply with Colin Chapman’s philosophy of using one mechanical part for as many purposes possible. A single roller chain positioned at the front of the engine drives the double overhead camshafts. A cast iron crankshaft runs in five main bearings. The four bolt crankshaft on S1 & S2 models incorporate a rope seal between the sump and the block. This seal requires service intervals at 15,000 miles. The later S3, S4, and Sprint models with the six bolt crankshaft utilizes an oil-tight rubber lip seal which seals against leakage.

It moves with tremendous verve and élan…

Lotus is synonymous with legendary performance. The Lotus Twin Cam is a naturally aspirated engine. The Elan used three different carburetion variations from the factory during its production. The S1, S2, and S3 models were factory equipped with Twin Weber 40DCOE carburetors. This fuel system produces 105 hp @ 5,500 rpm with 146 Nm of peak torque @ 4,000 rpm. Longitudinal acceleration is rated as 0-60 mph in 7.3 seconds, 0-100 mph in 22.6 seconds with an ungoverned top speed in the 113-115 mph range. It does the ¼ mile @ 88 mph in just 16.1 seconds. The engine Redlines @ 6,300 rpm. (S1 1962-1964), (S2 1964 -1966) & (S3 1966 -1968).

The launch of the Elan is one of the biggest projects ever for Lotus. The sales division wanted to upstage the Elan to broaden its appeal even further. They wanted to offer a fixed head coupé with creature comforts inside and highly styled lines outside to join the roadster. It was to be a cross between elegance and of course sport. Designer John Frayling was summoned for the project. The Elan Coupé version began in October 1963.

This new car was to include a fancy upscale elegantly styled interior, power window lifts, suspended headlining, and an excellent heating/ventilation system – in est – a luxury sport touring coupé. The Lotus Elan Coupé was unveiled at Earls Court in September of 1965. This is the first Lotus to benefit from careful market research. The Elan Coupé is a bona fide luxury sport car with poise as well as fierce Lotus performance.

The svelte Elan SE (Special Equipment) was introduced for some late S2 models and available for all S3 models forward. The Twin Weber 40DCOE carburetors produced 115 hp @ 6,000 rpm with 150 Nm of peak torque @ 4,500 rpm. The engine Redlines @ 6,750 rpm. The SE package included a higher lift “C” camshaft and a new cast iron exhaust manifold with a double down pipe. This version’s longitudinal acceleration is rated as 0-60 mph in 6.8 seconds, 0-100 mph in 21.8 seconds with an ungoverned top speed in the 120-123 mph range. It does the ¼ mile @ 89 mph in 15.5 seconds. This Special Edition also included servo-assisted brakes, special “Knock-Off” wheels, and SP tires. 

The Elan S4 came factory equipped with Twin Zenith-Stromberg 175CD carburetion. This unit used a different cylinder head and is not interchangeable with Weber or Dell ‘Orto carburetors. It produces 105 hp @ 5,500 rpm with 146 Nm of peak torque @ 4,000 rpm. Its longitudinal acceleration is rated as 0-60 mph in 7.5 seconds, 0-100 mph in 23.8 seconds with an ungoverned top speed of 114 mph. It can do the ¼ mile @ 86 mph in 15.8 seconds. (S4 1968-1971)

The Zenith-Stromberg units were documented with a few eccentricities. These units are prone to icing when ambient temps plummet to the freezing point. Air leakage thru the spindles will be indicated by overheating, pinking, and engine run-on. They also cause the engine to run around five degrees hotter than the Weber units. The Zenith-Stromberg units require maintenance intervals every 12 months. I have heard my cousin grumbling about the idiosyncratic behavior of his S4 with this carb. The Engine used a different cylinder head which is not interchangeable with the Weber nor the Dell’ Orto DHLA40. Some have experienced plug electrode failure with this unit which burns pistons. Lotus reverted back to the Weber units in October of 1970.

The S4 with the SE package produces 118 hp @ 6,000 rpm with 152 Nm of peak torque @ 4,600 rpm. Longitudinal acceleration is rated as 0-60 mph in 6.8 seconds, 0-100 mph in 21.1 seconds with an ungoverned top speed in the 122-125 mph range. It can do the ¼ mile @ 90 mph in 15.4 seconds.

Lotus Elan S4

1964 Elan 26R (competition version 97 built)

The Lotus Elan was homogulated in 1964 as the formidable 26R. Racing champions such as Jim Clark, Jackie Stewart, and Sir John Whitmore had successful competition wins in 1964. John Miles won 15 races and the Autosport Championship in 1966. They continued in competition for around 10 years. The lightweight design simplicity combined with its slippery aerodynamics makes it a viable contender in classic motorsport competitions today.

Elan Sprint (1970-1973)

The most impressive of all Elan models is the performance behemoth, Elan Sprint. Tony Rudd joined Lotus from BRM. He had been involved with Twin Cam development for the racing Lotus Cortinas and the Mike Spence Elan BRM project. His “Big Valve” modification combined the “D” camshaft with two fabricated tubular exhaust manifolds in place of the cast iron units. The mighty “Big-Valve” version of the 1558cc in-line 4-cylinder is the most powerful of this first generation series.

There are two factory fuel systems: Twin Weber 40DCOE units or Twin Dell’ Orto DHLA40 carburetors. The compression ratio increased from 9.5:1 to 10.3:1. The inlet valves were enlarged to 1.6” as well. The Elan Sprint’s power output is 126 hp @ 6,500 rpm with 153 Nm of peak torque @ 5,500 rpm. Longitudinal acceleration is rated as 0-60 mph in 6 seconds, 0-100 mph in 18.1 seconds with an ungoverned top speed in the 124 mph range. (With 5-speed gear box 0-60 mph in 6.8 seconds with a top speed in the ungoverned range of 130 mph)  It does the 1.4 mile @ 93 mph in just 14.8 seconds. The Elan Sprint embodies all that makes a Lotus…a Lotus!

The Elan Sprint has a hood with perfect fit

The Lotus Elan is beautiful coming or going

Technological élan…

First generation Elan models includes technology that out-shined the competition at the time. The Lotus Twin Cam engine is equipped with a 4-speed manual gear box. A  few later model year Elan Sprints were badged as “Sprint 5”  and are equipped with a 5-speed manual gear box. A unique 4-wheel independent back bone suspension is simple and highly effective. The front suspension is based upon the Triumph Herald with double wishbones of unequal length, coil springs, telescopic dampers, and anti-roll stabilizer bars. Chapman struts, triangulated lower wishbones, coil springs, and telescopic dampers make up the rear network. The Elan Sprint has a strengthening bridge over the differential. The driveshaft incorporates Rotoflex rubber doughnut U-joints which protects the differential by absorbing road shock.

To maintain optimum control under all driving situations, it incorporates a network as a true sports car without compromising speed or safety. The Elan has superb Alford and Adler rack & pinion steering. This type of system was standard on racing cars and sports cars for the day making it the first choice for Lotus. A modified Herald rack incorporates a lock stop to guard against high-speed rollovers while negotiating turns. The steering column also comes from the Herald.

Standard 4-wheel disc brakes brings the Elan to a safe, fade-free halt which is vital for a car of such torque-thrust. Girling discs are fitted all the way around with 9.5” fitted to the front axle and 10” fitted to the rear. Very few cars for the day had disc brakes installed on the rear axle. The rear calipers has a hand brake mechanical mechanism with a special pair of pads with one fitted to each side of the disc. Servo assistance is part of the SE and Sprint packages.

From The Avengers episode “Mission…Highly Improbable”

This very fast roadster began life very popular. When Diana Rigg, as the famous Mrs. Emma Peel character drove her Lotus Elan in “The Avengers” it raised interest even more so. There were magazine articles about it. The Elan 26R was winning competitions. Sales began soaring setting new sales records. Those who saw it for the first time wanted to know more about it. Americans were a bit restrained at first but by the time the S3 drop head was released, sales went beyond expectation and actually created shortages in the U.K.

From The Avengers episode “Epic”

Here’s Emma Peel’s first Lotus Elan featured in “Man-Eater of Surrey Green.” This episode is from the early B&W  segments introducing Diana Rigg as the indomitable Emma Peel who succeeded Mrs. Catherine Gale played by Honor Blackman. Notice the Elan’s lack of permanent window frames which makes it look a lot sleeker.

“Mrs. Peel, we’re needed…”

There are now tools available to properly remove and torque on your Elan wheels properly. If you have ever tried to remove an over-torqued spinner…you have learned exciting new ways to use expletives. A hammer, and a block of wood used to be the only way to remove an improperly torqued wheel. Check out this unique Knock-off spinner removal kit: http://knockoffspinnertool.com/lotus_elan_spinner_instructions if you value your Elan’s fibreglass bodywork and its beautiful wheels…

The #4 factory 300 yards from the main factory at Cheshunt Hertfordshire, 50 Lotus Elan bodies were produced and painted each week. After an essential period of curing in the open air, they are taken to the Elan shop where the backbone chassis is fitted with the gearbox and suspension. 

The body/chassis unit moved down the production line passing numbered work stations where separate operations were expedited under the careful scrutiny of the quality inspection staff. At the end of the production line all adjustments were checked and the car is started for the first time. After the final safety inspection, the Elan leaves for a 30 mile sprint on a road test by one of two inspectors who had tested over 1,600 Elans. On its return, the car is carefully checked again and then prepped for delivery to dealers.

Behind the Elan Shop is the Lotus Cortina Division, Spares, and service department with a “secret area” by Lotus Developments Limited. In another building Lotus Components Limited made 10 different types of racing cars from the Indianapolis 4.2 litre to the latest racing Elan. In a section no bigger than four lock-up garages, Team Lotus prepared their cars for the many races of the year.

The Lotus Elan is an exquisite hand-built, low volume sports car. Its one-piece fibreglass body shell fits over the backbone chassis attaching at 16 points. This type of construction makes the Elan exceptionally rigid with a lower center of gravity which is imperative to a high-speed sporting vehicle such as this. The other advantages to its torsional rigidity of the chassis and body construction are lack of rattles, harshness, and vibration – with low-cost production.

Today, the Lotus Elan is one of the most coveted classic sports cars. Its avant-garde glamour is timeless…it has challenged the years gracefully. It is one of a few cars that if in tip-top condition can take on the contemporary muscle cars without skipping a beat. Unlike most sports cars from this genre, the architecture is pure and unpretentious escaping status-quo. From the vacuum operated hide away headlamps to the stylish Lotus 3-eared knock-on spinner steel wheels, the Elan takes its place in automotive history.

Epilogue…

To drive the Elan is what true sports car performance is all about. This car was far ahead of its time. Its ferocious 1558cc Twin Cam in-line 4-cylinder engine with twin Weber or even twin Dell’ Orto carburetors, a close-ratio manual gearbox, and its sleek aerodynamic architecture enables it to achieve 105 to 130 mph without even working up a sweat. It will go down in automotive history as one of the world’s most significant sports car designs of all time. The Lotus Elan proves the point that a sports car doesn’t need humongous engine displacement or numerous cylinders to be a potent performer…

This is the 1960s genre and the Elan sported onto the automotive scene with a handcrafted fibreglass one-piece body shell with a rigid steel backbone chassis, independent 4-wheel suspension, 4-wheel disc brakes, and one of the world’s finest rack & pinion steering systems. To quote Graham Arnold former sales director for Lotus: “The Elan is a car for dreamers but when the owner wakes up…the pleasure remains – “ The first generation Lotus Elan saved the company from financial ruin getting the business out of the red and back to black which the contemporary Lotus models owe it a debt of eternal gratitude…the success of the Elan is a primary factor of Lotus’ commercial success to this day.

Special thanks to all of the Lotus Elan owners I talked to, Lotus historians, Graham Arnold’s book “Lotus Elan Super Profile” and Mark Hughes book “Classic and Sportscar – Lotus File”  for the specifications and general information to make this tribute to the formidable first generation Lotus Elan possible.

Welcome to Greg’s World…

Greg’s World IS NotoriousLuxury © 2017

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