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Lotus adds lightness to new Exige S Club Racer

If there are two things Lotus is good at, they're trimming weight off already lightweight cars and getting the most out of its existing products. And those are just the talents it's called on to roll out the new Exige S Club Racer. Based on the Exige that's been on the market since 2000 – itself based on the Elise that dates back to 1996 – the new Exige S Club Racer manages to cut an extra 33 pounds off the vehicle's already featherlike curb weight, now down to under 2,600 lbs. The weight reduction comes down largely to the lightweight battery, center console, doors and sports seats. Yet measured at 100 miles per hour, the coupe also produces 93 lbs of extra downforce thanks to the revised aero package that includes a new front splitter, rear wing and flat underbody. Joining the Elise 20th Anniversary Edition (which itself replaces the Elise S Club Racer), the new Lotus Exige S Club Racer packs a 3.5-liter V6 to run to 62 in four seconds flat and on to a top speed of 170 mph. That's some rather impressive performance for a vehicle that only costs GBP56,900 in the UK, which is about what you'd pay for a Porsche Cayman GTS over there that would cost us around $75k. Unfortunately, Lotus doesn't sell the Exige in the US anymore, so this is one further improvement on a model we'll just have to admire from across the ocean. NEW LOTUS EXIGE S CLUB RACER - FASTER AND LIGHTER - Club Racer ethos applied to searingly quick Exige S - Weight reduced by 15 kg - Lotus benchmarks for handling and pure driving experience Applying the Lotus refined Club Racer principles to the already stunning Exige S results in the most inspiring version of an already class-leading sports car. The Exige S is a model that already excels, thanks to its lightweight aluminium chassis-tub and aerodynamically enhanced composite bodywork. Its 3.5-litre supercharged V6 engine delivers exciting performance, benchmark handling and a pure driving experience combined with a 4.0 seconds 0-62mph (0-100km/h) acceleration time and a top speed of 274 km/h (170 mph). Jean-Marc Gales, CEO of Group Lotus plc, expressed his enthusiasm for the new model: "Factoring the Club Racer ethos into the Exige enhances the track-focussed potential of this important model.

New Lotus owners ditch ambitious five-year plan

This didn't take long. The new overlords at Lotus have reportedly scrapped the company's five-year plan. DRB-Hicom ditched the turnaround strategy, penned by ousted CEO Danny Bahar, because it believes the market viewed the plan as overly ambitious.
The new product plan will slim the number of new model lines from five to three, and Lotus will likely slash the number planned consultants in favor of relying more heavily on in-house talent. According to The Star, the move should help expedite product development and save cash at the same time.
Even so, nothing is written in stone as of yet. DRB-Hicom says the new plan will take up to a year to finalize. The company has dumped around $242 million into Lotus so far this year, and the struggling automaker may require another $121 million by 2013. Lotus all but stopped production earlier this year during a loan freeze, but the lights came back on in April. The company now produces around 44 vehicles per week.

This is how ground effects work in a nutshell

There are two ways to generate downforce. One is with all manner of wings and spoilers on the surface of the vehicle. The other is with ground effects. One you can clearly see, the other remains something of a hidden mystery. Fortunately, the good folks at Lotus and Goodwood are here to dumb it down for us non-engineer types. It's called Bernoulli's Principle, named after Swiss physicist Daniel Bernoulli who literally wrote the book on the subject way back in the 1700s. Countless engineers have spent their careers focused on its study and application, but the crux of the matter is that, as the speed of air (or other "fluid") increases, pressure decreases. Play with the air's increasing speed and decreasing pressure just right and you can generate downforce underneath the body of a car without significantly increasing drag as you would with surface spoilers. For evidence of how Bernoulli's Principle applies in practical terms, just look at the last Ferrari to pack a turbocharged V8 in the middle and the latest one. The F40 had a giant wing on the back, where the 488 GTB has none. But because the 488 uses underbody aerodynamics (or "ground effects"), it generates significantly more downforce than the winged F40 ever could, and at lower speeds. Ferrari, however, was not the first outfit to harness the power of ground effects. Lotus did with the legendary 79 that Mario Andretti drove to the world championship back in 1978. That was the genius of Colin Chapman, and to explain how it all works in layman's terms, our friends over at Goodwood Road & Racing brought in Colin's son Clive Chapman, head of Classic Team Lotus, to put together the video above. Related Video: