Skip to main content

Lotus Elise SC

We’ve been subjected to some rather tenuous special edition Elises in the past, but this is a bit different. The fastest, most powerful production version of Lotus’s baby sports car yet, it’s essentially an Elise R (formerly the 111R, now renamed) fitted with a supercharger to provide an extra 28bhp.

So it’s got the engine from the Exige S?

If only things were that simple. Yes, it uses the same basic 1.8-litre Toyota engine, but the Exige is fitted with an intercooler that sits on top of the engine under the fastback. The Elise though has a flat engine cover meaning the intercooler won’t fit. So Lotus reengineered the car to work without an intercooler. Incredibly, the non-intercooled engine produces the same 217bhp as the intercooled car as well as 156lb ft of torque. Those figures don’t represent a massive on-paper improvement over the 189bhp and 133lb ft but the torque curve is fuller and and the peak shifts from a silly 6800rpm to a more usable 5100rpm. And remember, the Elise is incredibly light, so although the 870kg SC is 10kg heavier than the R, it still has a better power to weight ratio: 250bhp versus 220bhp per tonne.

A bit brisk is it?

Let’s get the numbers out of the way before dealing with the more important stuff. The top speed climbs just 3mph to 150mph but the 0-60mph figure is slashed from 5.2sec to just 4.4sec (the blown Exige on stickier rubber manages 4.1sec). Extend the comparison to 100mph and the SC extends its lead: 10.7sec plays 13.0sec. But that only tells part of the story. The real meat of the R’s power comes in with a bang at 6200rpm, lasting until the limiter cuts in 2000rpm later. It’s not slow below that point but can be frustrating on the road where it’s difficult to access that urge. The SC is far more progressive and the noise of the supercharger muffles the coarse din of the engine. It doesn’t feel heroically fast at low revs, but is far stronger than the R in the midrange, the place you’ll spend most time. And the point at which the variable valve gear kicks in to maximum power mode now takes place lower down, between 4000-6200rpm. So you no longer need beat the throttle senseless to make progress although as peak power doesn’t arrive until nearly 8000rpm, you’re still rewarded for doing so.

Does it still feel like an Elise though?

Yes, because it’s essentially an R underneath the skin so it’s no surprise to find that they drive very similarly. The steering is still the finest of any road car on sale in terms of hardwiring you into the action. Light yet incredibly communicative, it tirelessly ferries back data from the front wheels while the thinly padded seat allows your bum to sense what the rears are up to. The SC’s wheels are half an inch wider at both ends so there’s fractionally more grip than before. Too much throttle still mostly washes the front end out and there’s so much traction that the optional traction control just isn’t necessary. But as ever, a cheeky lift of the throttle will trim your line or punt the whole car into a broadside pose to taste. Trying to get back on the gas to really ride out a slide though and there’s sometimes a pause before power comes back in, something you also feel if you short shift but then immediately apply full throttle.

How will everyone know I’m in the fastest ever Elise?

Apart from those wider wheels, there’s not much to differentiate the SC from lesser models visually, just a rear spoiler that curves its way round the rear of the car onto the back quarters, not unlike the wing fitted to the 111S versions of the first generation Elise. Inside the SC adopts the same changes as all Elise models for 2008: a more expensive looking dash covering, easier to read white on black gauges and a starter button. Moving from the options sheet to the standard kit list for all models are standard airbags and the brilliant Probax seats that mould to the shape of your body.

Popular posts from this blog

Porsche 913

Forgetting the Panamera, Cayenne and Macan, Porsche offer a pretty well-rounded sports car range. Starting with the Boxster and Cayman, and moving up the multitude of variations of the Porsche 911, all the way up to the 918 Spyder supercar. But there is a HUGE price gap between the top of the range 911 Turbo ($250,000 will all the options ticked), to the 918 Spyder ($800,000). Somewhere in that range Porsche could surely offer something to compete with the likes of Ferrari and Lamborghini. Something like the 913 possibly? Conceived by the fertile mind of Rene Garcia, a professional 3D modeller who has created conceptual vehicles and highly detailed models for some of the biggest movies of the past decade, including the Matrix Trilogy, Transformers, the latest Star Trekthrillers and The Avengers, the Porsche 913 is an exquisitely rendered design in every detail. It has a bit of the 918 Spyder about it, but there’s also a lot of originality to the design. It looks like a Porsche, but a

Lamborghini Canto – What the Murcielago could have been?

Back in the late 1990s, when Lamborghini were starting to realise they needed a replacement for the ageing Diablo, they started reviewing design proposals from various automotive design firms. Zagato’s offering was the Zagato L147 SuperDiablo, or as it was to be later known, the Lamborghini Canto. The Lamborghini Canto first appeared in 1998, it arrived only two years after another Zagato designed Lamborghini concept had been unveiled, the Diablo-based Raptor. The cars shared a number of similar features, including the wraparound windows, triangular lateral air intakes, and trademark double-bubble roof. However of the two, the earlier Raptor was probably the better looking. Clearly Ferdinand Piech – head of the Volkswagen Group – thought so too. After VW bought Lamborghini in 1999, one of his first decisions was to review the Canto’s development and redesign the concept. The car was re-engineered and the rear extensively restyled to include smaller air intakes. The engine was also up

BMW GINA

The BMW GINA changes the design rulebook concept which features clever use of materials and technology. The GINA acronym stands for 'Geometry In "N" Adaptions'. The 'N' stands for infinite. Quite logical really... While at first glance the BMW GINA appears to be nothing more than a modified and stretched BMW Z4. As soon as the doors are opened it reveals its true nature. Covering the lightweight spaceframe of the BMW GINA are not conventional metal bodypanels, but instead an elastic, rubber-like material is stretched across the structural members and wire frame to form an attractive design which follows BMW's flame surfacing styling philosophy. This elastic material has given BMW's designers more options when designing various moving parts of the GINA concept. The doors for example have no shut line along their front edge as the material just moves with the door. At the rear the electro-hydraulic adjustable spoiler rises and lowers under the skin of