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McLaren P1, Porsche 918, And Ferrari LaFerrari – A Brave New Breed (Part 4)

8/20/2014 11:12:44 AM

There’s a shallow left kink before the track’s first braking zone that I’ve never even considered before, but this time the approach speed is so vast that it triggers the Voice. For a split second, I wonder if I’m going to stop for Turn 1 and confirm the suspicions behind those sunglasses. The brakes, vast 15.7-inch and 15-inch carbon-ceramics by Brembo, are well matched to the LaF’s accelerative powers. The brake pedal, with its zero-dead travel, is the most race-feeling component on the car, and it’s also the source of the most impressively cloaked electro-trickery. The LaFerrari has regenerative braking, harvesting energy while slowing, where the P1’s brakes are not at all connected to its hybrid system. If the regenerative 918’s relatively jerky and aloof braking behavior was the initial benchmark, then Ferrari’s calibration work is altogether more impressive (although it could be argued that the task is much, much easier on a two-wheel-drive platform).

The P1’s rear wing pops out a little at times, or a lot in Race mode. It can be flattened for straight-line speed

The P1’s rear wing pops out a little at times, or a lot in Race mode. It can be flattened for straight-line speed

In the Ferrari, I wasn’t even initially aware that the brakes were involved in the charging process. Like everything else on the LaF, the driver is allowed to simply get in and drive. But the best brakes are still on the P1, as its Akebono ceramics are otherworldly.

For many people, the above information allows us to exhale with some relief. It is possible to isolate the driving experience from the unfathomable complexity of these machines—and the Ferrari does this best. The greatest compliment you can pay the car is to say that it feels like a 458 with a rocket up its backside: The performance potential is immense, and you have to manage the traction available, but the fundamental chassis balance is very 458. The main differences are the steering, which is a good deal more informative, and the fact that it takes time for your body to adjust to suddenly shorter straightaways and more violent braking episodes.

To have fashioned such a conventionally enjoyable driving experience from such exotic and potentially invasive technology is a complete triumph. And of course, it allows Ferrari to announce to a world increasingly uncomfortable with fossil-juice consumption that it is embracing hybrid technology, when it is actually doing so for no other reason than to improve lap times. Which is far less misleading than the Prius’s key message of greenness for greenness’ sake.

The LaFerrari comes with luxuries including air conditioning and satellite navigation

The LaFerrari comes with luxuries including air conditioning and satellite navigation

But is this technology for the sake of technology? To deflect that accusation, the question each of the new hypercars has to answer is whether it would have been a faster, more enjoyable device without electricity. This is where the three diverge.

I firmly believe that two of them, the LaFerrari and the P1, are superior in both speed and enjoyment because they are hybrids. But the 918 is a different case. Yes, a 2400-pound, 600-hp, V-8-powered, two-wheel-drive Spyder would be more fun to drive. But it wouldn’t be faster around any given flying lap, and Porsche has the simulated data to prove it. The front-axle traction and extra torque combine to make the heavier production machine faster. But it remains a 3820-pound machine, significantly porkier than the other two and a good deal slower from rest to the magic 300-km/h (186 mph) number that Europeans use as a metric. For me, that means it isn’t a true rival here. (To be fair, I also happen to find the Porsche the most beautiful, but my opinion on aesthetics counts for very little.)

In “Race" mode, the retractable rear wing of the Porsche 918 is set to a steep angle to generate high downforce at the rear axle

In “Race" mode, the retractable rear wing of the Porsche 918 is set to a steep angle to generate high downforce at the rear axle

McLaren openly admits to having run a P1 test mule powered solely by the car’s twin-turbo, 727-hp V-8, no hybrid system. The marque says that, at the production P1’s 34.8 psi of boost, turbo lag was unsupportable. In other words, we can categorically state that not only is the P1’s hybridity not a disruptive element, the car wouldn’t be nearly as fast or as fun to drive without it.

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