Bentley Continental vs Aston Martin DB11

What's the difference?

Close your eyes for me and try to picture a two-door vehicle with a thumping V8 engine, 575kW and a whopping 1000Nm on tap, a 0-100km/h burst of 3.2 seconds and a top speed of 335km/h. Does it look like a Ferrari in your head? Something else Italian, or German perhaps?

Well, what if I tell you it also weighs 2.5 tonnes. Are you imagining a luxe SUV with the rear doors removed, perhaps? Think again, because what we’re discussing here is arguably the very best of Britain (albeit German-owned), the all new and highly impressive Bentley Continental GT Speed.

Gone is the famous and fabulous W12 engine, never to return (Bentley was long the world’s biggest maker of 12-cylinder engines, henceforth it will make exactly none), to be replaced by the one and only power plant the company will now offer, in various tunes, in all of its ICE cars (yes, a Bentley EV is coming, of course).

All that torque isn’t just from the big 4.0-litre V8, it’s also an 'Ultra Performance Hybrid', which will allow you to drive up to 81km in fully silent electric mode, should you be so boring.

We flew to a posh and very private members-only race track in Japan to find it out if this really is, as Bentley suggests, the everyday supercar.

It might look like a stealth fighter, but this dramatic example of Aston Martin’s DB11 AMR didn’t fly under anyone’s radar during its time in the CarsGuide garage.

Forget the Duke and Duchess of Sussex, this piece of British royalty caused jaws to drop and camera phones to rise more effectively than any mere ginger celebrity or ex-TV trouper. 

AMR stands for Aston Martin Racing, and this performance flagship replaces the ‘standard’ DB11, delivering even more fire under the hood and fury from the exhaust. Aston also claims it’s faster, dynamically superior, and sleeker on the inside. 

In fact, the DB11 AMR’s 5.2-litre twin-turbo V12 now produces enough grunt to accelerate it from 0-100km/h in just 3.7 seconds. 

More than just a flash Harry, then? Let’s find out.