The alarm screams at 4:30am. It is brutal. You are facing a 150-mile slog to the Goodwood Festival of Speed, a commute thousands will make this week. You go early, though. A day before the main event. The goal is a neighboring track. A date with 1600 horsepower.
Yes. Sixteen hundred.
You are behind the wheel of the magazine’s first test drive of a new all-electric sports car. Tri-motor setup. Raw power. The Festival of Speed has become the default runway for new performance machines. The public debut happens there. Naturally. Carmakers structure their preliminary media runs around the spectacle. They need the eyes on the metal. They need the noise. And now, they have silence at 1600bph, waiting to be unleashed on the hill.
Why the 1600bhp Figure Matters
Why start with such an absurd number? It sets the stage for what this car actually is. It is not just fast. It is extreme.
Electric hypercars are often discussed in terms of torque and efficiency. But 1600bhp is not about efficiency. It is about physics. It is about whether a driver can survive the first ten seconds. The venue—Goodwood—is loud, crowded, and historic. The car is silent, new, and potentially dangerous.
This contrast is the point. You are bringing a machine that breaks records into a place that celebrates them.
Where the 1600bhp Engine Meets the Pavement
You are not driving on public roads yet. You are at the circuit. This is where the rubber meets the road, literally. The tri-motor setup means power delivery is unlike anything internal combustion engines provide. No lag. No shift. Just force.
How do you judge a car in five minutes when it has the power of a small rocket? You don’t. Not really. You feel it. You lean into the turns and hope the tires agree with your inputs. You floor the throttle and watch the number jump. 1600bhp is a headline. The experience is the reality.
Which car can do this? The tri-electric configuration suggests a focus on vectoring torque. Independent control of each wheel? Maybe. That would allow for moves that defy
