F1 Drivers Descend on Monaco for Formula E's Gen4 Debut

Formula E CEO Jeff Dodds has confirmed that multiple Formula 1 drivers will be present at this weekend's Monaco double-header, drawn by the debut of the revolutionary Gen4 car. The new machine, set for its first fully public demonstration driven by David Coulthard, delivers staggering performance that narrows the gap to F1 to potentially under five seconds.

Why it matters:

The influx of F1 drivers into the Formula E paddock underscores the growing intrigue around the all-electric series' next generation. With lap times approaching those of F1 cars, especially in wet conditions, the Gen4 could challenge traditional perceptions of electric racing and attract top-tier talent in the future. The fact that drivers like Oliver Bearman are actively engaging with Formula E highlights a shifting attitude in the motorsport world.

The Details:

• Gen4 Performance: The car features permanent all-wheel drive, 815 hp, 0-100 km/h in 1.8 seconds, and a top speed of 335 km/h (208 mph). The lap time difference in Monaco is expected to be below five seconds, and the car could even be quicker than F1 in wet conditions.
• F1 Interest: Dodds revealed that several F1 drivers have asked to be "looked after" during the weekend and specifically requested to see the Gen4 car. He spent an hour with Haas driver Oliver Bearman and his brother Thomas, noting Bearman's extensive knowledge of F1 and motorsport history.
• Public Run: David Coulthard will drive the Gen4 around the Circuit de Monaco on Sunday morning, marking its first fully public running in front of fans. This will be a key moment for Formula E to showcase its technological leap.

What's Next:

The Monaco double-header serves as a crucial showcase for Formula E's ambitions. As Dodds put it, "they're all intrigued," and a successful demonstration could pave the way for more cross-series collaboration. With the Gen4 car set to race in Season 13, the interest from F1 drivers now could signal future talent movement or even joint events.