Lando Norris rolled through Monaco on September 1 in a green Porsche 911 GT3 RS — gold centerlock wheels, fixed rear wing, NO44 plate — and nobody who knows his driving style was particularly surprised. The reigning F1 champion, fresh off back-to-back wins in Hungary and the Dutch Grand Prix, had his pick of anything on four wheels. He chose the GT3 RS.
That choice is worth unpacking for anyone weighing the GT3 RS against faster, pricier alternatives. Norris earns his living extracting tenths from a machine at the absolute limit of grip and feedback. When the helmet comes off, he gravitates toward a naturally aspirated flat-six, not a turbocharged hypercar. That preference says something concrete about what the GT3 RS actually delivers — and what buyers at this performance tier are really paying for.
The footage, first shared by TheSupercarBlog and sourced from Monaco enthusiast account @monaco_luxurystyle, shows Norris cruising the principality’s narrow streets before briefly opening up the flat-six and pulling away. It is not a dramatic clip. That is almost the point.
The 992-generation GT3 RS is the flagship of Porsche’s naturally aspirated 911 lineup. Its 4.0-liter flat-six is built to be worked — high-revving, unassisted by a turbocharger, and calibrated to reward precision throttle inputs over blunt power delivery. Combined WLTP fuel economy sits at 13.2 liters per 100 kilometers, with CO2 emissions of 299 grams per kilometer. Those figures confirm what the car is: a track-focused road car that makes no apologies for its priorities. The massive swan-neck rear wing and stripped-down cabin are not styling choices — they are functional commitments to aerodynamic downforce and weight reduction.
A McLaren 720S, a Ferrari 296 GTB, or any number of hypercars would deliver more straight-line speed than the GT3 RS. Norris knows this. The question is what a driver of his caliber actually wants when the race weekend is over.
Norris has spoken openly about the precision required to extract performance from the current McLaren MCL40 — particularly its strength in high-speed corners, where he says no one on the grid matches them. That sensitivity to chassis behavior and mechanical feedback translates directly to road car preferences. A turbocharged supercar flattens the experience: power arrives in a rush, the chassis is managed by layers of electronics, and the driver is partially insulated from what the car is doing. The GT3 RS works the opposite way. Every input — throttle, steering, braking — communicates directly. There is no torque-fill hiding a missed apex.
For a buyer at this price point who actually drives, that distinction is the entire argument for the GT3 RS over something faster on paper. Norris is not choosing a slower car. He is choosing a more demanding one.
The GT3 RS sits in a specific performance tier — above a standard 911 Carrera, well below a Bugatti or Koenigsegg — where buyers face a genuine decision. Spend more on a turbocharged supercar with higher headline numbers, or spend on a car engineered around the driving experience itself.
Norris’s choice illustrates the case for the latter. Porsche continues to develop the GT3 RS platform with track-focused variants, including the 911 GT3 with the Manthey performance package, which suggests the company is not treating naturally aspirated development as a legacy commitment. It is an active priority. For buyers who plan to use the car on track days as well as public roads, that ongoing development matters.
The GT3 RS is not a compromise between a road car and a track car. It is a track car that happens to be road-legal — and in Monaco, where Ferraris and Lamborghinis are background noise, Norris’s green RS still turned heads. That is the other thing it delivers: presence that comes from purpose rather than displacement.
Norris heads to Monza this weekend trailing points leader Andrea Kimi Antonelli by 83 points, confident McLaren has pace at a high-speed circuit that suits their car. The GT3 RS stays in Monaco. For buyers trying to understand what the car actually offers, that is a more useful data point than any lap time.
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