Mansory Launches Fierce 900-HP Bentley Bentayga Speed ​​Feroza Edition


The Bentley Bentayga doesn’t lack for much. High-end luxury SUVs are all about comfort, power and style, but Mansory wanted to add its own twist to the formula. The tuner’s latest model is the Bentley Bentayga Speed ​​Feroza Edition, with a W12 engine that produces more power.

Mansory gave the Bentley Bentayga Speed ​​a complete visual makeover, and the Feroza Edition’s standout feature is its matching turquoise interior and exterior color combination. The SUV looks more aggressive than the standard model, with a number of carbon fiber styling enhancements, which we saw debut in last year’s V8 Bentayga. The SUV’s new grille and hood sit above a restyled lower grille opening. New accents surround the lower intakes, and new fog lamps sit directly above the new front splitter.

On the sides, Mansory adds carbon accents to the front and door fenders, along the side skirts, and on the rear fenders. It also got new wheels. The rear receives a new roof spoiler, a modified lower diffuser much more aggressive than the usual one, and a new liftgate spoiler. Poking through the rear diffuser is a large circular exhaust pipe that replaces the oblong unit.

The tuned Bentley packs a 900-horsepower (662-kilowatt) W12 engine that makes 921 pound-feet (1,250 Newton-meters) of torque. The twin-turbocharged 6.0-liter engine gets a number of upgrades, including a new turbocharger, a new exhaust system and a modified ECU. The performance boost, which is well above the 626 hp (467 kW) and 664 lb-ft (900 Nm) of torque, sends the SUV to 62 miles per hour (100 kilometers per hour) in 3.5 seconds. It can reach 200 mph (323 kph).

Mansory uses bright turquoise in its SUV, which tuners use it everywhere. It’s on the dashboard, steering wheel, floor and floor mats, seats, gear lever, and even seat belt latches. It’s bright and suits your face, but colors flow well with carbon fiber trim accents on the dashboard and doors. Mansory could have opted for a wilder color for the model.


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