Bentley Bentayga LWB Renderings Hide The Bigger Changes Inside


It’s hard to hide the long wheelbase variant of a vehicle. Automakers can’t easily hide the extra metal and bigger doors under dubious camouflage wrap. This applies to the Bentley Bentayga LWB last seen in late 2021. The extra mass between the wheels is simply unmissable. The roomy SUV hasn’t debuted yet, but an unofficial rendering of our friends at turn the model into reality.

While the new Bentayga will be longer than the standard variant, the styling has not changed. Spy shots have shown the Bentley sporting the same front and rear design as the regular model. Bentley gave the Bentayga a mid-cycle refresh for the 2021 model year, and that’s what this rendering of the SUV shows. However, anything can change before debut.

If there is a style change, it will be found inside, which the rendering doesn’t show. The LWB Bentayga will cater to rear-seat passengers in markets such as the Middle East and, in particular, China, which is receiving a number of elongated models not sold elsewhere in the world. Mercedes offers an elongated E-Class, while BMW offers the LWB 5 Series. We hope Bentley adds a lot of technology and luxury to the rear seats.

The Bentayga’s longer lineup of powertrains will likely remain unchanged, as will the styling. The Bentayga is available with three engines, but we didn’t expect it to get the V12 as the Speed ​​variant. Instead, Bentley will likely use a V6 hybrid and twin-turbocharged V8 engine as the powertrain.

We don’t know when Bentley will reveal the new Bentayga, but the company is teasing its debut on May 10. However, all that Bentley has released so far is a teaser image of the purple cabin interior. Whatever Bentley plans to debut, it will be packed with luxury technology.

There have been rumors for years about a Bentayga with a long wheelbase. It’s surprising that it took so long to arrive, as the SUV, the first from Bentley, arrived in 2016. However, the company has finally fixed it, and should find success like the standard model.


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