Ferrari reveals its latest one-off: The BR20

Ferrari has revealed the latest in its One-Off series, the BR20.

The BR20 is a two-seater V12 coupe developed on the GTC4Lusso platform. Ferrari states this allows the one-off car to mirror the philosophy and styling of its coupes from the 1950s and 60s, without the slightest hint of nostalgia.

Instead, the BR20 marries timeless elegance with muscular sportiness, effortlessly incorporating styling themes typical of some of the most iconic 12-cylinders in Ferrari history, including the 410 SA and 500 Superfast.

At the front the BR20 gets a strink grille with horizontal slats. The car's head lights are also modified to sit lower compared to those of the GTC4Lusso. The car's daytime running lights have also been slimmed down to make the bonnet seem even longer and sleeker. Custom 20-inch tone-on-tone diamond-finish wheels were especially for this unique car.

A pair of arches run lengthwise from A-pillar to rear spoiler of the BR20, forming a modern take on the Ferrari 'flying buttress' theme that connects the car to Ferrari's GTs, but also modern cars such as the 599GTB Fiorano.

The GTC4Lusso's two rear seats have been removed in the BR20, adding extra dynamism to the car's ultra-sleek fastback line. A unique and elongated rear overhang has also been designed to create a silhouette that beautifully emphasises its proportions.

Here, a muscular rear bumper melds beautifully with the aggressive look of the rest of the car, while twin taillights create a visual dialogue with the tailpipes, which are lower and set into a prominent aerodynamic diffuser with active flaps on the underbody.

Two shades of brown leather and carbon fibre finish the interior of the BR20, as requested by the customer. The car also gets its seats are trimmed in dark brown Heritage Testa di Moro leather. These sport an exclusive pattern at the front as well as silver cross-stitching.

And at the rear, the bench and luggage deck is finished in oak trim with carbon-fibre inserts, concealing a deeper loading area when folded flat.