Beauty meets Beast
Discover the Programme Solitaire

VISIONARY

Pushing boundaries beyond imagination, the

CHIRON’s sophisticated design and

performance-oriented form reinterprets

BUGATTI’s iconic history.

PERFORMANCE

Engine type
 W16

Power output
 1,103 kW

Maximum torque
1,600 Nm

0 - 100 km/h
 2.4 s

AÉRODYNAMIQUE

Intelligent aerodynamics begin at the

distinctive front design of the CHIRON,

serving as intake, routing air to the front

brakes. Functionality fuses with aesthetics

across the CHIRON's distinct profile

- enhancing cooling efficiency to the engine.

AERODYNAMICS

Its jet-like active rear wing folds

upwards - controlling downforce

and braking from its top speeds.

INNER BEAUTY

The CHIRON excels not only in speed, but comfort.

Exquisite materiality and a unique atmosphere are

what make this hyper sports car truly enjoyable.

INNER BEAUTY

The central console inlay, milled from

a single piece of solid aluminum, has

independent controls with adjustable displays.

INNER BEAUTY

The cockpit layout proudly displays the

magic 500 km/h mark [310 mph]. The mechanical

speedometer adds to the timeless, analogue appeal.

TITANIUM BOOST

The dramatically optimized 8.0 L W16 engine

delivers more. More speed. More acceleration.

More emotion. Catapulting the car to 420 km/h

[260 mph] while four turbochargers pump away

- accelerating with ease and linear power.

LIGHTWEIGHT TITANIUM

EXHAUST SYSTEM

For an extra boost, the new lightweight

titanium exhaust system reduces back

pressure, maximizing the engine power further.

ENTER BEAST MODE

Awaken 1,500 horses

SPEED KEY

Activate Top Speed mode - with the

car's permission - by utilizing the

Speed Key. The CHIRON is now perfectly

poised to go beyond the electronically-

limited 380 km/h all the way to 420 km/h.

THE HIGHEST STANDARDS

No other hypercar of this caliber completes such

an exacting and complex test program. At each

stage of the process, the vehicle is subjected

to relentless tests, checks and correction

loops - which can only be adequately carried

out at aerospace and military facilities.