The Motor Gallery
Gallery IV, 2000sVolkswagen Group handed Bugatti a specification that physics had to catch up to.
Eight liters, sixteen cylindersQuad-turbo. Ten radiators. A drivetrain designed to survive itself.
Michelin and BremboTires rated for fifteen minutes at full speed. Then replace.
Autocar, 2005“A car that, in motion, felt almost calm despite its statistics.”
Next Exhibit1,001 horsepower. The decade closes at 253 mph.Enter Lamborghini Countach →
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2000s · Exhibit
Bugatti Veyron
1001 horsepower, delivered in a three-piece suit.
Bugatti Veyron 16.4 · 2005–2015 · Molsheim
Produced
2005 – 2015
Engine
8.0 L quad-turbo W16
Top speed
408 km/h (431 Super Sport)
Units built
450
The Exhibit
Bugatti
Veyron

When Volkswagen revived Bugatti in the late 1990s, Ferdinand Piëch set an engineering target so extreme that most of his team thought it impossible: 1001 metric horsepower, a top speed above 400 km/h, and the comfort of a fine grand tourer. The Veyron 16.4 delivered all three in 2005.

Its quad-turbocharged W16 drew air through ten radiators. At maximum speed, the tyres were rated for fifteen minutes of use. A special key unlocked the final rear wing configuration. Every Veyron was hand-built at the Atelier in Molsheim, each taking several weeks.

The written primary source for this gallery is Cropley, Steve. "Bugatti Veyron 2005 First Drive." Autocar, 2005..1

Tier 1 · Primary

Primary Source Artifacts

06 artifacts
Autocar's hero photograph of the Bugatti Veyron from Steve Cropley's 2005 first-drive.
Figure 1

Autocar's hero photograph of the Bugatti Veyron from Steve Cropley's 2005 first-drive.

Autocar, *Bugatti Veyron Hero Photograph*, 2005. (Fair use, magazine editorial photograph) [Source]2

Autocar editorial photograph of the Veyron, exterior detail from Cropley's 2005 first drive.
Figure 2

Autocar editorial photograph of the Veyron, exterior detail from Cropley's 2005 first drive.

Autocar, *Bugatti Veyron Exterior Detail*, 2005. (Fair use, magazine editorial photograph) [Source]3

Additional Autocar editorial photograph of the Veyron.
Figure 3

Additional Autocar editorial photograph of the Veyron.

Autocar, *Bugatti Veyron Editorial Photograph 2*, 2005. (Fair use, magazine editorial photograph) [Source]4

Further Autocar editorial photograph.
Figure 4

Further Autocar editorial photograph.

Autocar, *Bugatti Veyron Editorial Photograph 3*, 2005. (Fair use, magazine editorial photograph) [Source]5

Further Autocar editorial photograph.
Figure 5

Further Autocar editorial photograph.

Autocar, *Bugatti Veyron Editorial Photograph 4*, 2005. (Fair use, magazine editorial photograph) [Source]6

Sixth Autocar editorial photograph of the Veyron.
Figure 6

Sixth Autocar editorial photograph of the Veyron.

Autocar, *Bugatti Veyron Editorial Photograph 6*, 2005. (Fair use, magazine editorial photograph) [Source]7

Tier 1 · Secondary

Secondary Source Artifacts

02 artifacts
Editorial photograph from Autocar's retrospective review of the Veyron model run.
Figure 7

Editorial photograph from Autocar's retrospective review of the Veyron model run.

Autocar, *Bugatti Veyron Retrospective Photograph*, via Autocar 2005-2015 review. (Fair use, magazine editorial photograph) [Source]8

Additional retrospective editorial photograph of the Veyron from Autocar's long review.
Figure 8

Additional retrospective editorial photograph of the Veyron from Autocar's long review.

Autocar, *Bugatti Veyron Retrospective Photograph 2*, via Autocar 2005-2015 review. (Fair use, magazine editorial photograph) [Source]9

Tier 2 · schematics

Design & Engineering

03 artifacts
Interior of a 2007 Veyron showing the brushed-aluminum cabin architecture, the interior specification Cropley described as resembling a Swiss watch movement.
Figure 9

Interior of a 2007 Veyron showing the brushed-aluminum cabin architecture, the interior specification Cropley described as resembling a Swiss watch movement.

Michael KR, *Bugatti Veyron Interior*, 23 February 2007, Wikimedia Commons, CC BY-SA 4.0. (CC BY-SA 4.0) [Source]10

The Veyron's 8.0-litre quad-turbo W16 engine, the powerplant Cropley described as 'an entire W16 lump' delivering 1,001 horsepower through a seven-speed DSG.
Figure 10

The Veyron's 8.0-litre quad-turbo W16 engine, the powerplant Cropley described as 'an entire W16 lump' delivering 1,001 horsepower through a seven-speed DSG.

Brian Snelson, *Bugatti Veyron 8.0-litre W16 Engine*, 1 June 2008, Wikimedia Commons, CC BY 2.0. (CC BY 2.0) [Source]11

The W16 engine installed on the Veyron chassis, showing the packaging challenge of fitting four turbochargers and ten radiators around the powerplant.
Figure 11

The W16 engine installed on the Veyron chassis, showing the packaging challenge of fitting four turbochargers and ten radiators around the powerplant.

Dane Poset, *W16 Engine on a Bugatti Veyron Chassis*, 2010, Wikimedia Commons, CC BY-SA 3.0. (CC BY-SA 3.0) [Source]12

Tier 2 · press-launch

Launch & Motor Shows

09 artifacts
Veyron chassis 5.0, the validation prototype personally signed off on by Ferdinand Piech in 2005 before series production began at Molsheim. The car Bugatti credits with proving the 1,001 hp and 400 km/h targets were achievable.
Figure 12

Veyron chassis 5.0, the validation prototype personally signed off on by Ferdinand Piech in 2005 before series production began at Molsheim. The car Bugatti credits with proving the 1,001 hp and 400 km/h targets were achievable.

Bugatti AG, *Bugatti Veyron Chassis 5.0 Validation Prototype*, 2005, press archive via Supercars.net. (Fair use, educational, manufacturer press photograph) [Source]13

Second angle of chassis 5.0, the car that ran the 407 km/h validation at Ehra-Lessien with Uwe Novacki at the wheel on 19 April 2005.
Figure 13

Second angle of chassis 5.0, the car that ran the 407 km/h validation at Ehra-Lessien with Uwe Novacki at the wheel on 19 April 2005.

Bugatti AG, *Bugatti Veyron Chassis 5.0, Ehra-Lessien Era*, 2005, press archive via Supercars.net. (Fair use, educational, manufacturer press photograph) [Source]14

Engineering detail of the validation prototype showing the quad-turbo W16 installation during development testing.
Figure 14

Engineering detail of the validation prototype showing the quad-turbo W16 installation during development testing.

Bugatti AG, *Bugatti Veyron Chassis 5.0, Engineering Detail*, 2005, via Supercars.net. (Fair use, educational, manufacturer press photograph) [Source]15

Profile of chassis 5.0, the car whose success enabled the Molsheim Atelier to open on 3 September 2005.
Figure 15

Profile of chassis 5.0, the car whose success enabled the Molsheim Atelier to open on 3 September 2005.

Bugatti AG, *Bugatti Veyron Chassis 5.0, Profile*, 2005, via Supercars.net. (Fair use, educational, manufacturer press photograph) [Source]16

The Bugatti EB 18.3 Chiron concept, unveiled at the 1999 Frankfurt Motor Show, the second in the series of VW-era Bugatti design studies that led directly to the Veyron.
Figure 16

The Bugatti EB 18.3 Chiron concept, unveiled at the 1999 Frankfurt Motor Show, the second in the series of VW-era Bugatti design studies that led directly to the Veyron.

Scuderi Ferrari, *Bugatti EB 18.3 Chiron Concept*, 2007, Wikimedia Commons, Public Domain. (Public domain) [Source]17

Rear three-quarter of the EB 18.3 Chiron concept, showing the shape that would carry through, with the W16 substitution, to the production Veyron of 2005.
Figure 17

Rear three-quarter of the EB 18.3 Chiron concept, showing the shape that would carry through, with the W16 substitution, to the production Veyron of 2005.

Scuderi Ferrari, *Bugatti EB 18.3 Chiron Concept, Rear*, 2007, Wikimedia Commons, Public Domain. (Public domain) [Source]18

The Bugatti EB 18.4 Veyron concept, the 1999 Tokyo Motor Show design study, by Hartmut Warkuss and Jozef Kabaň, that first carried the Veyron name.
Figure 18

The Bugatti EB 18.4 Veyron concept, the 1999 Tokyo Motor Show design study, by Hartmut Warkuss and Jozef Kabaň, that first carried the Veyron name.

More Cars, *Bugatti Veyron 18.4 Concept*, 2025, Wikimedia Commons, CC BY 4.0. (CC BY 4.0) [Source]19

A pre-production Bugatti Veyron 16.4 photographed in 2004, one year before the production launch Cropley attended for his 2005 Autocar first-drive.
Figure 19

A pre-production Bugatti Veyron 16.4 photographed in 2004, one year before the production launch Cropley attended for his 2005 Autocar first-drive.

GerardM, *Bugatti Veyron 16.4 Pre-Production*, 2004, Wikimedia Commons, CC BY-SA 3.0. (CC BY-SA 3.0) [Source]20

The Bugatti Veyron's second key, the mandatory 'top-speed key' that unlocks the 400 km/h mode by reconfiguring the active aero. A primary artifact of the car's engineering protocol.
Figure 20

The Bugatti Veyron's second key, the mandatory 'top-speed key' that unlocks the 400 km/h mode by reconfiguring the active aero. A primary artifact of the car's engineering protocol.

EricS, *Bugatti Veyron Top-Speed Key*, 19 October 2005, Wikimedia Commons, Public Domain. (Public domain) [Source]21

Footnotes

  1. Cropley, "Bugatti Veyron 2005 First Drive."
  2. Cropley, "Bugatti Veyron 2005 First Drive."
  3. Cropley, "Bugatti Veyron 2005 First Drive."
  4. Cropley, "Bugatti Veyron 2005 First Drive."
  5. Cropley, "Bugatti Veyron 2005 First Drive."
  6. Cropley, "Bugatti Veyron 2005 First Drive."
  7. Cropley, "Bugatti Veyron 2005 First Drive."
  8. Autocar, "Bugatti Veyron 2005-2015 Review."
  9. Autocar, "Bugatti Veyron 2005-2015 Review."
  10. Michael KR, Bugatti Veyron Interior.
  11. Snelson, Bugatti Veyron 8.0-litre W16 Engine.
  12. Poset, W16 Engine on a Bugatti Veyron Chassis.
  13. Bugatti AG, Bugatti Veyron Chassis 5.0, 2005.
  14. Bugatti AG, Bugatti Veyron Chassis 5.0, Ehra-Lessien Era.
  15. Bugatti AG, Bugatti Veyron Chassis 5.0, Engineering Detail.
  16. Bugatti AG, Bugatti Veyron Chassis 5.0, Profile.
  17. Scuderi Ferrari, Bugatti EB 18.3 Chiron Concept.
  18. Scuderi Ferrari, Bugatti EB 18.3 Chiron Concept, Rear.
  19. More Cars, Bugatti Veyron 18.4 Concept.
  20. GerardM, Bugatti Veyron 16.4 Pre-Production.
  21. EricS, Bugatti Veyron Top-Speed Key.
Next exhibit
Lamborghini Countach →
The wedge that redefined the supercar silhouette.