Reliability Guide

Common Problems with the
2018 Bugatti Divo

The Divo launched as a Chiron-based coachbuilt hypercar limited to 40 units, focused on handling rather than outright top speed. These early cars are the most affordable but carry the highest risk of driveshaft issues and bespoke suspension component scarcity.

What changed for 2018

  • UK launch of Divo
  • Limited to 40 units
  • Chiron-based with bespoke aero

Common MOT watch-outs

  • !Chassis driveshaft recall
  • !Bespoke suspension component scarcity
  • !Carbon fibre body damage
3
Known Issues
2
Serious
1
Moderate
0
Minor

All Known Issues

Chassis Driveshaft Recall

SeriousGearbox & Transmission

Bugatti recalled certain 2019–2020 Divo and Chiron models due to a potential rear left-hand driveshaft breakage. A broken driveshaft could result in parts detaching and becoming a road hazard. The fix involves inspection and replacement of the driveshaft if necessary. This recall must be completed and documented.

Est. Repair Cost: Recall — free if completed through Bugatti

W16 Engine and Turbo Maintenance

SeriousEngine

The Divo shares the Chiron's 1,500 bhp W16 engine with its associated maintenance requirements. Oil leaks, turbo service, and cooling system integrity are all ongoing concerns. The Divo's more aggressive driving focus may accelerate wear on these components.

Est. Repair Cost: £5,000–£16,000 per turbo; £5,000–£12,000 for oil system

Bespoke Suspension and Aero Components

ModerateSuspension & Chassis

The Divo features unique suspension tuning and aerodynamic elements not shared with the Chiron. These bespoke components — including unique dampers, springs, and aero actuators — are produced in very small numbers and are extremely expensive to replace. The active rear wing and front splitter have Divo-specific calibration.

Est. Repair Cost: £10,000–£20,000 per component

Buying Tips for 2018 Bugatti Divo

  • As a limited-production coachbuilt car, ensure Bugatti has complete service records
  • Check the bespoke suspension components
  • Verify the active aerodynamics are fully functional