Ferrari LaFerrari Damaged in Crash on Chinese Road
A Ferrari LaFerrari valued at roughly $4 million has been heavily damaged following a crash in China, with video footage showing the yellow hypercar stopped in the middle of a roadway after the incident.
Details surrounding the crash remain limited, but early indications suggest the driver may have lost control before striking roadside objects. The impact appears to have hit the front passenger-side corner, leaving visible damage to the bumper and internal components in that area.
More serious concerns appear at the rear of the vehicle, where the damage suggests significant mechanical issues. The rear wheel is visibly misaligned, pointing in an unnatural direction that indicates likely suspension failure. The impact may also have resulted in a broken wheel and potential damage to the carbon ceramic braking system.
The LaFerrari is among Ferrari’s most advanced performance machines, combining hybrid technology with lightweight construction. Its structure and performance components are designed for extreme speeds and handling, but repairs for damage of this scale can be complex and costly due to the specialized materials and engineering involved.
Footage circulating on Chinese social media captured the aftermath, showing the hypercar immobilized and surrounded by bystanders. The condition of the vehicle suggests it will require extensive inspection and restoration work before it could return to the road.
High-profile crashes involving rare supercars have occurred in recent years, underscoring the risks tied to driving high-performance vehicles in public settings. In 2024, a LaFerrari was among several exotic models involved in a crash during a convoy on a mountain road in Austria, alongside a McLaren Elva, an 812 Superfast, and a Bentley Continental GTC.
Incidents like these often draw global attention because of the vehicles involved and their limited production, high value, and engineering complexity. The latest crash highlights the vulnerability of even the most advanced hypercars when conditions, driver inputs, or road environments go wrong.
