Fisker engineers, working with independent investigators from Pacific Rim Investigative Group, have begun preliminary examination and testing on the Karma involved in a fire in Woodside, California Friday.
Evidence revealed thus far supports the fact that the ignition source was not the Lithium-ion battery pack, new technology components or unique exhaust routing.
The area of origin for the fire was determined to be outside the engine compartment. There was no damage to the passenger compartment and there were no injuries.
Continued investigative efforts will be primarily focused within the specific area of origin, located forward of the driver’s side front tire.
Further details will be announced after a full report is completed.
Fisker Automotive can confirm that one of its Karma models was involved in a vehicle fire during a roadside incident in Woodside, California. No injuries were reported; the vehicle was parked; and the fire was extinguished safely by the emergency services. Fisker understands damage was limited to the driver’s side front corner of the car, away from the lithium ion battery and electric motors. The car was not being charged at the time.
We have more than 1,000 Karmas on the road with a cumulative 2 million miles on them. There are more than 185,000 highway vehicle fires in the US every year.In an electric vehicle, immediate suspicion is focused on the battery and high voltage components. The location of the damage to the vehicle in this incident appears to rule out that suspicion. Fisker has not had any battery or high voltage fire incidents with any of its vehicles.
Safety remains our primary concern at Fisker, and is integral to the design, engineering and technology of the Karma, a model in which we have absolute confidence. Fisker staff have been in contact with the customer and are investigating the cause of this incident. We are also employing an independent fire expert to assist the investigation. A further statement will be issued once the investigation has been completed and the cause determined.