Fisker Determines the Cause of its Hurricane Sandy Fires
Yesterday, we let you know that 16 Fisker Karmas went up in flames after they were submerged at a New Jersey port following Hurricane Sandy. We now have Fisker’s official announcement regarding these fires, and it’s actually a little better a situation than we had initially assumed.
According to the report from Fisker, a single Karma caught fire after saltwater left corrosive residue on the vehicle control unit. This component then shorted out and caused a fire. The heavy winds from the Hurricane then spread the flames to the other 16 Karmas parked near it. This means that the other 15 burned Karmas actually survived submersion without catching fire. To us, that’s actually pretty incredible.
Also being reported is that the Karma was not the only vehicle that burned after Sandy beat the hell out of the northeast, as several Toyota Priuses and even a few gasoline-powered cars joined in on the automotive BBQ. Fisker has also debunked the myth that there was an explosion from the burning Karmas and that the lithium ion batteries – one of the more scary parts of electric vehicles – were not a contributing factor in the fire.
Just like we said before, when you add water to electronics, bad things are bound to happen. It’s actually pretty incredible that just one Karma went up in flames as a direct result of being submerged. In case you are thinking Fisker may have “cooked the books” on this investigation, keep in mind that the NHTSA was involved in the investigation.
UPDATE 11/08/2012: After a crazy week at Fisker, our contact was finally able to get back to us and let us know that the Karmas damaged totaled 338 and Fisker is putting through an insurance claim for them. Also, the cars destroyed were simply dealership stock and were not pre-sold vehicles, so no customers will be out of a car. Additionally, the damaged Karmas will not affect Fisker’s normal business operations moving forward.
Fisker also provided us with their full press release regarding the situation.
Click past the jump to read the full presser.