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Tesla says Model S fire started in battery pack; share prices falling

Yesterday's fire that engulfed a Tesla Model S, the first blaze involving the critically acclaimed electric sedan, was caused when a piece of road debris impacted the front of the car, damaging the battery pack and starting a fire, according to an email sent to AutoblogGreen by Tesla. Now, The New York Times has learned that the fire was indeed caused by debris that made "a direct impact ... to one of the 16 modules within the Model S battery pack," according to Tesla spokesperson Elizabeth Jarvis-Shean.
Despite the blaze, Tesla maintains that the battery packs did their job by isolating the fire, with Jarvis-Shean saying, "Because each module within the battery pack is, by design, isolated by fire barriers to limit any potential damage, the fire in the battery pack was contained to a small section in the front of the vehicle."
The nature of the fire, though, seemed to catch the Kent Fire Department Regional Fire Authority off guard. The department's report, which was obtained by the International Business Times and partially published on Jalopnik, claims that water used to put out the blaze seemed to intensify the fire, forcing the firefighters to use a dry chemical. Later, they found the battery pack still burning inside the front end. The report claims firefighters, "had to puncture multiple holes in the pack to apply water to the burning material in the battery," and also had to cut into the frame to douse the burning pack.

This 450-hp electric Lotus Evora is powered by Tesla and Chevrolet

When someone mentions an electric Lotus, the first thing that comes to mind is the Tesla Roadster, the California-based automaker's first vehicle. That car started life as an Elise before being heavily massaged and adapted by Tesla's engineers. In a similar spirit, the people at Onpoint Dyno are close to finishing Blue Lightning, a track-ready all-electric Lotus Evora. Blue Lightning uses a Tesla drive unit and a Chevrolet Volt battery pack, both mounted in the middle in place of the Evora's 3.5-liter Toyota V6. It's putting down about 450 horsepower at the wheels. The car was built for time attack sessions, so power is fed through custom forged wheels and super sticky Pirelli PZero Trofeo R tires, the same ones found on the last Chevrolet Camaro Z/28. There is a custom digital instrument cluster in place of the Lotus gauges. There's also a regen paddle on the left side of the steering wheel. With a full charge, Blue Lighting should go about 120 miles. While the car runs under its own power, it's only about 90 percent complete. It has no power steering, no firewall in between the seats and the motor and battery pack, no A/C, and a large hole where the shift lever used to be. Other final touches include fine-tuning the brakes and suspension. There is also a custom rear bumper coming that should make it look more like the new Lotus Evora 400. Onpoint Dyno expects the car to hit the track in the next month or so. Related Video:

Tesla Model S track tested at Buttonwillow raceway

Many television viewers will know about the concept of a seven-second delay that allows producers to bleep any loose profanity during live shows before they make it to air. And we're imagining the driver of a Tesla Model S shooting down California's Buttonwillow Raceway may have cursed a bit once the electric vehicle's power limiter kicked in to keep the battery's heat down, because that added about seven seconds to the typical lap time around the 3.1-mile course, Teslarati says. Power-limiter not withstanding, the luxury EV appeared to do pretty well around that circuit, which is located near Bakersfield and about 130 miles north of Los Angeles. One happy dude at Teslarati turned in laps as low as 2:19 and change, beat out a Porsche 911 in acceleration and managed to keep the car on the track. The Tesla topped out at 113 miles per hour, but all that speed consumed electricity at about three times the typical rate. That means that, for the first 10 laps (which were the fastest), the 33 miles of actual distance used up 90 miles worth of range. And with the track's 240-volt outlets working to various degrees and Tesla's nearest Superchargers 50 miles away, there were some potential problems making sure the car could do all the driver wanted. But they're problems we'd love to have. Check out the 11-minute video of the escapade below. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.