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Travis Kvapil tells Twitter his Sprint Cup car was stolen

There's a bizarre story coming out of Atlanta today, as NASCAR racer Travis Kvapil is reporting that his Sprint Cup Car was stolen from a lot at the Drury Inn in Morrow, GA. Kvapil announced the theft, which included the black pickup that was hauling the trailer and the #44 Chevrolet SS Sprint Cup Car – shown above, with driver JJ Yeley at the wheel – on Twitter. According to Kvapil, the car wasn't going to be ready for the Thursday test session at Atlanta Motor Speedway, although forecasts of snow forced the team to dispatch their main trailer and tools to the track ahead of the car, which left for Atlanta later yesterday. According to ESPN, police in Morrow have video of the "incident," which happened at 5:34 AM Friday, with police investigating it as as criminal in nature. "Sometimes what happens when thieves see trailers, they might just assume there's something in the trailer they can go off and sell," Sgt. Larry Oglesby, of the Morrow PD, told USA Today. "Sometimes when things like this occur, they will drop off the items in a parking lot somewhere – like a Walmart parking lot – once they realize what they have." "All we know is it was a silver jeep," team owner John Cohen told USA Today. "One guy got out and they pulled off together." Earlier, Cohen told ESPN that the theft will force the team out of this weekend's race at the Folds of Honor QuikTrip 500, at Atlanta Motor Speedway. Kvapil, meanwhile, has taken to Twitter to appeal to his followers to be on the lookout for the truck, trailer and race car. Here's hoping it turns up all together. Check out the driver's tweets, below. Wow. Anyone near Atlanta find my stolen Cup car let me know! Unreal - Travis Kvapil (@TravisKvapil) February 27, 2015 I bet when whoever has it, opens the trailer and is going to be like 'oh snap' - Travis Kvapil (@TravisKvapil) February 27, 2015 Ok, to clarify. @Teamxtreme44 transporter is @amsupdates. The guys stayed and worked on the car Thursday at the shop in NC. They drove.... - Travis Kvapil (@TravisKvapil) February 27, 2015 down last night in a Ford dually and enclosed trailer with racecar inside. That was stolen out of hotel parking lot this am in Morrow, GA - Travis Kvapil (@TravisKvapil) February 27, 2015 Black Ford dually, white enclosed tag behind trailer. New Jersey plates - Travis Kvapil (@TravisKvapil) February 27, 2015 Dang.... I'm wishing we had LoJack or something on it!

GM will recall 3.5 million pickups and SUVs to fix brake issue

WASHINGTON — General Motors Co is recalling 3.46 million U.S. pickup trucks and SUVs to address a vacuum pump issue that could make braking more difficult and increase the risk of a crash. The recall, which covers 2014-2018 model year vehicles, including some Cadillac Escalade, Chevrolet Silverado, Chevrolet Tahoe, GMC Sierra, Chevrolet Suburban and GMC Yukon vehicles, was triggered because the amount of vacuum created by the vacuum pump may decrease over time, GM told the National Highway Traffic Safety Administration (NHTSA) in documents posted Wednesday. NHTSA opened a preliminary investigation into the issue in November 2018, and said it had reports of 9 crashes and two injuries related to the issue. It provided GM in July with additional field reports that prompted the automaker to open an investigation. The company did not immediately say on Wednesday how many injuries or crashes are linked to the issue but said it could impact braking in "rare circumstances." GM said dealers will reprogram the Electronic Brake Control Module with a new calibration that will improve how the system utilizes the hydraulic brake boost assist function when vacuum assist is depleted. GM said the vacuum assist pump, which is lubricated with engine oil that flows into the pump through a filter screen, can in some cases lose effectiveness over time, as debris such as oil sludge can accumulate on the filter screen. GM told NHTSA that prior model years used a different brake assist system design, and vehicles manufactured after 2018 were not equipped with the affected pump design. Recalls Chevrolet GM GMC

Chevy Bolt EV's battery shows big improvements over Spark's

Plug-in vehicle battery technology moves fast, and all you need to do to see this in action is to take a look at the new 60-kWh lithium-ion pack inside the 2017 Chevy Bolt EV. Well, you need to do that and then compare it to the battery packs inside of GM's other plug-in vehicles. And you don't even to go as far back as the EV1 to see progress. Let's start with what we know about the new Bolt's pack. It is supposed to drive the Bolt EV over 200 miles on a full charge. It weighs 960 pounds and is made up of 288 cells. Chevy's other all-electric car, the limited-availability Spark EV, had a 19-kWh pack and offered 82 miles of range. It had 192 cells and weighed 474 pounds. So, in the few years since the Spark EV was released, GM engineers have figured out how to get three times the energy capacity and almost two-and-a-half times more range out of a pack that weighs only about twice as much. And that doesn't even get to the price drops. GM has figured out how to get 3x the energy capacity and almost 2.5 times more range out of a pack that weighs only twice as much. Speaking of those 288 cells, that number might sound familiar to regular readers because that's exactly how many are in the new Chevy Volt. But the packs in the Volt and the Bolt are entirely different beasts. For one thing, while the Volt cells are made by LG Chem in Holland, MI, LG Chem will make the Bolt's cells in South Korea. The cell chemistries are also different. We spoke with GM engineer Tim Grewe (again) and while he declined to answer some of our Bolt battery pack questions until more details are unveiled at the SAE World Congress in April, he was able to explain a few things. "The cell inside the Chevy Bolt EV was specifically designed for EV range so it's up on energy," he said. "That's a different cell chemistry than on the extended range Chevy Volt, which is a smaller pack, smaller energy but more power per cell. We work with all of those vehicle requirements and customer demands and we say how do we meet this and we change the chemistry to make it all work." Comparing the 60 kWh in the Bolt and the 18.4-kWh pack in the Volt is really one of those apples to oranges issues, he said. "If you look at the Volt battery pack, how it went from where it was and where it's up to, from 38 miles to 50 miles, that was basic, overall industry improvement. Now, the 18 [kWh] to the 60 [kWh] is extended range vs. EV.