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J.D. Power study sees new car dependability problems increase for first time since 1998

For the first time since 1998, J.D. Power and Associates says its data shows that the average number of problems per 100 cars has increased. The finding is the result of the firm's much-touted annual Vehicle Dependability Study, which charts incidents of problems in new vehicle purchases over three years from 41,000 respondents.
Looking at first-owner cars from the 2011 model year, the study found an average of 133 problems per 100 cars (PP100, for short), up 6 percent from 126 PP100 in last year's study, which covered 2010 model-year vehicles. Disturbingly, the bulk of the increase is being attributed to engine and transmission problems, with a 6 PP100 boost.
Interestingly, JDP notes that "the decline in quality is particularly acute for vehicles with four-cylinder engines, where problem levels increase by nearly 10 PP100." Its findings also noticed that large diesel engines also tended to be more problematic than most five- and six-cylinder engines.

We really want to use an eCrate to restomod an old GM car. Here's what we'd build

You hopefully saw the news today of GM's introduction of its Connect and Cruise eCrate motor and battery package, which effectively makes the Bolt's electric motor, battery pack and myriad other elements available to, ah, bolt into a different vehicle. It's the same concept as installing a gasoline-powered crate motor into a classic car, but with electricity and stuff.  This, of course, got us thinking about what we'd stuff the eCrate into. Before we got too ahead of ourselves, however, we discovered that the eCrate battery pack is literally the Bolt EV pack in not only capacity but size and shape. In other words, you need to have enough space in the vehicle to place and/or stuff roughly 60% of a Chevy Bolt's length. It's not a big car, but that's still an awful lot of real estate. There's a reason GM chose to simply plop the pack into the bed and cargo area of old full-size SUVs. Well that, and having a rear suspension beefy enough to handle about 1,000 pounds of batteries.  So after that buzz kill, we still wanted to peruse the GM back catalog for classics we'd love to see transformed into an electric restomod that might be able to swallow all that battery ... maybe ... possibly ... whatever, saws and blow torches exist for a reason.  1971 Buick Riviera Consumer Editor Jeremy Korzeniewski: If you’re going to build an electric conversion, why not do it with style? ThatÂ’s why IÂ’m choosing a 1971-1973 Buick Riviera. You know, the one with the big glass boat-tail rear end that ends in a pointy V. Being a rather large vehicle with a big sloping fastback shape, IÂ’m hoping thereÂ’s enough room in the trunk and back seat to pack in the requisite battery pack. That would likely require cutting away some of the metal bulkhead that supports the rear seatback, but not so much that a wee bit of structural bracing couldnÂ’t shore things up. The big 455-cubic-inch Buick V8 up front will obviously have to go. Remember, this was the 1970s, so despite all that displacement, the Riviera only had around 250 horsepower (depending on the year and the trim level). So the electric motorÂ’s 200 horsepower and 266 pound-feet of torque ought to work as an acceptable replacement.   1982 Chevrolet S10 Associate Editor Byron Hurd: OK, so the name "E-10" is already taken by a completely different truck, but let's not let labels get in the way of a fun idea.

Buick Enspire spied for the first time, loses concept's electric powertrain

About a year ago, Buick showed a high-performance electric crossover with wide, aggressive, curvy lines that was called the Buick Enspire. Now we have our first look at the production version. While it does seem to be styled like the crossover, it also seems to have lost its electric powertrain in favor of internal combustion. At the front of the crossover, we can clearly see it has the skinny, scowling headlights of the concept sitting high on the front fascia and flush with the hood. The main grille looks like it may be smaller, but it could also just be that the actual open section of the grille doesn't fill up the grille area of the fascia. In profile, the crossover has an attractive long nose, low roof and rising belt line. The rear shows the most change, as the rear pillars are much thicker, and the taillights don't appear to span the full width of the crossover. It's in the rear that we can also see the evidence that the Buick Enspire will actually be gasoline powered. Looking very closely under the rear bumper cover, we can see two exhaust tips turned to face the ground. Based on the size of the crossover, and the fact a Cadillac XT4 was being driven along with the prototype, the Enspire is probably using the XT4's platform, as well as its mechanical bits. That means it probably has a turbocharged 2.0-liter four-cylinder making 237 horsepower and 258 pound-feet of torque. Power will also probably go through a nine-speed automatic to either the front wheels or all four. This prototype looks to be pretty far along, so we'll probably see the production version in about a year. Considering the Enspire's size and likely powertrain, it may even replace the similar Buick Envision. And since the Envision is Buick's worst selling crossover (unless you count the Regal TourX as one), it would be ripe for replacement.