1969 Chevy Truck 3/4 Ton 4x4 K20 on 2040-cars

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Supercharged 2015 Chevy Corvette Z06 takes the C7 beyond the ZR1

The Z06 is just about everything we got in the last ZR1, but better.
After a bright-yellow false start, here is the real thing: the fourth-generation, 2015 Corvette Z06. If Chevrolet makes a ZR1 version of the C7 Corvette, it's going to be absolutely mega, because the Z06 is just about everything we got in the last ZR1, but better.

This SEMA special drag race is absurdly awesome

The SEMA Show came and went last month, and it showed us a ton of heavily modded goodies to dream about during the long, cold winter. The Motor Trend Channel on YouTube is keeping the party rolling a little longer, though, with a drag race inspired by the aftermarket event. All of the hosts were supposed to borrow a vehicle from the show for the big race, but only two of them actually cajoled companies into lending their wares. Still, the result includes four very cool and extremely different examples of the breadth of the automotive hobby. First up, there's a 1955 Chevrolet with a 535-cubic-inch (8.8-liter) Hemi V8 stuffed under the hood. Appropriately, it's dubbed the Blasphemi, and with skinny tires up front, fat rubber in the rear and a stripped interior, this this is made to go very fast in a straight line. Next, there's a stock Dodge Challenger SRT Hellcat boasting 707 horsepower. Plus, host Jessi Lang has her dog riding shotgun for the race. A Chevy Sonic RS with some body mods, downpipe and intake is also competing. Finally, the most bizarre of the quartet is a custom 1958 Jeep Forward Control with a 5.7-liter Hemi V8 and treads to replace the wheels. Obviously, the Blasphemi and Hellcat are the only two that really have a chance of winning, but check out the video to see which one crosses the finish line first. News Source: Motor Trend Channel via YouTube Aftermarket Chevrolet Dodge Jeep Truck Coupe Hatchback Off-Road Vehicles Racing Vehicles Performance drag race dodge challenger srt hellcat

GM uses wind power to build SUVs, trucks

This week started with a chill, as the Intergovernmental Panel on Climate Change issued a dire report with scientists warning, "The world we know today is not the world we will see in 50 years," with temperatures rising at their current rates. In the meantime, the trend toward purchasing more SUVs and crossovers continues. Most automakers, though, have set goals toward more sustainable production. That includes General Motors, which, somewhat ironically, plans to use wind power to produce many of its vehicles, including pickups and full-size SUVs. As the Detroit Free Press reports, several wind farms are coming online to support cleaner production as part of a partnership between GM and energy producer CMS Enterprises. At the beginning of October, the 100-megawatt Northwest Ohio Wind Farm began producing energy, supplying GM operations in Ohio and Indiana, where manufactured vehicles include the Chevy Cruze, Chevy Silverado and GMC Sierra. Hilltopper Wind Farm in Illinois will begin producing another 100 megawatts for GM manufacturing in the region. In Texas, where GM builds the Chevrolet Tahoe, Chevrolet Suburban, GMC Yukon, GMC Yukon XL and Cadillac Escalade, the automaker is getting 50 megawatts from Cactus Flats Wind Farm beginning October 9. Using wind power isn't just about being green, but also for the sake of price stability. As Rob Threlkeld, GM's global manager of renewable energy told the Free Press, "You don't get the price spikes this way, like you do with fuel, and it reduces the environment footprint of the vehicle you're driving." Threlkeld said that renewable energy has already meant "millions of dollars in savings" for GM. GM plans to power all of its global operations with renewable energy by 2050. This week, the automaker was ranked 76 on the EPA's "National Top 100 List" of green manufacturers. It was the only automotive company listed. Related Video: News Source: Detroit Free Press, GM, EPAImage Credit: GM Green Plants/Manufacturing Chevrolet GM GMC Truck SUV wind power sustainability