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| The Chevrolet Silverado is
the latest line of full-size pickup trucks from General Motors. Since its
introduction in 1965, the Chevrolet Silverado has been very popular. This full-size pickup begins another year as General Motors'
best-selling vehicle.
This is one of the best full-size
pickups available today. The new redesign version aims to continue its
reputation as the strongest and most dependable truck on the road today.
The 2008 Silverado 1500 Crew Cab
2WD is a 4-door, up to 6-passenger full size pickup, available in 5 trims,
ranging from the Work Truck Short Box to the LTZ Short Box. 
“The Work Truck Short Box is equipped with a standard 4.8-liter, V8,
295-horsepower engine that achieves 14-mpg in the city and 19-mpg on the
highway. The LTZ Short Box is equipped with a standard 5.3-liter, V8,
315-horsepower engine that achieves 15-mpg in the city and 20-mpg on the
highway. A 4-speed automatic transmission with overdrive is standard on both
trims.”
Many reviewers also have positive
reactions to the truck's styling. According to them, “the new look is crisp, clean, broad-shouldered and powerful.”
Safety features include driver
and passenger front air bags, tire pressure monitoring system and four-wheel
antilock disc brakes.
It also has one of the best
interiors offered for a full size pickup.
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The Chevrolet Cobalt is available
as either a two-door coupe with four trims (LS, LT, Sport and SS Turbocharged)
or a four-door sedan with three trims (LS, LT and Sport). It ranks 17 out of 29
Affordable Small Cars. It is a new option package designed to offer improved
fuel economy.
The 2008 Cobalt is available with
the SS performance package, which includes a 260-hp 2.0L I-4 turbocharged
engine with variable valve timing, rated at MPG 22 city, 30 on highway. “Upon introduction, the LS Coupe is
equipped with a standard 2.2-liter, I4, 148-horsepower engine that achieves 24-mpg
in the city and 33-mpg on the highway. A 5-speed manual transmission with
overdrive is standard, and a 4-speed automatic transmission with overdrive is
optional. The SS Turbocharged Coupe is equipped with a standard 2.0-liter, I4,
260-horsepower, turbo engine. A 5-speed manual transmission with overdrive is
standard.”
The Cobalt design is good enough
although many cars of this class are more stylish and distinctive. Some reviews
say that the interior isn't spacious enough and offers inadequate seating
comfort. The Motor Trend says that its safety level is as good as, if not
better than, most of its competition models on the safety-equipment. Available
safety features include ABS, traction control, antiskid system, and curtain
side airbags. SS versions have unique styling cues, 18-inch tires, specific
suspension tuning, and interior trim. For 2008 the Chevrolet Cobalt has added
side curtain airbags and an XM satellite radio as standard equipment on all
trims.
The Chevrolet Cobalt is quite
pleasant to drive, especially the Sport model.
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The Honda FCX Clarity is a hydrogen fuel cell automobile manufactured
by Honda. The hydrogen is stored into two separate containers behind the rear
seat. This fuel cell-powered FCX concept will be unveiled at the Tokyo Motor
Show. And limited production of this concept model is to begin in 2008 in Japan and the United States.
This model used first fuel cell
developed in-house by Honda called the Honda FC Stack. “Honda is now committed to using pure gaseous hydrogen (not, for
instance, reforming methanol onboard), and the FCX's 8.3 pounds of H2 is stored
in two 5000-psi (41-gallon total capacity) aluminum tanks robustly wrapped in
layers of carbon fiber and fiberglass. But in a major departure from
conventional fuel-cell vehicle architecture, Honda's power train includes
electricity-storing ultra capacitors instead of the more common battery.”
The interior features curves in
the rear fenders that causes smooth rumps. The steeply shaped windshield is not
at all very practical, but it adds appeal to the car. Under the hood is a
familiar looking radiator and air intake. The speedometer assembly resembles
the Eye of Sauron style gauge which also displays the brake and power usage.
I really feel that this car model
will sell so well. One reason is because it is a Honda, and no one can name one
model of it that doesn't sell. Car companies would be smart to start installing
hydrogen filling stations at dealerships. Honda will completely kick ass if
this will roll out by this year.
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 A rebadged version of the Opel
Flextreme was introduced at the North American International Auto Show as the Saturn Flextreme. It’s been shown as a
gasoline and hydrogen fuel cell concepts. The concept is the latest to showcase
GM's evolving plug in hybrid technology
The Flextreme features more
sculpted surfacing molding, clear style elements such as narrow,
boomerang-shaped lights and a sloping feature line in the side graphics. The front
grille and rims are covered by lightweight, polycarbonate transparent trim,
which improves aerodynamics while maintaining visual aesthetics. It’s very aerodynamic
design helps enhance the fuel savings of the electric-drive system. It has a
panoramic windshield and butterfly-style rear doors. Adding to the futuristic
look of the Flextreme, the windows are polycarbonate and the headlamps are LED.
“The hybrid system incorporates a 1.3-liter turbo diesel engine and a
lithium-ion battery pack that can power the Flextreme's electric motor for up
to 34 miles”. The Flextreme carries on the power-train concept of the
original Chevy Volt This vehicle is made to reduce emissions and the
automobile’s dependency on petroleum.
I understand that the idea of a
concept is to explore new ideas. It’s a really good concept. I just wish the
rear seats could be completely removed leaving an enormous flat cargo area. If
this car is made real it would be a significant competitor for the Prius. The
Flextreme focuses more on its design than anything else, but I think the
Flextreme wants to tell everybody that GM is ready for the future.
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Burnt at the pump. That’s exactly what’s happening to car owners these days when gasoline prices peak. But when I say burnt at the pump, I mean literally. Yes, fueling your auto the wrong way could lead to flash fires. True, innocent mistake could trigger dangerous aftermath. “With that kind of fire, there are several thousand gallons of gas that are right beneath the pumps underground,” said Vancouver Fire Department Marshall Greg Wormser. “And that fire can burn as long as that fuel is there.” Fumes can leak from the pump nozzle and the fuel tank during fueling. Without you knowing it, the vehicle’s static electricity can be transferred to you if you get in and out of the auto repeatedly. What’s more alarming is the fact that static build up can trigger vapors to ignite if you get near to the fumes near the pump. If enough static is built up, it can cause the vapors to ignite if you come too close to the fumes near the pump. “The fuel doesn’t ignite, but the vapor from the fuel,” Wormser said in an interview with MSNBC. According to Fowler Associates, about 100 static-sparked fires occur at gas stations annually. To note, most flash fires are caused by avoidable mistakes while fueling. “I’ve worked on these tragic accidents, and have seen cars blow up from static at the gas pump,” said John Fagan, professor of electrical and computer engineering for the University of Oklahoma in Norman, Okla. How do you avoid flash fires at the pump? Fagan suggests not getting in and out of your car while pumping gas, wearing shoes with rubber soles that can “ground” you, and discharging static by touching the nozzle tip to a metal surface that’s away from the gas tank before fueling. “The strongest tool in the prevention tool box is people knowing that these fires do in fact occur, and know the conditions under which they occur,” noted Robin Rorick, a spokesman for the American Petroleum Institute. Just a word of caution: wrong fueling can cause you and your community great trouble, so be extra cautious. You don’t wanna experience third-degree burn, do you? Or do you want that gruesome death? Sure, you make sure that every car part is in good working condition. You ensure the quality of your aftermarket parts. But do you consider the innocent mistakes you've been doing over and over again all this time? | | |
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