2009 Honda Accord Sedan
The Honda Accord was completely redesigned for 2008 and has grown in space, refinement and luxury amenities.
Interior volume has increased so much that the EPA now classifies the Accord as a full-size car, compared to the previous generation's mid-size ranking.
Passenger space is 106 cubic feet, accommodating up to five people. Trunk space is 14 cubic feet, which is about average for the class.
Styling of the new Accord is sleek and modern with large wraparound headlights, sculpted body panels and angular taillights.
It can be outfitted in several ways to suit various tastes and budgets. Six trim levels and three engines are available (two four-cylinders, one V6).
The two 2.4-liter four-cylinders generate 177 and 190 horsepower and achieve identical fuel mileage, 22 miles per gallon in the city and 31 on the highway. Both engines come with a standard five-speed manual transmission or optional five-speed automatic.
The V6 option is a 3.5 liter with 268 horsepower and Honda's Variable Cylinder Management, which can shut off three cylinders under light load for better fuel economy. It comes with only the five-speed automatic transmission and gets 19 mpg city, 29 mpg highway.
Where many V6s require premium unleaded fuel, the Accord gets by fine on regular.
Unlike the previous generation, the new Accord is not available as a hybrid.
With six trims available, customers can keep the price down on a base four-cylinder Accord with a manual transmission, steel wheels with wheel covers, and few conveniences. Or load up the options on a V6 Accord with alloy wheels, fog lights, dual chrome exhaust, a leather interior, 270-watt seven-speaker stereo with subwoofer, auto-dimming rearview mirror, dual-zone climate control, power sunroof and voice-activated navigation.
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Texting While Driving: How Dangerous is it? - Feature
Unprotected text: We investigate if sending messages on your phone while driving is more LOL than BRB.
If you use a cell phone, chances are you’re aware of “text messaging”—brief messages limited to 160 characters that can be sent or received on all modern mobile phones. Texting, also known as SMS (for short message service), is on the rise, up from 9.8 billion messages a month in December ’05 to 110.4 billion in December ’08. Undoubtedly, more than a few of those messages are being sent by people driving cars. Is texting while driving a dangerous idea? We decided to conduct a test.
Previous academic studies—much more scientific than ours—conducted in vehicle simulators have shown that texting while driving impairs the driver’s abilities. But as far as we know, no study has been conducted in a real vehicle that is being driven. Also, we decided to compare the results of texting to the effects of drunk driving, on the same day and under the exact same conditions. Not surprisingly, Car and Driver doesn’t receive a lot of research grants.
To keep things simple, we would focus solely on the driver’s reaction times to a light mounted on the windshield at eye level, meant to simulate a lead car’s brake lights. Wary of the potential damage to man and machine, all of the driving would be done in a straight line. We rented the taxiway of the Oscoda-Wurtsmith Airport in Oscoda, Michigan, adjacent to an 11,800-foot runway that used to be home to a squadron of B-52 bombers. Given the prevalence of the BlackBerry, the iPhone, and other text-friendly mobile phones, the test subjects would have devices with full “qwerty” keypads and would be using text-messaging phones familiar to them. Web intern Jordan Brown, 22, armed with an iPhone, would represent the younger crowd. The older demographic would be covered by head honcho Eddie Alterman, 37 (or 259 in dog years), using a Samsung Alias. (Alterman also uses a BlackBerry for e-mail. We didn’t use it in the test.)
Our long-term Honda Pilot served as the test vehicle. When the red light on the windshield lit up, the driver was to hit the brakes. The author, riding shotgun, would use a hand-held switch to trigger the red light and monitor the driver’s results. A Racelogic VBOX III data logger combined and recorded the test data from three areas: vehicle speed via the VBOX’s GPS antenna; brake-pedal position and steering angle via the Pilot’s OBD II port; and the red light’s on/off status through an analog input. Each trial would have the driver respond five times to the light, and the slowest reaction time (the amount of time between the activation of the light and the driver hitting the brakes) was dropped.
First, we tested both drivers’ reaction times at 35 mph and 70 mph to get baseline readings. Then we repeated the driving procedure while they read a text message aloud (a series of Caddyshack quotes). This was followed by a trial with the drivers typing the same message they had just received. Both of our lab rats were instructed to use their phones exactly as they would on a public road, which, if Jordan’s mom or Eddie’s wife are reading this, they never do.
Our test subjects then got out of the vehicle and concentrated on getting slightly intoxicated. They wanted something that would work quickly: screwdrivers (vodka and orange juice). Between the two of them, they knocked back all but three ounces of a fifth of Smirnoff. Soon they were laughing at all our jokes, asking for cigarettes, and telling us about some previous time they got drunk that was totally awesome. We had them blow into a Lifeloc FC10 breath-alcohol analyzer until they reached the legal driving limit of 0.08 percent blood-alcohol content. We then put them behind the wheel and ran the light-and-brake test without any texting distraction.
The results, though not surprising, were eye-opening. Intern Brown’s baseline reaction time at 35 mph of 0.45 second worsened to 0.57 while reading a text, improved to 0.52 while writing a text, and returned almost to the baseline while impaired by alcohol, at 0.46. At 70 mph, his baseline reaction was 0.39 second, while the reading (0.50), texting (0.48), and drinking (0.50) numbers were similar. But the averages don’t tell the whole story. Looking at Jordan’s slowest reaction time at 35 mph, he traveled an extra 21 feet (more than a car length) before hitting the brakes while reading and went 16 feet longer while texting. At 70 mph, a vehicle travels 103 feet every second, and Brown’s worst reaction time while reading at that speed put him about 30 feet (31 while typing) farther down the road versus 15 feet while drunk.
Alterman fared much, much worse. While reading a text and driving at 35 mph, his average baseline reaction time of 0.57 second nearly tripled, to 1.44 seconds. While texting, his response time was 1.36 seconds. These figures correspond to an extra 45 and 41 feet, respectively, before hitting the brakes. His reaction time after drinking averaged 0.64 second and, by comparison, added only seven feet. The results at 70 mph were similar: Alterman’s response time while reading a text was 0.35 second longer than his base performance of 0.56 second, and writing a text added 0.68 second to his reaction time. But his intoxicated number increased only 0.04 second over the base score, to a total of 0.60 second.
As with the younger driver, Alterman’s slowest reaction times were a grim scenario. He went more than four seconds before looking up while reading a text message at 35 mph and over three and a half seconds while texting at 70 mph. Even in the best of his bad reaction times while reading or texting, Alterman traveled an extra 90 feet past his baseline performance; in the worst case, he went 319 feet farther down the road. Moreover, his two-hands-on-the-phone technique resulted in some serious lane drifting.