2009 Toyota Corolla on 2040-cars
1202 Washington Ave., Huntington, West Virginia, United States
Engine:1.8L I4 16V MPFI DOHC
Transmission:4-Speed Automatic
VIN (Vehicle Identification Number): 2T1BU40E39C121981
Stock Num: H34186A
Make: Toyota
Model: Corolla
Year: 2009
Exterior Color: White
Options: Drive Type: FWD
Number of Doors: 4 Doors
Mileage: 34783
This could be the vehicle for you. This Toyota Corolla is new addition to our inventory and is already creating a buzz. Call Dexter Chapman now at 877-782-0110 to discuss this listing further.
Toyota Corolla for Sale
2010 toyota corolla s(US $14,385.00)
2010 toyota corolla le(US $14,443.00)
2010 toyota corolla le(US $12,900.00)
2011 toyota corolla le(US $13,450.00)
2013 toyota corolla le(US $14,618.00)
2013 toyota corolla le(US $15,659.00)
Auto Services in West Virginia
Winchester Discount Audio ★★★★★
Walt`s Auto Clinic ★★★★★
Valley Collision Repair Inc ★★★★★
Stine`s Alignment ★★★★★
P W Auto Sales & Service ★★★★★
Lehosit Pre-Owned Motors ★★★★★
Auto blog
J.D. Power: Vehicle dependability at all-time high, Lexus and Porsche lead
Wed, 13 Feb 2013
Each year, J.D. Power and Associates surveys original owners of three-year-old vehicles to find out what kinds of problems they have had experienced over the last 12 months, and then it uses this data to create its annual Vehicle Dependability Study. This means that the models in the 2013 study are 2010 model year vehicles, and J.D. Power rates each make as well as the top individual models based on how many problems were experienced per 100 vehicles (PP100).
Debunking the idea that carryover models are more dependable than new or updated models, the 2013 study found that the average carryover model experienced 133 PP100, while all-new or redesigned vehicles for the 2010 model year had 116 PP100; vehicles that received minor changes fared the best with just 111 PP100. The overall average for all makes was 126 PP100, which is the lowest figure since the findings were first issued in 1989.
Toyota engineer warns automous cars could increase fuel use, urban sprawl
Fri, 18 Jul 2014An increasing number of people are starting to consider the potential downsides of a transition to autonomous cars. The FBI is already looking at them for the potential ill effects on law enforcement, and a scientist for Toyota is raising the possibility that driverless vehicles could actually be detrimental to the environment over the long term.
Ken Laberteaux, who studies future transportation for Toyota, thinks that autonomous cars could lead to more pollution, not less, says Bloomberg. However, Laberteaux's theory isn't so much based purely on science as it is considering behavioral and historical trends. "US history shows that anytime you make driving easier, there seems to be this inexhaustible desire to live further from things," said Laberteaux during a presentation at the Automated Vehicles Symposium in San Francisco, CA, cited by Bloomberg.
Laberteaux's belief is that if commuters can make their drives easier, then they will be more willing to live farther away from the cities where they work. The end result would be more urban sprawl and increased pollution from the longer travel times.
Toyota asking NHTSA for fuel cell car safety exemption regarding electric shocks
Mon, 30 Jun 2014Toyota is requesting an exemption from federal safety regulations that govern electric cars as it prepares to launch a small-scale hydrogen fuel-cell vehicle fleet.
The Japanese automaker is targeting Federal Motor Vehicle Safety Standard 305, which covers the packaging of high-voltage parts in electric cars. According to Uncle Sam, these systems need to be isolated so that passengers and first responders aren't electrocuted in the event of a crash. That seems pretty smart, but it's become a problem for Toyota's upcoming production fuel cell vehicle, as the mechanism that prevents electric shocks in low-speed crashes will apparently simply keep Toyota's car from even functioning.
Instead of the federally approved system, Bloomberg reports that Toyota plans to insulate the high-voltage wires and cables in the car, along with shielding electrical components like the fuel cells, electric motor and batteries with (presumably non-conductive) metal barriers.