2007 Toyota Solara Sle Convertible 2-door 3.3l on 2040-cars

Auto blog

2014 Toyota 4Runner priced at $32,820*

Toyota has announced pricing on its facelifted 2014 4Runner. The rough-and-tumble SUV will be available in three grades: base SR5, upmarket Limited and off-road-ready Trail. Depending on the trim level, buyers will have the choice of rear-drive or one of two different four-wheel drive systems. The sole engine is Toyota's 4.0-liter, 270-horsepower V6.
Entry-level buyers can get an SR5 for $32,820. That includes 17-inch wheels, fabric seats and Toyota's Entune infotainment system. Adding four-wheel drive bumps the price by $2,920, while the Premium Package (SofTex faux leather seats, navigation, sunroof, auto-dimming mirrors and power passenger seat) adds $1,875. All model prices listed do not include $860 for destination and tax.
The Trail starts at $35,725, while the Trail Premium bumps the price to $38,645, adding the same suite of equipment found on the SR5. While it boasts the same standard equipment as the SR5, the Trail is better suited for going off road. A multi-terrain response system comes standard, as does hill-start assist and Toyota's Crawl Control. For an extra sum, buyers can opt for the Kinetic Dynamic Suspension System, which automatically disconnects the sway bars for better articulation and trail holding.

2014 Toyota Highlander to start at $30,075*

We now have pricing for Toyota's redesigned 2014 Highlander, which is seeing moderate price hikes across the board. Prices for the popular crossover have been bumped from less than 1 percent to less than 3 percent on lower-end models (anywhere from $125 to $890, depending on trim). Toyota has increased prices on higher-end XLE and Limited models more substantially - between 4.1 and 4.5 percent ($1,480 to $1,700). The Highlander Hybrid sees its price increase 2 percent ($930). The new model will be available in four different trims and with either front or all-wheel drive.
The absolute cheapest member of the Highlander range, the base LE, with a four-cylinder and front-wheel drive starts at $30,075, an increase of just $195. The LE is also available with a V6 and all-wheel drive, with the bigger engine upping the price to $31,380. All-wheel drive models start at $32,840. A slightly pricier LE Plus starts at $33,600 for a V6 FWD model and $35,060 if you add all-wheel drive.
Next up, we have the XLE, which starts at $36,900 for FWD models and moves up to $38,360 for AWD. The top-tier Limited model starts at $40,500 in FWD spec, grips-at-all-fours versions will retail for $41,960. For those that want the very top of the Highlander range, there's the Platinum Pack, which adds the Driver's Tech Pack (adaptive cruise control, pre-collision warning, lane departure warning and automatic high beams), a panoramic moonroof, heated steering wheel and heated second-row seats to the already well-equipped Limited model. Highlander Platinums start at $42,990 and $44,450, depending on how many tires are doing the work. (Note: All prices include an $860 destination and handling charge.)

Toyota asking NHTSA for fuel cell car safety exemption regarding electric shocks

Toyota 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.