First of all, a HUGE thank you to Toyota of Long Beach20 minutes ago
A mid-size car— also known as intermediate— is a vehicle size class which originated in the United States and is used for cars that are larger than compact cars, but smaller than full-size cars. The equivalent European category is D-segment, which is also called "large family car". Mid-size cars are manufactured in a variety of body styles, including sedans, coupes, station wagons, hatchbacks and convertibles.
The 2019 Toyota Prius offers ample cargo space for your impromptu adventures or calculated itineraries. If up to 65.5 cu. ft. of space isn't enough to hold all your gear, accessory cargo cross bars are available to share the load. With the highest mpg of any vehicle equipped with AWD, Prius encourages you to seek out hidden gems—like that quiet surf spot or that bustling marketplace. Wherever your spirit takes you, the new Prius lets you be in your element.
The Prius is all about fuel economy and the base L Eco's 56 mpg combined EPA estimate is difficult to ignore. Unfortunately, the L is a little light on features. As such, we recommend getting the LE. It comes with some useful upgrades, such as blind-spot monitoring, a rear wiper and a traditional spare tire, while keeping the price reasonable. The LE is also available with the Prius' new all-wheel-drive system.
Styling is a matter of personal taste, but we think the Mazda 6 is one of the sharpest-looking sedans in the class. Its swooping lines and creases may not suit everyone's taste, but an anonymous box the Mazda 6 is not. It also backs up its bold looks with outstanding performance. We're not talking about pure speed — although the available turbocharged engine has ample shove — but rather a complete package of taut handling, prompt transmission response, and precise steering that adds gusto to virtually any driving scenario. A cool, modern interior and a dial-controlled infotainment system cap off the Mazda 6's all-around excellence. The lack of all-wheel drive or a hybrid version will keep the Mazda 6 out of contention for some buyers, and its relatively small trunk won't endear it to more practical sedan shoppers. But for drivers seeking a racier edge to the family sedan experience, the Mazda 6 is among the best. See the 6 in our Sedan rankings
If you've chosen a midsize sedan over an SUV, you've already addressed some key buying concerns. Sedans get better gas mileage and handle better than SUVs, all else being equal, and there's something timelessly classy about a sleek sedan parked at the curb. When you're ready to buy, let Edmunds' expert reviews guide you to the midsize sedan of your dreams, whether it's a practical, no-nonsense commuter or an executive-class special with all the trimmings.
The Prius offers little in the way of driving enjoyment and refinement. Still, the steering effort is pleasingly weighted, and responses to your inputs are accurate—making the handling feel almost lively. Feedback from the road is non-existent, though, and feels numb on-center. Braking is a common gremlin for hybrid vehicles, which use a mix of regenerative and friction braking. Inconsistent or numb feedback from the pedal, as we experienced in the Prius, is often the trade-off and, combined with the low-rolling-resistance tires that most hybrids wear, can make for longer braking distances in our testing than we would expect from other similar-size non-hybrid vehicles.
Considering the 2019 Toyota Prius AWD-e's advantage on snow, its relatively low cost and its negligible effect on fuel economy and interior space, it fulfills all of the expectations we placed on it. Its closest competitors really aren't close at all since they're mostly made up of hybrid compact SUVs. Hybrid versions of the Nissan Rogue, Toyota RAV4 and Subaru Crosstrek are sure to have equal or better abilities over challenging surfaces, but they can't come anywhere close to 50 mpg.
When the vehicle is turned on with the "Power" button, it is ready to drive immediately with the electric motor. In the North American second generation Prius, electric pumps warm the engine by pumping previously saved hot engine coolant from a coolant thermos before the internal combustion engine is started. The delay between powering the car on and starting the internal combustion engine is a few seconds. The third generation Prius does not have a coolant thermos. Instead, the engine is heated by recapturing exhaust heat. A button labelled "EV" maintains Electric Vehicle mode after being powered on and under most low-load conditions at less than 25 mph (40 km/h). This permits driving with low noise and no fuel consumption for journeys under 0.5 miles (0.80 km). Prior to the 2010 model, the North American model did not have the "EV" button, although one can be added to enable the "EV" mode supported internally by the Prius Hybrid Vehicle management computer. For the N.American market, the third generation can remain in EV mode until 70 km/h (43 mph) depending on throttle and road gradient.
^ Jump up to: a b c d "Alternative Fuel Vehicles (AFVs) and Hybrid Electric Vehicles (HEVs): Trend of sales by HEV models from 1999–2010". Alternative Fuels and Advanced Vehicle Data Center (US DoE). Retrieved 5 March 2011. Total registered electric hybrids in the US is 1,888,971 vehicles until December 2010. (Click and open the Excel file for the detail by year for each model) Sales 1999–2010
As of April 2011, the US accounted for almost half of Prius liftback global sales, with 1 million Priuses sold since 2000. However, the Prius experienced two consecutive years of sales decreases from its peak in 2007, falling to 139,682 units in 2009 before rebounding to 140,928 units in 2010. Sales in Japan reached 1 million Priuses in August 2011. As of January 2017, sales of the Prius liftback totaled over 1.8 million units in Japan and 1.75 million in the United States, and ranked as the all-time best-selling hybrid car in both countries.
In the UK, the Advertising Standards Authority, an independent body charged with policing the rules of the advertising industry, ruled that a television advert for the Toyota Prius should not be broadcast again in the same form, having breached rules concerning misleading advertising. The advertisement stated that the Prius "emits up to one tonne less CO
What all-wheel drive won't do is help in the stopping department. Prius AWD-e models come shod with the same 15-inch, low-rolling-resistance Dunlop Enasave 01 all-season tires as front-drive Prius models. A good set of winter tires, even fitted to a front-drive Prius, would bring greater traction benefits to stopping as well as going. Mounted and balanced on a spare set of wheels, complete with TPMS sensors and wheel covers and shipped to your house from Tire Rack, these would run about $900. By comparison, the upcharge for all-wheel drive in a $25,900 Prius LE is $1400, and in the $28,740 XLE, it's $1000. Those are the two middle trims in Toyota's new Prius trim naming strategy; all-wheel drive is not available on the top-of-the-line Limited or the entry L Eco.
During a brief test drive on dry pavement, we were able to shake loose some rear-drive assistance during aggressive cornering, although this served more to confirm the existence of the rear motor than to improve handling. AWD-e does not bring with it any sort of performance-enhancing torque vectoring; the Prius is still happy to understeer. A few circles in a roundabout ("Big Ben! Parliament!") showed a narrow window of all-wheel-drive operation until stability control aggressively steps in. Given the sedate pace that most Prius drivers maintain, the rear wheels will rarely be powered, which is the way Toyota wants it, a necessity to maintain the Prius's fuel-sipping EPA numbers. On a short snow-covered course, however, the rear motor helped to get the car moving from a stop as promised and kept it moving through an inch or two of the white stuff.
Among the new standard features of the Prius, Toyota introduced three optional user-selectable driving modes: EV mode for electric-only low-speed operation, Eco mode for best fuel efficiency, and Power mode for better performance. Optional features included the solar-PV roof panels to help cool the cabin interior in summer heat, Intelligent Parking Assist and Dynamic Radar Cruise Control.
We also drove both cars on a flat but snow-covered road with an obstacle course that required a quick right-left S-turn. When we tried the maneuver in the front-drive Prius, its front tires were easily overwhelmed when we accelerated and steered at the same time. Because of that, it was hard to keep the car from running wide. With AWD-e, there was still some squirming through the course, but it was far more composed and easy to drive.
Outstanding efficiency and ample "oomph" when you need it. Both come standard in the Malibu Hybrid with its 1.8L hybrid engine and powertrain. A host of hybrid-exclusive features like the Driver Efficiency Gauge let you monitor your fuel usage and regeneration. A larger 8-inch diagonal, reconfigurable Driver Information Center comes standard in 2019.
Along with updated styling, the Prius grew for 2016, increasing cargo space. A new platform improved handling and ride. Though output from the carryover engine decreased slightly, thanks to lighter hybrid components fuel mileage estimates increased to 54 mpg in the city and 50 mpg on the highway; an Eco version was even more efficient. Lithium-ion batteries are now used on some variations. Six trim levels are offered.
Stepping up to the XLE trim brings 17-inch wheels, automatic wipers, keyless entry for the front passenger door and rear hatch, SofTex simulated leather upholstery and wrapped steering wheel, a power-adjustable driver's seat, an auto-dimming rearview mirror, a semi-gloss black center console and a wireless charging pad. It also reverts back to the tire inflation kit.
The Second Generation Prius contains a 1.310 kWh battery, composed of 28 modules. Each battery module is made of 6 individual 1.2 V 6.5 Ah Prismatic NiMH cells in series forming a 7.2 V 6.5 Ah module with 46 Wh/kg energy density and 1.3 kW/kg output power density. Each module contains an integrated charge controller and relay. These modules are connected 28 in series to form a 201.6 V 6.5 Ah battery (traction battery), also known as the energy storage system. The computer controlled charge controller and battery management computer systems keep this battery between 38% and 82% state of charge, with a tendency to keep the average state of charge around 60%. By shallow cycling the battery only a small portion of its net available energy storage capacity is available for use (approximately 400 Wh) by the hybrid drive system, but the shallow computer controlled cycling dramatically improves the cycle life, thermal management control, and net long term calendar life of the battery. Active cooling of this battery is achieved by a blower motor and air ducting, while passive thermal management was accomplished through the metal case design.