2012 Toyota Prius Buying Advice Hybrid
3 September 2010 jump to: Green Cars, muscle car picture, Toyota
The 2012 Toyota Prius is the best hybrid for you if you want to drive America’s highest-mileage car — and don’t want to worry about range or recharging.
The 2012 Toyota Prius will essentially be a carryover of the 2011 Toyota Prius. Colors and perhaps trim details are the only likely changes to a design that was all-new for model-year 2010.

The 2012 Prius will again rate more than 50 mpg in the city and some 48 mpg on the highway. It’ll go on sale about the same time the first mass-produced pure-electric and plug-in hybrids are hitting the road. But unlike them, the 2012 Prius won’t depend on external sources of electricity to deliver optimal performance or travel more than 100 miles.
Should you wait for the 2012 Toyota Prius or buy a 2011 Toyota Prius? Buy a 2011 Prius. The 2012 Prius isn’t going to be more fuel efficient or have better performance than the 2011, but it probably will cost more to purchase – especially if gas prices are painfully high when it comes out.
Styling: The 2012 Toyota Prius styling won’t change. It’ll retain the look Toyota introduced with the model-year 2010 Prius, which launched the third generation of the world’s bestselling and most recognizable hybrid. Today’s Prius is larger and more powerful than the 2004-2009 second-generation model. This five-passenger four-door hatchback is sized like a compact car but nearly as roomy as a midsize car. With almost 40 cubic feet of cargo volume, it’s as versatile as a small station wagon. Aerodynamics set the styling theme. For the driver, however, the radically laid-back windshield creates a sense of disassociation from the road ahead. And the horizontal bar that separates the steeply sloped rear window from the vertical glass panel below is an annoying obstruction to visibility. But a tall ceiling creates large doorways and chair-like seating with plenty of head room front and rear. Despite being federally classified as a midsize car based on overall interior dimensions, Prius isn’t quite wide enough for three adults to fit comfortably in the rear seat. With two aboard, there’s plenty of knee and toe space. Prius’s cabin design is as futuristic as its exterior styling and is nicely assembled from high-quality materials. Most controls are logically arrayed, but the all-digital instrumentation’s location atop the central portion of the dashboard — rather than in front of the driver — takes getting used to. There’s a generous 21.4 cubic feet of space behind the rear seats and 39.6 cubic feet with the rear seatbacks folded to form a flat, carpeted surface. The hatchback opening is large, but the load floor itself is rather high, so hoisting heavy objects aboard isn’t as convenient as it might be. There’s a small bin beneath the cargo floor, but small-items storage space is stingy; only the front doors have map pockets, for example, and they’re essentially cup holders.
Mechanical: The 2012 Toyota Prius will continue to employ a combination of gasoline and electric power. Toyota calls the system Hybrid Synergy Drive. It draws on either power source individually or both in combination, automatically mixing and matching to balance the demand for acceleration with the goal of conserving fuel. The gas engine will again be a 1.8-liter four-cylinder. It’ll team with two small electric motors that draw power from onboard nickel-metal hydride batteries. Expect combined output to remain at 134 horsepower. Battery charge permitting, Prius can move at around-town speeds on electric power alone and can further save gas by automatically shutting off the engine while the car is stopped; it restarts when the driver depresses the accelerator pedal. Hybrid Synergy Drive uses the engine and regenerative braking to recharge the nickel-metal hydride battery; there’s no plug-in capability and range is determined principally by how much gas is in the tank. The 2012 Prius will compete with two high-profile rivals, the Nissan Leaf electric vehicle (EV), and the Chevrolet Volt, a plug-in hybrid. Both are four-door hatchbacks similar in size to the Toyota. The Leaf has no gas engine and relies solely on plug-in charging. Nissan says it can travel 100 miles on a full charge and that a dedicated connection can restore battery charge to 80 percent in 30 minutes. The Volt, by contrast, uses plug-in charging to travel up to 40 miles on electricity alone, then starts a small onboard gas engine as a generator to sustain battery power. Unlike the Prius, the Volt never actually is propelled by its gas engine. These competitors, along with planned EVs from Mitsubishi, Volkswagen, Mini, and others, are designed to use less gas and emit even fewer emissions than the Hybrid Synergy Drive Prius. But they’re likely to cost more and their new technology comes with questions about recharging, range, and performance. Significantly, Toyota also plans to supplement the Prius lineup during calendar 2012 with a plug-in model designed to drive longer on electricity alone than currently possible with Hybrid Synergy Drive. Based on extensive test drives of the current version of the Prius, we can report performance that’s sufficient for any driving need, though acceleration from a stop can be lazy, steering feel is artificial, and handling is by no means sporty.
Features: The 2012 Prius will return with multiple trim levels – five are in this generation’s catalog so far – and Toyota is more likely to shuffle combinations of existing features than introduce significant new ones. That’s partly because there isn’t a whole lot to add to an equipment list already brimming with creative technology, including solar-charged climate control, self-parking, and lane-wander compensation. Among these notables, the Solar Roof Package embeds solar panels in a power sliding glass moonroof. They power a circulation fan while the car is parked, thereby reducing gas-chugging cool-down loads on the air conditioner. The Advance Technology Package is comprised of four features: Dynamic Cruise Control to maintain a set distance from traffic ahead; Intelligent Park Assist to automatically back Prius into a parallel parking space; Lane Keep Assist to steer it back into the intended highway lane; and Pre-Collision to cinch seatbelts and pre-apply the brakes when a crash is imminent. The optional Navigation Package includes voice recognition, a rearview camera, and Bluetooth phone and audio connectivity. By the time the 2012 Prius is ready for sale, Toyota could rethink some options combinations – making the Solar Roof Package available in combination with the Advanced Technology Package, for instance. It won’t redesign the dashboard to move the main instrumentation to a more conventional place in front of the driver. But it ought to find a way to enlarge or brighten some of the digital graphics, and it certainly should install a readout for instantaneous fuel economy. No need to fool with the outstanding navigation system: its screen is large and crisp and its perceptive voice-recognition software can search restaurants and stores by brand name.
Prices for the 2012 Toyota Prius won’t be announced until shortly before the car goes on sale. However, the third generation’s pricing history thus far suggests a base price range of roughly $22,000-$29,000. (Base prices in this review include the manufacturer’s mandated destination fee; Toyota’s destination fee for its 2011 cars was $750. Toyotas sold in some Southeastern states may carry different destination fees.)
If Toyota continues with five trim levels for the 2012 Prius expect them to be labeled Prius I through Prius V.
At an estimated $22,000, the entry-level 2012 Toyota Prius I would return as essentially a stripper counterpunch to the smaller, less powerful and less fuel-efficient Honda Insight hybrid. The 2012 Toyota Prius II would be priced from around $23,000 and likely continue to add such features as cruise control, steering-wheel buttons to cycle various dashboard displays, and selectable hybrid modes that allow the driver to favor acceleration or economy. Estimate the 2012 Prius III at around $25,000 to start; it should continue with audio and Bluetooth upgrades and has been the level at which the navigation and Solar Roof options become available.
Leather upholstery, heated front seats, and automatic climate control have been the province of the Prius IV, which would start at an estimated $27,500 for 2012. Figure $29,000 or so as the base price for the 2012 Prius V model. This top-line Prius has sported such features as 17-inch wheels (versus 15s on other models) and has been the only model that could be ordered with the Advanced Technology Package.
Availability and precise content of various packages could change, but Toyota has been charging around $1,800 for the navigation system, around $3,600 for the Solar Roof Package, and around $4,500 for the Advanced Technology Package. A fully optioned 2012 Prius V could list for around $34,000.
2012 Toyota Prius Fuel Economy
EPA estimates for 2012 models were not released in time for this review, but 2012 Toyota Prius fuel-mileage ratings should not change from those established at the start of this design generation. That suggests ratings of 51/48 mpg (city/highway), which have been the highest of any car sold in the U.S.
That the city mileage rating is higher than the highway rating shows that Prius’s hybrid system is most efficient in low-speed, city driving. There, it can run exclusively on electric power and can best utilize its engine stop-start feature. The Prius uses 87-octane gas.
2012 Toyota Prius Release Date
The 2012 Toyota Prius should be in showrooms by fall 2011.
What’s next for the Toyota Prius
Minor styling revisions around model-year 2013 would be the next visual alteration for this third-generation Prius. Toyota would be remiss if before then it has not added to the car’s features such modern necessities as USB connectivity for iPods and other digital audio devices.
The plug-in Prius model won’t be offered for full-scale public sale until after Toyota concludes a research stage that has put about 150 test examples in the hands of selected fleets and private individuals. Plug-in capability conserves gasoline by enabling a hybrid to run longer on battery power, delaying operation of the gas engine. Like pure-electric vehicles, plug-ins would be charged from residential outlets or from stronger commercial-grade connections.
Though manufacturers of EVs and plug-ins differ on how long it would take to fully charge a battery pack, some experts say it could take five hours or more. The larger issue is development of a recharging infrastructure that would make outlets widely available in public locations. Another hurdle is development of advanced lithium ion batteries, which have not been fully proven for automotive use. Finally, EVs and plug-in hybrids are likely to cost more than “conventional” gas-electric hybrids. Early estimates place the base price of the plug-in Chevy Volt at around $40,000 and the Nissan Leaf EV at $25,000-$30,000, though federal tax credits could reduce their purchase price by some $7,500.
Chevrolet Volt: Due in showrooms in late 2010, the Volt represents Prius’s most intriguing rival for the affections of environmentalists. This aero-styled hatchback is based on the conventional Chevy Cruze compact car but is driven exclusively by a 149-horsepower electric motor. A 1.4-liter gas engine is aboard only to act as a generator for the electric motor once Volt’s lithium ion battery pack is depleted. Chevy says that would occur after 40 miles or so, but that the Volt’s combined range on one charge of electricity and a full tank of gas is about 400 miles. Volt can be juiced up with household current and comes with a heavy-duty electrical cord that plugs into a port on its front fender. Some reports suggest Chevy is also working on a pure-electric version of the Volt, sans the gas engine.
Honda Insight: Honda shook up the alternative-fuel world with the prospect of a simpler approach to the dedicated hybrid that would retail for around $20,000. Insight bowed to much fanfare in model-year 2010, but has had trouble finding buyers. It’s smaller and less refined than the Prius, slower, too, and less economical at a relatively unimpressive 40/43 mpg. A sportier two-door companion, the Honda CR-Z, joined it for model-year 2011, but no significant changes are anticipated until model-year 2013 or later.
Ford Fusion Hybrid: With only badges and tiny styling tweaks to differentiate it from gas-only versions of the popular Ford sedan on which it’s based, the Fusion Hybrid is a wholly orthodox alternative to the look-at-me-I’m-green styling of the Prius. But the Fusion Hybrid has more passenger room than the Toyota. With 191 horsepower and better handling, it’s more rewarding to drive. And rated at 41/36 mpg, it’s in the fuel-economy ballpark. Tempering matters, Fusion Hybrid prices begin around $28,500.
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2012 Toyota Plug-in Prius Pre-Production Test Drive
The Toyota Prius has become such a known entity that it’s hard to believe that it’s only been with us for 12 years (eight in the U.S.). The success of the Prius has made this hybrid an almost the first generic name for hybrid technology. Early on, Toyota admitted that it was losing money on each one sold. But what an incredible R&D investment that was. This May, production was ramped up to 50,000 cars a month, or over 600,000 a year globally. And now Toyota has invested in the development of a plug-in version that will start very limited leased deliveries next year and will take on the Chevy Volt for plug-in supremacy. We had a chance to drive the Prius prototype recently in Japan. How does it motor? Let’s find out.
The Specs
The plug-in Prius has been rumored for over a decade. And a number of small Californian firms have been offering a retrofit a plug-in kit for previous generations of the car for years—albeit at risk of the customer’s factory warranty. Using electricity rather than the vehicle’s engine to charge the larger plug-in battery should reduce the overall fuel consumption and costs in exchange for a one-shot burst of electric-only driving. But it also means a bigger, more expensive and heavier lithium-ion battery. And Toyota has been wedded to the NiMH cell in its existing Prius models. The Plug-In Prius model uses exactly the same hardware as the standard Prius currently on sale. The biggest difference is the battery, a 5kWh/345.6 volt Panasonic unit, with a nickel-lithum-oxide cathode, a carbon anode and carbonate-ester liquid electrolyte. It raises the trunk floor a couple of inches and adds 242 pounds to the total curb weight of 3,130 pounds. The wheels and tires are upsized to 17-inch, which are options on the standard Prius.
The rest of the driveline is exactly the same. The 1.8-liter gasoline engine uses the high expansion Atkinson cycle to increase medium-speed efficiency and produce 98 hp and 105 lb-ft for torque. The operating voltage is increased from 500 to 650 volts, the 81 hp electric motor with 153 lb-ft of torque is uprated to take the extra battery power and the control software has been completely rewritten. Top speed is 106 mph with 0-60 mph acceleration in 10.9 seconds. Toyota claims that the electric-only range is at least 12.5 miles and about 20 miles in average use, with a full battery recharge taking 100 minutes using a 200v supply.
So where do we stand on fuel consumption? Does the Plug-In Prius start with a full charge in the test, or not? As we have seen, some fairly large fuel-economy numbers are being touted for cars after 51 miles driving around the 11-mile Federal Test Protocol test cycle. That doesn’t mean that they get 230 mpg. With its much smaller battery pack and electric-only range, the Prius isn’t going to approach the Volt’s 230 mpg claim, but the numbers should be impressive. Toyota is claiming fuel consumption gains in the latest Japanese Ministry tests in the order of 69 percent over the standard Prius. Apply this to the EPA Combined figure of 48 mpg and you are looking at a combined figure of over 81 mpg, with commensurate reductions in carbon-dioxide emissions.
In the cabin there are a few changes. There’s a new energy monitor showing the possible cruising distance in electric vehicle mode and a bar chart that expresses the changing electric-to-petrol power useage as a ratio—it’s less complicated than it sounds. There’s also an orange charge lamp, a cabin preheating/precooling system for when the car is plugged in and the omission of the ‘EV-only’ switch on the standard Prius—we’ll come to this later. In the trunk there is a charge cable and an EV charger, which converts main AC to DC current when charging.
The Drive
Toyota was keen to maintain the touch-and-go simplicity of the standard Prius, and that is largely what the driving experience is like here. You simply engage Drive on the stubby gearlever and push the accelerator. Like the standard Prius, the plug-in wafts away using battery power alone. The difference here is that if you modulate your right foot off the floor boards, stay under 62 mph and there is enough juice in the battery, the Prius stays on battery power. In practice, this means in heavy traffic the engine will stay silent. The transition from battery to gas power, which has consumed Chevrolet Volt engineers, is mercifully smooth here too.
Other than that, the differences between this car and the Prius at your local Toyota dealership are minimal. The ride is soft and compliant, but not wallowing. There is slight abruptness to ride at the rear, but most would hardly notice that. We tried to get the extra weight of this car (caused by the larger battery pack) to unstick the rear tires is quick manuvers. And yet, there was no real handling faux pas, with the stability control eventually calling order.
As with the standard car, the engine can either drive the Prius directly, or generate electricity, which either drives the car, or charge the battery. Regenerative braking means the alternator also generates current, which extends the electric-only driving range. Unlike the current model, you cannot chose electric-only driving. This is because the engineers felt that the balance of electricity usage and recharging should be best left to the system rather than to inexpert drivers. They are probably right, but in practice, engineers now believe that some sort of EV-only switch will have to be included in production models to meet the sort of inner city emissions regulations that are currently being considered.
The Bottom Line
Specifications
VEHICLE TYPE: front-engine, front-wheel-drive, 5-passenger, 5-door hatchback
ESTIMATED BASE PRICE: $33,000
ENGINE TYPE: DOHC 16-valve inline-4, 98 hp, 105 lb-ft, with 80-hp permanent-magnet electric motor assist; combined power rating, 134 hp
TRANSMISSION: continuously variable automatic
DIMENSIONS:
Wheelbase: 106.3 in Length: 175.6 in
Width: 68.7 in Height: 58.7 in
Curb weight (C/D est): 3400 lb
PERFORMANCE (C/D EST):
Zero to 60 mph: 11.0 sec
Standing ¼-mile: 18.7 sec
Top speed (governor limited): 112 mph






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