It's been about two years since Tesla and Toyota announced a partnership, and we're now seeing the first major fruit of their labor. The RAV4 EV, the modern market's first all-electric SUV, will land in dealerships in the coming months. Toyota used the 26th annual Electric Vehicle Symposium in Los Angeles to launch the production model.
So far, the electric vehicle market has been dominated by small cars like the Nissan Leaf and Mitsubishi i-Miev. The RAV4 is the first product of the modern EV era to package electric technology in a larger SUV package. According to Toyota, the RAV4 EV doesn't even sacrifice space for its electric components, touting the same available cargo capacity as the standard gas-powered RAV4.
As anyone that follows electric cars knows, there are two things that really hold the market back: range and price. The RAV4 is definitely no exception. In fact, at a starting price of US$49,800 (before delivery fees), it's more a poster child for high EV premiums. The RAV4 EV's range, which has yet to be confirmed by the US Environmental Protection Agency, is estimated at 100 miles (161 km) - pretty much the industry standard at this point.
The RAV4 EV may not offer the range of its gas-powered sibling, and its front-wheel-drive layout won't give you the same utility as the gas model's available four-wheel drive, but Toyota says that other performance metrics are quite comparable. The RAV4 EV has two driving modes - Sport and Normal. Sport mode opens up a 0-to-60 mph (97 km/h) time of seven seconds and a 100 mph (161 km/h) top speed. Normal mode sacrifices some of that performance to better direct battery power toward driving range. The154-hp powertrain behind those numbers was developed by Tesla.
Toyota partnered with Leviton for the RAV4's officially approved charging equipment. With the available 240-volt charger, the RAV4 will get fully juiced up in about six hours. It will also come with a 120-volt charge cord for use as a back-up.
Like the demonstration vehicle, the production RAV4 EV's styling includes subtle distinctions from the standard RAV. It has a new front-end, new LED headlamps and taillamps, electric badging, redesigned side mirrors, and a distinct rear spoiler in back. Many of those changes were aimed at aerodynamically optimizing the RAV4's body to get the most range and performance. Toyota says it has the lowest drag coefficient of any SUV.
Toyota will launch the RAV4 in California by the end of the summer. Los Angeles, Sacramento, San Francisco and San Diego will serve as the initial launch markets. It plans to sell approximately 2,600 models over the first three years.
It's good to see the electric car market getting more diverse, but for the kind of money that you'd need to invest in a RAV4 EV, you might be better off waiting for the Tesla Model X, which will have better performance, more range and an all-wheel-drive option.
Source: Toyota
Have you happened to see any innovations or new developments in battery technology that would decrease cost and/or extend range? Do you think we're near being able to develop a battery-powered auto that offers comparable range and price to gasoline fueled autos?
While researching BigInScience's upcoming book "Rush: Science and Technology in our Acceleration Age," I was deeply impressed with Tesla (particularly their early model the Roadster). For those who think battery-powered autos are inferior in performance, check out some of the Roadster drag races on Youtube (the Roadster accelerates 0-60mph in under 4 seconds, quicker than many sports cars). But ultimately the Roadster is not entirely practical as I'm certain the range is vastly inferior to petrol-powered autos under these aggressive driving conditions.
I believe battery-powered autos will become more prevalent in the upcoming decade (possibly as a bridge to hydrogen fuel cell powered autos). It'll be interesting to see if more major auto manufacturers team up with smaller innovative companies like Tesla (I'm certain they will).
Then again, the LEAF just stopped selling out on pre-orders after more than a year of production, so maybe we are making all these "problems" up.
Tire burning acceleration has never been an electric cars weakness. The problems with electric cars are the pathetic range they deliver, that as the battery ages the range diminishes, the time it takes to recharge (even assuming a 20 minute 80% charge you only get 40 minutes of travel per hour on the highway.), the effect the heavy batteries have on handling.
It had 100 to 120 miles range. Some of those have achieved over 150,000 miles (240,000 km) on the original battery pack.
MAYBE THE THING WAS NOT TO TRASH THEM?
PS: for Hmmm, if you can afford only a house that cost less than 50K, what car to buy is the last of your problems!
So does he own and pay insurance on another car or pay exorbitant money and/or time and effort for public transportation for the other 2%?