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Toyota ReviewsToyota Motor Co., the world’s largest automaker, has been producing cars for more than 70 years. It wasn’t until after World War II, however, that production started to pick up. Toyota went from making 8,500 cars a year in 1955 to 600,000 in 1965. Models like the Toyopet and Land Cruiser hit the United States in 1957. Today Toyota is among the leaders when it comes to hybrid technology. |
In a race to get a more solid foothold in India, Toyota is nearly doubling its production capacity on the subcontinent. Much to the chagrin of some Indians, the country is called the “next China.” Currently, the market is dominated by Suzuki, which owns nearly half. Hyundai and Mahindra hold sizable shares – all of which bugs the world’s largest carmakers to no end. Read More >
Between Nissan’s Leaf racer and a new EV-only racing cup, electric auto racing has been coming along in recent months, although significant challenges remain. For one thing, batteries are still extremely heavy, and for another, they take a long time to recharge. Finally, thermal management issues conspire with both of these battery challenges to force EV races to be quite short. And in search of a solution, one team that’s entered into the EV Cup is looking to the original EV racers for inspiration: slot cars. Rather than getting hot and heavy with big batteries, figures Drayson Racing Technologies, why not charge the car as it’s racing at speeds upwards of 200 MPH? Luckily HaloIPT has come aboard the project, bringing its eponymous wireless Inductive Power Transfer technology to bear in order to create life-sized, wireless, slot-free slot cars.
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Research into environmentally sensitive ways of running a car, AKA “green patents” have been in the news lately and it’s been good news for GM’s image. The Detroit automakers in general are not seen as technology leaders, particularly in terms of alternative energy. Bob Lutz saw the Chevy Volt as a way of changing that perception, taking away some green luster from Toyota. Since there is usually considerable time between a patent’s filing and its granting, patents granted in the last 2 or 3 years are a good reflection of what a company has been doing for the past 4 or 5 years, and there’s evidence that Lutz’s strategy was not just a PR job but also a reflection of a very large amount of research and development at the automaker. Cleantech Group, of the Heslin Rothenberg Farley & Mesiti intellectual property law firm, publishes the Clean Energy Patent Growth Index. The CEPGI tracks the granting of U.S. patents for solar, wind, hybrid/electric vehicles, fuel cells, hydroelectric, tidal/wave, geothermal, biomass/biofuels and other clean renewable energy. The law firm publishes the CEPGI quarterly and then tabulates the annual results.
Over the last several years, Toyota has fought off suits by a firm called Paice, which claimed to own patents on technology used in Toyota’s hybrid drivetrains. Toyota settled that dispute a year ago, but now Bloomberg reports that another firm is going after Toyota’s hybrid Intellectual Property (IP). According to the report
Efficient Drivetrains Inc., based in Palo Alto, California, has an exclusive license from the University of California for use of the technology, including the way electricity is drawn from a battery to power an electric motor and an internal combustion engine, according to a July 20 federal court complaint filed by Toyota in San Jose… The five patents at issue also include technology, invented by EDI co-founder Andy Frank, on ways to control the power output of an internal combustion engine and a method to draw electricity to operate the electric motor and the internal combustion engine, together or separately depending on driving conditions
You can read Toyota’s complete filing here.
Today is the day when the Japanese majors announce domestic and global data for June and the half year. A little more than three months ago, a massive earthquake, followed by a devastating tsunami, paralyzed much of Japan’s infrastructure. It could not have come at a more inopportune time. The Japanese auto industry was already suffering from weak markets at home and abroad, paired with a rising yen that destroyed profits from exports. Three months later, how big was the hit? Read More >
After Saudi Arabia and Afghanistan over the last couple of weeks, by solidarity today we are visiting Norway and I will give you a short but rich overview of what cars Norwegians are most fond of.
Now if you are already Norway’ed out with all the tragic news coming from there right now, that’s ok I understand, and there are 154 more countries to explore in my blog, so I’m sure you’ll find what you’re looking for there!
Norwegians are exposed to extreme (cold) temperatures pretty much every day of the year (OK not quite true but I was there in the middle of summer years ago and it was freezing!) and also to near-constant darkness about 6 months a year.
So their cars need to do one thing: work. Start in the morning by -30 degrees and not fail in the middle of a lonely snow-covered road in some remote part of the country… And that, Volkswagens and Toyotas can do…
When we last saw the 1965 Impala Hell Project, it was the fall of 1990 and I was installing headers, dual exhaust, and a TH350 transmission in place of the original Powerglide. The car drove pretty well with those upgrades, but the fact that the entire instrument panel (except for the oil pressure idiot light) was kaput became quite an annoyance. Was the engine running hot? Was I going 80 in a 45 zone? How much gas do I have? Those questions remained mysteries, and finding functioning replacement parts for a then-26-year-old car in the junkyard would be tough. I had a solution, however; scavenging Pick-Your-Part for instrument-panel components on Half Price Day weekends and building my own instrument panel from scratch. Read More >
Mark writes:
Hi Guys,
I read TTAC regularly and am debating what to do about getting a new car. The situation is I had a 2001 Volvo S60 which started experiencing transmission “issues” that the mechanic could not replicate, so I traded it for a 09 Fit to get better mileage. The Fit was an excellent appliance car, but felt a bit tinny after the relative comfort and solidity of the S60. The new Lexus CT200h got me excited and my sister-in-law needed a new car so I sold her the Fit and am awaiting the Lexus. However it appears that actually fitting my kids in the back of Lexus won’t work. What would you suggest as a car? I want good mileage, because I have a city commute, a bit of luxury and reliability with not ridiculous repair costs. I had hoped the Mercedes C300 Estate would come here, but it won’t and BMW has me concerned about repairs costs. Could I be happy with a used Lexus SportCross? Please provide your perspective.
Why was Honda as much hit as Toyota by the March11 earthquake and tsunami? Doesn’t Honda have the bulk of its production outside of Japan? How could Nissan avoid most of the damage, even with an engine factory close to Fukushima?
It was a bit like a roulette game, and it involved a lot of chips. According to industry talk in Japan, Nissan had taken a large supply of ECU chips before the quake. Honda and Toyota were waiting for their just-in-time delivery. Honda and Toyota received most of their engine controller chips from one chipmaker, Renesas. Two weeks after the catastrophe, we had pointed out that Renesas and its damaged fab near the epicenter would turn into a major bottleneck. What’s more, Honda had no idea. Read More >
Say what you want about the nannyfication of cars, about gadgets that disturb the intimate relationship between man and machine. But a lot of the drastic decline of fatalities on the road goes on account of cars made safer with little electronics brains. Now, the brains think of people not even in the car. Read More >
Tesla will begin supplying Toyota with components for its electric RAV4 a year earlier than previously planned, reports Bloomberg, a move that will have Toyota paying $100m for the drivetrains rather than the previously-agreed-upon $60m. According to a Tesla SEC filing, the EV specialist firm will supply Toyota with
a validated electric powertrain system, including a battery, charging system, inverter, motor, gearbox and associated software which will be integrated into an electric vehicle version of the Toyota RAV4. Additionally, Tesla will provide TMC with certain services related to the supply of the Tesla Battery and Powertrain.
There’s still no word about how many of these RAV4s is Toyota planning on selling over those two years, or where will they be assembled, but it sounds like Toyota isn’t trying to launch quite the EV offensive that some green car blogs seem to be hoping for. As one analyst puts it to Bloomberg, $100 million “isn’t a huge amount for Toyota, so this allows them, with only modest downside risk, to participate in what Tesla is doing.” That sounds about right…
Thailand, with a low currency, strong local demand and many foreign trade agreements, turns more and more into the South-East-Asian auto hub. Business-in-Asia gave it the unfortunate title “Detroit of Asia.” Thailand’s auto industry is targeting production of 3 million vehicles annually by 2015, more than countries like Canada, France, even Mexico currently make. Toyota, Honda and Nissan already have a pretty tight grip on the country. Now, Nissan is taking it a notch up. Read More >
What are we looking at here? Well, it’s a Camry, that much is obvious. In the window is a sign for “Educators Against 5.”
What’s “5”? It’s a bill, recently passed in Ohio, which prohibits collective bargaining by public employee unions on issues such as health insurance, sick leave and pension benefits. Needless to say, it is massively unpopular among unionized public-sector workers in said state, many of whom view it as the first step towards “union-busting”.
The actual merits of the law are probably best discussed elsewhere. However, this is the third car I’ve seen in two days carrying the “No 5” sign… and all three have had a little credibility problem.
As I noted in an earlier piece on the macro-level issues with EVs, it’s dangerously misleading to assume that electric cars can simply replace internal combustion-engine vehicles without a basic re-think of nearly every way in which we relate to our cars. That’s true in terms of consumer-end issues like refueling grid impacts and “range anxiety” but it’s also true in terms of manufacturer-end issues like development and differentiation. It’s even true for the auto media.
One of the giant re-thinks spawned by EV development is in how manufacturers make their vehicles reflect their brand values and stand out in the marketplace, as the electric motor in (say) a Ferrari EV wouldn’t be as fundamentally different as an electric motor in (say) a Kia. This, in turn, makes reviewing EVs extremely difficult, as they all display similar power attributes, weight challenges, single-speed transmissions and battery ranges. So when you are asked to drive a pre-production EV from a major manufacturer, the major question in the mind of the conscientious reporter is the same as the question that drove the vehicle’s development: how is this vehicle different than any other EV? In the case of the Golf blue-e-motion, the answer to that question reflects the challenges of developing a major-market electric vehicle.
I was happy as can be this past Monday. A 1999 Firebird with T-Tops was bought for the princely sum of $2750 at a recent sale. Then there was something I hadn’t experienced in a long while. A $300 car. A ‘good’ $300 car. The type that may have nothing more than a banged in door or a mechanical issue easily corrected by visiting an enthusiast site. The car in question was a 1986 Toyota Cressida. Older than dirt as far as cars go.
But then again could I…
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