
If you want to contend for 24 Hours of LeMons racing’s top prize, the Index of Effluency, choosing a terrible Malaise Era subcompact gives you a big edge. Choosing a General Motors product also helps. Going with a diesel or, even worse, a Chevette Diesel, means that you pretty much have the Index of Effluency nailed down if you can manage to keep the thing on the track for most of the weekend. Easier said than done, of course, but Zero Budget Racing managed to do just that with their ’82 Chevette Diesel. (Read More…)
Tag: Diesel
An extravagant ceremony at Bangkok’s Impact Arena has seen the launch of Toyota’s new Hilux and Fortuner – key models in its developing market portfolio. The pair are products with big, tough reputations, and importantly, the profit-generating ability to match.

As a relatively pragmatic person who generally chooses the imperfect-yet-achievable path rather than agonizing over the perfect-but-unattainable goal, this chart [from a fascinating Boston Consulting report, in PDF here] frustrates me. I understand why Americans choose hybrid-electric cars as their most favored “green car” technology, but from their it gets fairly crazy. EVs are fantastic on paper, but in the real world they’re still far too expensive, their batteries degrade, they have limited range, oh and did I mention that they’re freaking expensive? Biofuels, America’s third-favorite “green” transportation technology can be fantastic in certain limited applications, but the ongoing ethanol boondoggle proves that it will never be a true “gasoline alternative.” Finally, at the bottom of the list, Americans grudgingly accept only relatively slight interest in the two most promising short-term technologies: diesel and CNG. Neither of these choices is radically more expensive than, say, a hybrid drivetrain and both are considerably less expensive and compromised than EVs at this point. So why are we so dismissive of them?
GM still won’t comment on the matter, but a recent rumor that the Cruze’s two-liter diesel engine will be federalized for the 2013 model-year has been confirmed to the AP [via the DetN] by “two people briefed on GM product plans.” That motor, designed by VM Motori and built since 2006 by GM-Daewoo, was recently updated to Euro 6 standards, and according to the Holden website, the Australian-spec version makes 160 HP (at 3,800 RPM) and 236 lb-ft (at 1,750 RPM), while returning 42 MPG (combined with manual transmission) or 35 MPG (combined, automatic). Of course those aren’t EPA numbers, and they could easily change by the time the engine is certified for US emissions standards.
What’s a Wingle? It’s Great Wall’s Chinese-made entry in the “World Pickup” segment, taking on Ford’s Global Ranger, Toyota’s HiLux, Nissan’s Navara, Mahindra’s Scorpio Pik-Up and more. Having been limited to sales in Iraq, Australia, Chile, South Africa, Algeria, Syria, Uruguay, Russia and Saudi Arabia, Automotive News [sub] reports that Great Wall has wangled the Wingle into the European market by establishing a beachhead in Italy with a 2.0 diesel version. Obligatory crash-test video after the jump…
(Read More…)
Well, we’ve accidentally developed something a of a Chevy theme this morning, what with the Cobalt and 2013 Malibu… and now this, the Colorado Rally Concept, a first look at the next generation of GM compact pickups. Though the concept’s 2.8 liter turbodiesel engine is unlikely to make it to the US, Pickuptrucks.com reports
According to manufacturing documents we’ve obtained, the Colorado’s start of regular production is slated for Oct. 3, 2011, in Thailand and Jan. 16, 2012, in Brazil, where it will likely be sold as the S-10.
According to our sources, the code names for the Chevrolet Colorado and GMC Canyon versions for North America are 31XC and 31XG. Start of U.S. manufacturing is scheduled for around July 2014, though production of the current Colorado and Canyon are expected to end by 2012 at the plant in Shreveport, La.
Aimed directly at the global pickup segment defined by Toyota’s HiLux and Ford’s Global Ranger, the Colorado looks to be larger than the typical compact pickup and represents a fundamentally different strategy than Chrysler’s planned minivan-based “lifestyle pickup.” And don’t look now, but tough midsized trucks like this could be as much a replacement for current full-size buyers as gas prices and CAFE standards rise, as they could be true entry-level compacts. But then, we’ll need to see how much this global vehicle is modified for the US market before we really know what we’re getting here.
47.2 percent of all cars bought in Germany last month don’t run on gas. They run on diesel. It wasn’t always that way. A quarter century ago, a diesel car was unheard of in Europe. Well, not quite: The Mercedes diesels had a characteristic tractor sound. The diesel Mercedes was popular with taxi drivers because it was so sturdy, and with farmers. Farmers could buy low-tax diesel for their tractors. Allegedly, some found its way illegally into their diesel-Benz.
Success is not built on lawbreaking farmers and taxi drivers. What made the diesel driven car so popular?
It was the Volkswagen Golf D. And it didn’t make sense at all. (Read More…)
Greetings!
Here on TTAC, one finds recurring references to that elusive “sub-$20k AWD manual diesel wagon”. Clearly, this brief blurb of specs isn’t my dream alone; sounds like a lot of us want such a car. But suppose one cares not for a million airbags, iPod styling, touchscreens, blackbox electronics, or much of the other modern malaise plaguing cars that come with warranties. Suppose one’s warranty is a toolbox, two hands, and a brain. Suppose one wants to get such a vehicle by customizing an older platform oneself, on half the budget. And suppose we add one more criterion: light off-road ability. What does one do?
Fisker’s powertrain partner Quantum Fuel System Technologies has partnered with the US Army’s Tank Automotive Research, Development and Engineering Center (TARDEC) to produce a diesel-electric, series hybrid Clandestine Extended Range Vehicle (CERV). GreenCarCongress reports
the prototype CERV is equipped with a 1.4-liter diesel to drive the genset, and is designed for quick-paced mobility operations such as reconnaissance, surveillance and target designation. CERV pairs Quantum’s advanced all-wheel-drive diesel hybrid-electric powertrain with a light-weight chassis to produce a torque rating that exceeds 5,000 lb-ft (6,780 N·m) [Ed: after gear reduction].
The unit can maintain speeds of 80 mph (129 km/h) and climb 60 percent grades while reducing fuel consumption by up to 25% compared with conventional vehicles of comparable size.
As Ronnie Schreiber’s piece on the Arsenal of Democracy shows, military developments can have a profound affect on the private transportation market. As the military pursues efficiency for strategic and tactical purposes, let’s hope more advanced drivetrains trickle down into the civilian realm.
The Touareg TDI is not your father’s Oldsmobile. I know, because I unfortunately drove my father’s 85HP, 1983 Cutlass Cierra diesel when I was a kid. Since my dad was a glutton for punishment, this was not his first unreliable GM diesel; we also had a 1979 Oldsmobile Cutlass Cruiser with the infamous diesel V8. After about 30,000 miles, both our diesels smoked like a 60 year old hooker. Since potential clean diesel shoppers seem to fall into the 30-60 year old demographic, this is still the image that diesel brings to mind for many, not the reliable but low-volume European diesels from the 70s and 80s. If sales numbers are any indication however, BMW Mercedes and VW have been changing the tide of public opinion.
Ford sold 8,834 Transit Connects in 2009, with sales of the small, Euro-style panel and passenger vans hitting 27,405 units last year. With 9,852 already sold in the first third of 2011, it seems the original German delivery van-slingers in the US market, Mercedes, are taking notice of the segment. The Dodge-branded Sprinter, a larger vehicle, saw peak sales of 21,961 back in 2006 has seen sales fall dramatically in recent years, and in 2010 Mercedes wrestled the vans back to its brand, only to sell a meager 8,599 (a nearly 1,500 unit improvement over Dodge’s last year with the product). In other words, the lesson of recent US-market Euro-style delivery vans seems to be that bigger (i.e. more direct competition with American BOF offerings) is not better.
(Read More…)
Pickuptrucks.com reports that you may not have to wait for Mahindra to work through its legal issues to get an efficient diesel-powered pickup, as the DOE has funded development of a four-cylinder Cummins diesel engine which is being demonstrated in a Nissan Titan. According to the report
Cummins refers to the engine by the codename “LA-4” with a 2.8-liter displacement (170 cubic inches). Initial power figures on the engine dyno have the mule test engine producing 350 pounds-feet of torque at around 1,800 rpm. A chart in the presentation shows targeted power levels to be approximately 220 horsepower and 380 pounds-feet.
The engine is likely a derivative of the four-cylinder ISF architecture that Cummins builds overseas, with 2.8-liter and 3.8-liter displacements. The overseas 3.8-liter is rated at 168 horsepower and 443 pounds-feet of torque…
To meet U.S. clean-diesel standards, the 2.8 would use diesel exhaust fluid to scrub nitrogen oxide emissions, like Ford and GM use today in their heavy-duty diesel pickups. It would also feature a so-called passive NOx storage system that would capture and hold NOx during cold starts, releasing the gas when temperatures rise to levels of max efficiency for DEF. The passive system would save fuel used today to jumpstart NOx scrubbing when the system is cold.
The upshot? 28 MPG combined, according to pickuptrucks.com. Given the discrepancy between EPA fuel economy numbers and the CAFE method, that means this engine could make a Titan (which gets 13/18 MPG EPA with its stock V8) more than compliant with the 2015 30 MPG truck standard. And because the DOE spent only $15m, this probably qualifies as one of the more promising government fuel-economy improvement programs in some time. After all, improving truck efficiency is one of the toughest aspects of CAFE compliance… and if a Titan can get nearly 30 MPG combined (about the same as current four-cylinder family sedans), the government’s $15m just bought it a crushing blow to the industry’s anti-CAFE carping.

American auto enthusiasts often bemoan the lack of diesel options offered on the US market, looking to Europe as the promised land of oil-burning efficiency. But Europe’s love affair with diesel, which has been manifested in a 50%+ diesel sales mix for years, may be coming to a close. The WSJ reports
The European Commission–which has executive powers in the European Union–will propose to levy a minimum EUR20 per metric ton of carbon dioxide emitted on products like gasoline, diesel, natural gas and coal starting in 2013. But it will also propose adjusting the existing legislation by gradually increasing a minimum levy on the energy content of diesel to bring it to the same level as that of gasoline starting in 2018
Here’s the key: in addition to basing taxes on C02 emissions, the EU tax structure shift will result in fuel taxation based on energy content rather than volume alone. Accordingly, diesel’s higher energy content means it will see a more dramatic increase in taxation levels. And this single common-sense proposal is unleashing an intense debate in Europe about energy, taxation and the future of the auto industry.
If Chrysler’s five-year business plan were taken at face value, one might be forgiven for thinking we were supposed to have a four-cylinder, stop-start-equipped diesel Wrangler in the US by now. Not so, clarified Jeep’s bosses, while keeping the window open. Now Jeep CEO Mike Manley is hinting at diesels again, telling the Freep that the Wrangler and Grand Cherokee could get oil-burning engines “within three years,” and that
Diesel in some of our models makes absolute sense.
Europeans certainly seem to think so, as the vast majority of Jeep sales on the continent are diesel models. And no wonder: on the European test-cycle (non-EPA), the 3.8 liter gas-powered Wrangler (with manual) is rated at 15.5MPG city, 29 MPG highway and 22MPG combined, while the diesel 2.8 with manual and stop-start (offering less horsepower but more torque) is rated at 28.5MPG city, 36.2MPG highway and 33.1MPG combined (converted from l/100km figures). It might not be long before that kind of efficiency advantage becomes worth the $1k-$3k projected price premium (assuming the EPA test reflects an equal advantage).
In the post-Veyron, post-Horsepower Wars world, “Responsible Performance” has been the catchphrase on the lips of every purveyor of performance cars. And with Audi and Nissan already set to brawl for EV sportscar niche that’s being abandoned by Tesla with the forthcoming end of production of its Roadster, diesel power seems to be benefiting from a second look by would-be “responsible performance” vendors.
Unsurprisingly, the tuning houses are promoting their diesel efforts, as EV tuning presents significant challenges to the ICE-based tuning community. And the BMW modifiers at AC Schnitzer are leading the way with this Z4 “99d,” a 188 HP, 310 lb-ft two-liter turbodiesel roadster capable of 146 MPH. Oh yes, and 99 grams of CO2 per Km, or (very roughly) 60-ish MPG (non-EPA). Sound like a healthy compromise between “responsibility” and performance? The only thing you’ll have to give up is the $210,000 that Automobile says this Schintzer concept would cost if it were built.









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