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Transportation

Nissan Is Ending Engine Development, Except For US-Bound Vehicles (arstechnica.com) 162

Nissan is pulling the plug on its internal combustion engine development, except for the United States. Ars Technica reports: According to Nikkei Asia, the Japanese automaker has looked at the likely next set of European emissions rules and has decided it would be too expensive to design a new generation of engines that comply. Nissan is also not planning on any new internal combustion engines for Japan or China, although it will apparently keep refining existing engines and continue to work on hybrid powertrains. However, this new policy isn't a global one -- it doesn't apply to the US. That's because here, the automaker expects continuing demand for internal combustion engines, particularly in pickup trucks. If Nikkei Asia's reporting is correct, Nissan is just making explicit the fact that electrification of light passenger vehicles is going to be much more rapid in regions where governments create strong policy incentives.
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Nissan Is Ending Engine Development, Except For US-Bound Vehicles

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  • by jonwil ( 467024 ) on Monday February 07, 2022 @08:29PM (#62247889)

    What about Australia? I can't see demand for the gas-guzzling (or diesel-guzzling) SUVs and pickups Nissan sells in Oz (like the Nevara or the X-Trail) going away anytime soon.

    • by hoofie ( 201045 )

      In the big cities maybe but electric is sod-all use in the hinterland, country and outback. I liked a recent press release that there was an electric charging point now on the Nullarbor which to those who don't know is hundreds of miles of f-all; no houses, gas stations etc. - just a blacktop road.

      The only slight drawback was it was connected to a honking big diesel generator.

      Electrics vehicles here still suffer from poor choice, sky-high prices thanks to ADDITIONAL TAXES because they are expensive and terr

      • You have to appreciate that during a transition, you need to use the old tech until such time the new tech has grown to the point where its overtaken the old tech by quite a way - no other logical way to do it.
        • Except that in a land where it can be 1000 miles between gas stations, the electric tech will NEVER allow that.

          • Never? Really?

            So there's absolutely no way to build electric charging stations with solar panels and batteries anywhere in that 1000 mile stretch?

            Open your mind even just a crack, please.

      • Just because a charger gets its electricity from liquid fuel does not mean it is worse off for the environment than an internal combustion engine. Generators can be tuned to run at the most efficient RPM for energy extraction where vehicles cannot due to varying RPM and the driver's choice of speed to drive.

        Also, if it runs on diesel, it can easily run on biofuels, and be essentially carbon-neutral. Especially if that "biofuel" is used vegetable oil - at that point you are turning a waste product into ene

        • Especially if that (using waste vegetable oil) is exactly what the charger mentioned is already doing⦠The Luddite hating on EV for Australia carefully left that detail out.
    • by slazzy ( 864185 )
      Too small a market for them to care about...
    • What about Australia?

      Their engines will be poisonous-spider, poisonous-snake, hungry-dingo or angry-kangaroo powered -- really anything venomous or otherwise dangerous, so there are a lot of options for Australia.

    • by Hodr ( 219920 ) on Tuesday February 08, 2022 @08:48AM (#62249051) Homepage

      If they are still designing them for use in the US, that means they are designing them for California emissions standards and they will likely meet or exceed standards for most other places that continue to allow gas/diesel engines in passenger vehicles.

    • Just because they are stopping development of internal combustion engines, does not mean they are stopping manufacture of internal combustion engines.

      They can continue trotting out the designs they are using today for years, with simple modifications to keep them relevant. This way they can move that engineering talent over to creating designs for the next 20 years of business.

  • by stevent1965 ( 4521547 ) on Monday February 07, 2022 @09:25PM (#62248027)
    Internal combustion engines have been around for, what? Over 100 years? Current materials science and understanding of the physics behind IC engines is at peak maturity. Why aren't there three, maybe four, gasoline-powered IC engines maximized for efficiency and power output standardized across all automobile platforms and perhaps the same for most diesel engines? Why must each manufacturer keep developing "new" engines?
    • Most "new" engines are just updates on previous modles, but not all. Most updates are to meet new regulations, usually emissions improvements but lately it's been efficiency requirements.

      Material science continues to advance, just look at the changes in the piston rings over the last 30 years. Manufacturers are still trying new things, like Nissan's variable compression engines.

    • Internal combustion engines have been around for, what? Over 100 years? Current materials science and understanding of the physics behind IC engines is at peak maturity. Why aren't there three, maybe four, gasoline-powered IC engines maximized for efficiency and power output standardized across all automobile platforms and perhaps the same for most diesel engines? Why must each manufacturer keep developing "new" engines?

      We could just take the current engine design from a Ferrari or a Porsche and put them in everything!

    • Are they though? Maybe we just recently got there, but IC engines have gotten a LOT more powerful and efficient in the last 10 years, much less 20.

      Heck a lot of purists basically consider it blasphemy that the new Mustang has a 4-cylinder engine but that 4-cylinder generates 310 horsepower. My 1998 Mustang's 6 cylinder only generated 165 horsepower. Even stepping up to the V8 on that care would have only gotten you 305 horsepower.

      Yes I know that full electric is going to eventually be the primary power s

      • by caseih ( 160668 )

        I should add that in some spaces, there already is a consolidation of IC manufacturers. For example in Ag equipment, now that the Tier 3 and Tier 4A quotas are used up, some companies are turning to existing engines from other manufacturers to power their tractors. John Deere, for example, powers some of their smaller tractors with Iveco engines from FPT because it's too expensive for them to develop their own tier 4 final engines in that size. FPT has an engine that meets the requirements.

        And of course b

      • How many of those improvements were in manufacturers' back pockets until they *had* to do it due to regulation and competition? Toyota was getting 320 HP out of the Supra in 1993, so acting amazed that Ford managed it 30 years later really isn't that impressive.

        Forced induction has been a replacement for engine displacement for a long time now.

    • by drhamad ( 868567 )
      I'm not sure where you get any of that from. Over the last 30 years we've seen engines go from carburetors to fuel injection. From throttle body FI to port FI. To Direct injection. SOHC to DOHC. We've seen them decrease in size while increase in power and efficiency. Etc etc etc. Engines have not stayed static.
      • Everything you have listed has been around for over a century, just not in consumer cars because fuel was cheap and the engines didn't have to be efficient.
        Decrease in size while increasing power and efficiency mostly comes from better materials allowing higher pressures and temperatures. At some point the materials required to push efficiency further become too expensive for consumer cars and are only used for jet engines. I guess Nissan reached that point.

        • Except they haven't, that's why cars used to have carburetors but don't anymore.

          --

          Nothing defines a fool more than watching a political party seize emergency power and impose a slate of harsh mandates that they do not themselves obey, and still doing their bidding by accusing the other side of it. You. You are the fool here who watched the American Left impose mandates and let them get away with not obeying them. Worse, you gleefully join in on the gaslighting of America by claiming that somehow the

    • by caseih ( 160668 )

      Manufacturers keep developing because a) the demand for IC engines is still high (see below) and b) because of increasingly strict emissions and fuel efficiency regulations. And of course these are all competitors, so they compete on engine performance as much as anything else. And it's pretty impressive what they have done in the last few decades. But it's true the low fruit has been picked some time ago.

      IC engines will likely always be with us in some applications. Heat cycle engines may max out at a

      • by AmiMoJo ( 196126 )

        Nordic countries do get extreme cold, enough to halve EV (and ICE) range at times. They have excellent charging infrastructure though so it's not a problem.

      • Depends which nordic country you mean, and from a certain point on it does not really matter how cold it is. -10C or -30C should not be much difference.
        The difference between Canada and Scandinavia is, that you have so called "continental climate" in Canada. While Norway e.g. is bathed in the last outskirts of the gulf stream. There are islands in front of the coast which usually never are below 0C and basically never have snow. Same latitude, north Finland is a different story.

        • by caseih ( 160668 )

          That's pretty funny. If you don't know the difference between -10 and -30 as far as how it affects machinery (and people) of all kinds, then you've never experienced it. I can assure you there's a huge difference between -10 and -30 that you can feel in how machines function. -10 is nothing. It's comfortable for human beings, and machines don't mind it at all. Big diesels start fine with no block heater and no glow plugs. Batteries are strong. Light cars and trucks don't even notice it when starting.

      • by Hodr ( 219920 )

        Glow plugs for your electric?

        • Tesla battery packs actually do have resistive heaters integrated, and their "cold weather tips" suggest setting a time you're planning on leaving in the app, so the car can pre-heat the battery while plugged in. It results in you having a nice toasty cabin to get into, and increased range because the battery and motors are at operating temperature before you leave.

          • by caseih ( 160668 )

            Well increased range other than the range consumed by the resistivity heating. So in other words you get half your summer range instead of a third of it.

    • by ncc74656 ( 45571 ) *

      Why aren't there three, maybe four, gasoline-powered IC engines maximized for efficiency and power output standardized across all automobile platforms

      I don't know if you've noticed, but in recent years it seems nearly every manufacturer is offering a 2-liter turbocharged 4-banger in a wide variety of its vehicles. They're still not all the same engine, but that they're all more or less the same size and configured similarly is, I think, unprecedented.

      • Europe puts a relatively hard limit on engines of more than two liters of displacement - that explains why there are plenty of common engine sizes below 2.0 liter (the before mentioned 2.0 liters, the 1.9 diesels were basically everywhere a while ago, 1.8 liters turbo and non turbo, 1.7 turbo diesels were the antagonist of choice in Top Gear episodes), 1.6 was common in European cars that were below the "large sedan" size. 1.5 turbo (and older non-turbo) diesels are an econobox staple, 1.4 was used in older

    • If you think we know everything there is to know about the materials, physics and chemistry involved in anything, do you really know anything about it?
    • Since we are talking Mazda, dont forget their Rotary Engine used in their RX line of sporty cars.
  • low cost (Score:2, Insightful)

    by awwshit ( 6214476 )

    In the US Nissan has models is several classes that are the lowest priced among the competition. Almost no one wants to buy a Leaf. I think that sums it up. People buying the cheapest one don't care if it takes gas, and otherwise I'm not sure Nissan can compete.

  • That's a euphamism for "EU governments are banning new ICE motor sales". Why would you continue R&D on a product that won't be legal to sell in those countries?

    • It's an appalling failure of journalism. You demonstrate great restraint in calling it a euphemism instead of simply saying, "the author is intentionally lying to us in order to further their own agenda."
  • by TomGreenhaw ( 929233 ) on Tuesday February 08, 2022 @05:58AM (#62248765)
    I've been driving a Tesla since 2013. I love it, but it sucks for cross country trips. It turns a 2 day drive into 3 and sometimes 4. Sure, it's doable but why would you when there is an alternative.

    Gas cars refuel to full range in minutes. We will keep our hybrid SUV in addition to our Tesla until we can recharge in the same time used to take a bathroom break. Car companies will make what people demand, and in the US, that will be gas cars for a while longer.

    The US is big. Don't sneer at or judge rural areas (read red states) who insist electric cars won't work well for their use case.
    • Don't sneer at or judge rural areas (read red states) who insist electric cars won't work well for their use case.

      We sneer because the only reason they won't work well is that they don't have enough charging stations, which is through some combination of being unfriendly to them and there not being enough people there to make it profitable enough to fight over it.

      • Every homeowner can easily have a charging station. Rural residents can easily charge their electric cars at home. Electric cars are ideal for urban environments where usage is almost always 75 miles per day or less and charged at night while you are sleeping. In rural areas they drive much farther to the nearest town all the time and charging away from home will occur much more frequently. While charging stations in rural areas will make EVs possible there, they will do nothing to address the convenience i
    • Of course the canonball record for crossing the US in a Tesla is 42 hours... so there's that.

      • And the ice car canonball is less than 27 hours. No doubt about it, you can drive a Tesla anywhere in the US. If you have actually done it yourself a few times, you realize that it would be unfair and met with extreme backlash if it were mandated because it adds an extra day or two to cross country trips for normal drivers who sleep in motels along the way.
    • There are no charging stations on the florida turnpike. Its a toll road with limited entry/exit. Just refueling gasoline is a wait 4 cars deep for a 5min task. Imagine 4 cars deep to use a charger? Whats that 2+hrs for maybe another 150mi when you factor waiting on at least 3 other cars? Thank goodness toyota is seriously working on solid state lithium with 5min charge times.
  • "...electrification of light passenger vehicles is going to be much more rapid in regions where governments create strong policy incentives."

    Well, yeah, but when a government says you can't buy or sell something it is not an incentive. It is a ban. You aren't giving people an incentive to make a particular choice, you're forcibly removing alternative options.

    But I guess we can't modern "journalists" to know what words mean. Their training is all about how to engineer the outcomes they're told to pref

  • by WierdUncle ( 6807634 ) on Tuesday February 08, 2022 @07:38AM (#62248919)

    There comes a point where you decide that a mature technology has had its day, and investing any more money in it is folly, if you can invest the money in technology with a future. This was a lesson I got from one of my economics books. In the UK, an example was coal mining. It simply is not worth investing in the industry, when the demand for the product has been in decline for decades. There is a new coal mine planned, but that relates to steel making, rather than energy.

    As it happens, I came across this mature technology thing with an electronic product I designed over twenty years ago, which is still in production. My recent work related to this was to fix a test and programming setup that appeared to have been fried by an electrical surge. That was pretty trivial stuff, and worth doing to get production going again, and milk the cow for a few more years. However, upgrading the design to use up-to-date components did not seem worthwhile. Best just to take the profits while you can, and then maybe retire for a well-earned rest.

    There is a market for legacy products. If you really need a petrol-driven pickup truck, someone will supply it, but at a far higher price than it used to cost, when those products were churned out in the millions. I guess Nissan are not in the antiques restoration business,

    • Then again, there is zero evidence at this point in time that many people want electric cars. It's only an eco fantasy at this point. For one thing, nobody knows how apartment owners... especially those who street park, will charge their car. And that's just one of the many issues.

      • ... there is zero evidence at this point in time that many people want electric cars.

        I think sales volume of electric cars counts as evidence of demand. Is the Tesla my boss runs just an eco fantasy?

        Concerning availability of charging points, those will become more available, in order to meet demand, which is increasing. There is money to be made selling energy to charge batteries. Before motor vehicles were invented, there were no gas stations. The lack of infrastructure did not stop the growth of motor transport, though I presume early adopters of the new technology may have had some dif

      • Well if toyota comes through on their solid state lithium battery, recharge can be as fast as 5min at a recharge station. That puts it into a similar field to getting gas. I dont have as much confidence in slower charging solutions.
  • This is what happens when insufferable know-it-all politicians think they understand engineering. That and they know just enough to move the goalposts beyond what's achievable in order to suit their flawed ideology. The same is true for healthcare. The same is really true for anything involving hard sciences. The bureaucrats don't know diddly or squat about it but they insist that they do and that everyone must follow their interpretation of "the science" as though there is only one "science" and only t

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