2001 Honda Accord Ex Sedan 4-door 2.3 Vtec 6 Disc Changer Moon Roof Alloy Wheels on 2040-cars

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Honda, GM supposedly working together on PHEVs, autonomous cars

Back in 2013, Honda and General Motors announced that they would work together on hydrogen fuel cell vehicles (pictured). The stated goal was to develop "commercially feasible fuel cell and hydrogen storage" for around 2020, but there was no discussion at the time that any actual H2 vehicles would come out of the program. Things are evolving with that partnership, maybe. There are rumors circling this week that the two automakers are now working together on plug-in hybrid vehicle technology and autonomous technology. The supposed new facet to the GM-Honda partnership doesn't just focus on a powertrain, reports The Yomiuri Shinbun, but also in getting suppliers to lower prices because now you have two automakers ordering parts together. Building plug-in hybrids and fuel cell cars together might be a thing, too, Yomiuri says. The 2013 hydrogen partnership was made between two leaders in the field (the announcement press release talks says, "GM and Honda rank No. 1 and No. 2, respectively, in total fuel cell patents filed between 2002 and 2012." But if these new rumors are true, then it's more of a bit of catch up for Honda (which had a great but unsuccessful car in the Accord PHEV) while GM gets more tech to better challenge Toyota. That's how the Yomiuri presents it, anyway. A Honda spokesperson told AutoblogGreen that, "Honda and GM's collaboration in the co-development of next generation fuel cell systems is making good progress. Engineers are discussing how we might expand the relationship utilizing each other's strengths, but there is no fixed plan regarding specific areas or timing." News Source: Yomiuri Shinbun via Inside EVs Green Rumormill GM Honda Hydrogen Cars PHEV partnership

2024 Honda Prologue name announced, and an Acura EV follows

Honda is revealing a couple of little nuggets of information about its future EVs today, shedding more light on the partnership between it and GM on electric vehicle technology. The big news is that Honda’s first new EV made in this partnership will be called Prologue, and it will be an SUV produced for the 2024 model year. HondaÂ’s “Prologue” logo is revealed with this news, and a few additional details about the car itself are, too. On the obvious front, Honda says the Prologue will ride on GMÂ’s global EV platform and use GMÂ’s Ultium battery technology. The company is also promising “versatility and driving range on par with our current lineup of rugged SUVs.” “Our first volume Honda BEV will begin our transition to electrification, and the name Honda Prologue signals the role it will play in leading to our zero-emission future,” says Dave Gardner, executive VP of American Honda. “The Prologue will provide our customers with a battery-electric SUV with the excellent functionality and packaging theyÂ’ve come to expect from Honda.” ItÂ’s not just Honda that will join in on the fun, though. An electric Acura SUV was also announced today. Just like the Honda, it will use GMÂ’s electric vehicle platform. A model year for the Acura wasn't promised, but Honda claimed it would be revealed “in the 2024 calendar year.” Any details beyond what you see here are being kept under wraps by Honda. WeÂ’re told to expect more “specific details” to be released over the coming months. Basically, expect a slow drip of information about the Prologue leading up to a full reveal where Honda finally shares all there is to know about the SUV. Looking even further into the future, Honda promises EVs based on an in-house-developed EV platform sometime in the second half of this decade. For now, itÂ’s calling this future platform “e:Architecture.” Ultimately, Honda promises that 100% of its auto sales in North America will be fully electric by 2040. The 2024 Prologue is the brandÂ’s first step toward this ambitious goal. Related video:

Junkyard Gem: 1997 Acura 1.6 EL

Drivers from Mexico or Canada who take their cars across the border into the United States may drive them legally here for one year, after which they must drive back home or go through a registration process that ranges from arduous to impossible, depending on the state. As a result, quite a few Canadian- and Mexican-market cars end up marooned and un-registerable here, and I find some of them during my junkyard travels. Today, we've got a Canada-only Acura that showed up in a Northern California boneyard recently. I'm always looking for junkyard odometers with very high final readings (right now a 631k-mile Volvo 240 holds the record), and at first glance I though I had come across a Civic sedan with nearly 450,000 miles. Then I noticed the metric speedometer and realized that I was looking at a non-US-market car. 448,538 kilometers is 278,709 miles, by the way. A look at the build tag and emissions stickers showed that this car was built and sold in Canada. I'd found a second-generation Acura EL in a Colorado junkyard a few years back, so I knew that I'd just found a first-generation EL. Like its Acura Integra contemporary, the Acura EL was based on the Honda Civic. It replaced the Integra in Canada for 1997 and production continued through 2005. It differed somewhat in appearance from the Civic and had a nicer interior but was mechanically nearly identical to the US-market Civic EX sedan. A version for the Japanese market was built in Canada and exported across the Pacific as the second-generation Honda Domani. The engine is a 1.6-liter SOHC four-banger with VTEC, rated at 127 horsepower and 107 pound-feet. This one appears to be a loaded EL Premium, with the optional four-speed automatic. List price would have been C$22,000, or about $30,676 in 2023 United States dollars (using the exchange rate for June of 1997). The decklid had an EL-only spoiler, so a local Honda expert must have bought it for a Civic sedan. Since this car was old enough to be federally legal under the 25-year rule, it could have been registered legally in some US states… but California's strict emissions regulations would have made the process too difficult to be worth undertaking on a near-300k-mile machine that isn't particularly exotic.