Honda is Releasing a Hydrogen Fuel Cell Plug-In Hybrid CR-V for 2025

Chris Teague
by Chris Teague

Hydrogen fuel cell vehicles offer a unique EV experience, and their ability to completely refuel in just a few minutes makes them more convenient than their battery-powered counterparts. That said, they’re only sold in California, and there are only two models available. Honda was a player in the hydrogen game but stopped selling the Clarity in 2022. That’s about to change, however, as the automaker recently announced the CR-V e:FCEV, the first plug-in hydrogen vehicle in the United States.


The concept behind the CR-V is similar to that of a traditional PHEV, replacing gas with hydrogen. Honda worked with General Motors to design the fuel cell module. The owner can plug in at home or a public charger and get 29 miles of range or fill with hydrogen to get up to 270 miles of range. A single motor delivers 174 horsepower and 229 pound-feet of torque to the front wheels. Honda said it designed the suspension to “deliver the same sporty driving experience and class-leading refinement as other CR-V models,” though the sporty part is debatable.

HondaLink navigation comes standard, offering guidance to one of the 55 hydrogen fueling stations in California. The CR-V also gets a full suite of driver aids, wireless smartphone mirroring, a nine-inch touchscreen, and a 10.2-inch digital gauge cluster. It has a 110-volt outlet on board that can power appliances, power tools, air conditioners, and other equipment.

[Images: Honda]


Become a TTAC insider. Get the latest news, features, TTAC takes, and everything else that gets to the truth about cars first by  subscribing to our newsletter.

Chris Teague
Chris Teague

Chris grew up in, under, and around cars, but took the long way around to becoming an automotive writer. After a career in technology consulting and a trip through business school, Chris began writing about the automotive industry as a way to reconnect with his passion and get behind the wheel of a new car every week. He focuses on taking complex industry stories and making them digestible by any reader. Just don’t expect him to stay away from high-mileage Porsches.

More by Chris Teague

Comments
Join the conversation
3 of 21 comments
  • Jkross22 Jkross22 on Feb 27, 2024

    this is how difficult it can get....

    • SCE to AUX SCE to AUX on Feb 28, 2024

      This is why Tesla built the Supercharger network themselves, instead of relying on others in in the public or private sector.

      As for hydrogen, this map is what I'd expect, and it comports with an Edmunds article a few years ago about their long-term Mirai. Refilling was a nightmare, even in California.

      The technical challenges of handling hydrogen are way harder than EVs, and EV filling isn't super reliable.

  • ToolGuy ToolGuy on Feb 28, 2024

    Honda is dreaming. And resting on its 'laurels' (French for 'posterior').

  • Redapple2 All this BEV investment. A bigger impact (less oil consumption) would have been made if we had made PIG UP trucks smaller since 2000 and not HUGEr. (And raised gas tax by $2-3/gallon.)
  • ChristianWimmer One of my clients is a company that is actually producing eFuels in Leipzig. Yes, they require a lot of energy to produce but this would not be an issue if Germany had nuclear energy or used the excess energy from wind and solar to produce these fuels. In such a scenario the energy losses wouldn’t really matter.Also, I am told that nations like Spain or the North African nations like Morocco or Tunisia could be ideal places to produce eFuels/Hydrogen due to their abundance of solar power. Again, the energy loses here would not matter since the energy used to produce these fuels is essentially “free”. If this path were pursued, Morocco and Tunisia could become wealthy nations and exporters of eFuels and Hydrogen. Countries with an abundance of solar or wind or hydro energy could be producing eFuels for their domestic consumption and export.Another argument which to me is irrelevant these days ist the poor thermal efficiency of ICE engines (25-35% gasoline, 40-45% diesel). One long trips with cruise control set to 130 km/h and even the occasional venture into the 180-200 km/h zone, my fully loaded (with my gear) A250 (2.0 4-cylinder 224-hp Turbo) can achieve an impressive gas mileage of 6 L / 100 km. That’s phenomenal - I am looking at six 1 liter bottles of water right now and that’s all my car needs to travel 100 km… amazing.So, I am a supporter of eFuels. I love internal combustion engines and if we want to use them in a climate neural way, then eFuels are a must. Also, to me every ICE car is way more sustainable and longer-lasting an an EV. Mazda, Toyota etc. are making the right move IMO.
  • Blueice Once you infuse governmental unit regulation & [marketing] and taxpayerfunding, one knows quite well, dat the product or service isdestine to fail; which includes battery vehicles. Just axe yourself how revolutionary have your home batterydevices become ??? I am still waiting. after three decades, for a battery shaver whichonly requires charging two or three times per year.I am glad that I do not have a plug in Frau.
  • Tassos Such a heavy breadvan on stilts, with so much HP, AND with ONLY 100 KWH Battery, I doubt if you will ever see 250 miles, let alone 300, under the best of conditions. In the winter, count on 150 miles range.And NO, it looks TERRIBLE. The only SUV that looks great is the RANGE ROVER.
  • Tassos They sure are doing the right thing in the SHORT and MEDIUM term.As for the long term, in the long run, YOU'LL ALL BE DEAD, so WHO CARES.
Next