Volvo Introduces First Fully Electric Truck, Joins Fuso in Mainstream BEV Push

Matt Posky
by Matt Posky

While North America awaits Tesla Motors’ electrified big rig, the rest of the globe’s manufacturers are working on battery driven commercial vehicles of their own. These vehicles may not be able to match the Tesla’s size or ability to do burnouts, but their existence shows companies are taking electrification seriously.

FedEx, which has already reserved a handful of the Tesla trucks, bragged it would soon deploy Navistar-sourced electric trucks way back in 2010. However, with the exception of ultra-dense urban environments and shipping hubs, these units haven’t see a lot of action. For the most part, the addition of zero-emission vehicles seem like a good way for companies to virtue signal and test the feasibility of such a platform in a commercial setting. For example, UPS issued a press release in February saying it wanted to develop 50 battery electric vans that might someday replace its fleet of 35,000 gasoline- and diesel-powered vehicles.

Still, there’s momentum building behind alternative energy vehicles in the commercial sector. Daimler-owned Mitsubishi Fuso Truck and Bus Corporation started the slow rollout of its eCanter courier truck last September. It probably won’t break any sales records for the brand, but it does show manufacturers’ desire to not just develop, but sell these things at a meaningful volume — and it’s soon to be followed by Volvo Trucks’ brand new FL Electric.

Appearing as a direct competitor for the eCanter, Volvo’s FL Electric offers roughly the same recipe in an somewhat larger package. Considering both vehicles are intended primarily for hauling modestly sized loads in and around densely populated cities, we doubt the little Fuso will suffer too egregiously.

Trimmed out in its biggest and most powerful form, the electrified Fuso has a chassis load capacity of 4.9 tons. The estimated maximum range of the 70 kWh eCanter exceeds 62 miles under idyllic circumstances, but a full load will surely drag that down somewhat. Maximum output clocks in at 248 horsepower and 280 ft-lb of torque. However, Fuso says it intends to upgrade the model in terms of size, range, and power very soon.

Meanwhile, the all new FL Electric from Volvo Trucks promises a 100-300 kWh battery pack capable of a maximum range of roughly 186 miles. In its biggest and baddest form, the FL pumps out 248 horsepower and 313 ft-lb. Gross vehicle weight is 17.6 tons vs the eCanter’s 8.2 tons. Unlike the Fuso’s single cog, the Volvo uses a two-speed transmission.

By and large, these specs don’t give them a huge advantage over their closest diesel-powered relatives. In fact, most of Fuso’s internal combustion box trucks can best the electrified version in terms of torque and payload by a sizable margin. But given the infancy of battery technology and potential fuel savings a battery equipped commercial vehicle can offer, it would be crazy for any truck manufacturer to outright ignore electrification.

[Images: Volvo Trucks; Daimler Trucks]

Matt Posky
Matt Posky

A staunch consumer advocate tracking industry trends and regulation. Before joining TTAC, Matt spent a decade working for marketing and research firms based in NYC. Clients included several of the world’s largest automakers, global tire brands, and aftermarket part suppliers. Dissatisfied with the corporate world and resentful of having to wear suits everyday, he pivoted to writing about cars. Since then, that man has become an ardent supporter of the right-to-repair movement, been interviewed on the auto industry by national radio broadcasts, driven more rental cars than anyone ever should, participated in amateur rallying events, and received the requisite minimum training as sanctioned by the SCCA. Handy with a wrench, Matt grew up surrounded by Detroit auto workers and managed to get a pizza delivery job before he was legally eligible. He later found himself driving box trucks through Manhattan, guaranteeing future sympathy for actual truckers. He continues to conduct research pertaining to the automotive sector as an independent contractor and has since moved back to his native Michigan, closer to where the cars are born. A contrarian, Matt claims to prefer understeer — stating that front and all-wheel drive vehicles cater best to his driving style.

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  • Grinchsmate Grinchsmate on Apr 13, 2018

    Stop start driving, depot based, parked overnight, short range, often size rather than weight limited. All perfect conditions for battery power. City trucks are absolutely where electric is best suited and it really makes me wonder why Tesla decided to start with semis. I read an article on hybrid rubbish trucks the other day. They were saying that with the full power, stop, full power driving they are subjected to a thousand times a day the electric ones were saving huge amounts in maintenance.

    • Big Al from Oz Big Al from Oz on Apr 14, 2018

      grinchsmate, Look at any industrial application with the use of electric motors. When you need a similar amount of power and with the use of an internal combustion engine (generally diesel) there is a huge difference in operational overheads. I know in the early 80s I knew some farmers who ran a 200hp hammer mill (huge mill, about 8' in diameter) using a diesel, they eventually got the money to have electric power moved to the site and they were saving a gazillion dollars a year, not just in fuel, but maintenance, with much more reliability. I think the application type will be used to first determine EV trucks and government (taxpayer funded) services will be the first to adopt. Buses and Garbage trucks are almost similar to inner city delivery vehicles. Like I stated above, I don't envisage EV trucks of any value interstate/long haul unless they can draw power similar to an electic locomotive, then when the move off the grid they can use a much smaller batter pack to get them to their final destination. This would be a lot cheaper to have with far less pollution than a complete battery operated truck, with a huge weight saving with less batteries.

  • Namstrap Namstrap on Apr 14, 2018

    How long have they been using electric "milk floats" in England? A very long time, I believe.

  • Plaincraig 1975 Mercury Cougar with the 460 four barrel. My dad bought it new and removed all the pollution control stuff and did a lot of upgrades to the engine (450hp). I got to use it from 1986 to 1991 when I got my Eclipse GSX. The payments and insurance for a 3000GT were going to be too much. No tickets no accidents so far in my many years and miles.My sister learned on a 76 LTD with the 350 two barrel then a Ford Escort but she has tickets (speeding but she has contacts so they get dismissed or fine and no points) and accidents (none her fault)
  • Namesakeone If I were the parent of a teenage daughter, I would want her in an H1 Hummer. It would be big enough to protect her in a crash, too big for her to afford the fuel (and thus keep her home), big enough to intimidate her in a parallel-parking situation (and thus keep her home), and the transmission tunnel would prevent backseat sex.If I were the parent of a teenage son, I would want him to have, for his first wheeled transportation...a ride-on lawnmower. For obvious reasons.
  • ToolGuy If I were a teen under the tutelage of one of the B&B, I think it would make perfect sense to jump straight into one of those "forever cars"... see then I could drive it forever and not have to worry about ever replacing it. This plan seems flawless, doesn't it?
  • Rover Sig A short cab pickup truck, F150 or C/K-1500 or Ram, preferably a 6 cyl. These have no room for more than one or two passengers (USAA stats show biggest factor in teenage accidents is a vehicle full of kids) and no back seat (common sense tells you what back seats are used for). In a full-size pickup truck, the inevitable teenage accident is more survivable. Second choice would be an old full-size car, but these have all but disappeared from the used car lots. The "cute small car" is a death trap.
  • W Conrad Sure every technology has some environmental impact, but those stuck in fossil fuel land are just not seeing the future of EV's makes sense. Rather than making EV's even better, these automakers are sticking with what they know. It will mean their end.
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