Volvo promises up to 700 km of range, but MAN and Mercedes already opened the electric long haul game

Volvo’s headline act is the FH Aero Electric. The company says it can cover up to 700 kilometres, charge from 20 to 80 per cent in around 50 minutes using the MCS standard, and use a new e axle layout that frees up chassis space for a larger battery pack. Volvo’s ambition is obvious enough. It wants to push the electric lorry into long haul territory, the part of the business where diesel still sets the standard for reliability, operating radius and time efficiency.

Volvo’s second move matters just as much. The new FH, FM and FMX Electric models offer up to 470 kilometres of range and are aimed at a broader spread of real world work, regional haulage, construction, waste collection and other jobs where one brave maximum figure matters less than the ability to carry, charge and run auxiliary equipment through a proper working day. The integrated drive axle and gearbox optimised for electric propulsion suggest Volvo is now talking about a tool, not a green slogan.

Against its rivals, Volvo now sits in a very interesting spot. The Mercedes Benz eActros 600 promises up to 500 kilometres of range with a battery pack of more than 600 kWh, and Daimler Truck emphasises that with suitable charging infrastructure and mandatory rest stops it can cover more than 1,000 kilometres in a day. Mercedes is therefore playing the work cycle rather than the single charge headline. Volvo’s 700 km figure sounds more dramatic, but the eActros 600 has the advantage of real market rollout and already proven long distance intent.

MAN raises the bar from another angle. The eTGX is rated for up to 570 kilometres in classic tractor unit form, but in swap body or solo configuration MAN quotes as much as 830 kilometres. The company also talks about MCS charging at up to 750 kW and a charging stop of roughly 45 minutes. That means Volvo cannot really present itself as the only pioneer in electric long haul transport. Its strength lies elsewhere. Volvo is offering both a flagship long distance truck and a broader working family around it, rather than one specialised halo model.

Scania, on paper, trails Volvo’s new headline figure, but not by much in practical terms. Scania’s official maximum reaches up to 560 kilometres at 29 tonnes gross weight, up to 515 kilometres for a 42 tonne combination and up to 360 kilometres at 64 tonnes. That gives Scania’s approach a certain sober credibility, because it ties range clearly to payload rather than simply quoting the most flattering possible number. Volvo’s 700 km claim sounds impressive, but Scania’s figures are a useful reminder that in heavy transport the load still decides everything.

Even so, Volvo has done more than add a new record figure. It has moved the credibility of the electric heavy truck a step further on. A claimed 700 kilometres does not solve the whole market on its own, of course. Real use will still depend on weather, route profile, gross weight, the driver and, above all, charging infrastructure, something Volvo’s own announcement quietly acknowledges. So the question is no longer whether an electric heavy truck is possible. The real question is which manufacturer can make it economically routine first.

That is where the market stands today. Volvo arrived with the loudest number, Mercedes is leaning on real world duty cycle and real market entry, MAN is pushing flexible configurations and very fast charging, and Scania is keeping its focus on realistic payload based figures. Diesel will not disappear tomorrow. Still, with every new generation of trucks, there are fewer excuses left for pretending the electrification of heavy haulage belongs only to the distant future.