Most contractors running electric vans made the switch for straightforward reasons. Clean air zone charges, client requirements on tender documents, fuel costs, or simply because the lease came up and the electric version made sense.
Almost none of them revisited the tyre policy at the same time, and that is where a predictable cost shows up eighteen months later, usually as a set of premature replacements nobody budgeted for.
Three Things Change at Once
An electric van is not a diesel van with a different fuel. From the tyres’ point of view, three things change simultaneously, and they compound.
Weight. Battery packs add several hundred kilograms to kerb weight. A van built on the same chassis as its diesel equivalent sits substantially heavier before anyone loads a single bag of plaster into it.
Torque delivery. Electric motors deliver maximum torque from a standstill. On a site access road, on a wet slope, or pulling away loaded at a junction, the tyres are being asked to transmit that instantly rather than progressively.
Noise. With no engine masking it, tyre roar becomes the dominant sound in the cab. Drivers who spend six hours a day in a van notice this quickly.
Each of those alone would justify a different tyre specification. Together they make the standard fitment a poor match.
Why the Default Fitment Falls Short
The tyre supplied on a van is chosen by the manufacturer as a compromise across every likely use case. For a construction fleet, that compromise usually sits in the wrong place.
Tyres developed specifically for electric vehicles differ in construction rather than in branding. They typically use reinforced casings to carry the additional mass, compounds formulated to resist the wear that instant torque produces, and tread patterns and internal foam designed to reduce noise transmitted into the cabin. Some also prioritise low rolling resistance, which matters more on an EV than on a diesel because it translates directly into range.
Fitting EV tyres rather than the nearest equivalent van tyre is not an upgrade in the marketing sense. It is a specification decision, in the same category as choosing the right load rating, and getting it wrong shows up in wear rates rather than immediately.
For a fleet running a dozen vans across a year, that difference is measured in replacement cycles rather than in the price of a single tyre.
Load Index Is the Number That Actually Matters
If you take one practical point from this, make it this one.
Every tyre carries a load index and a speed rating, and these are not optional guidance. A tyre rated for a lighter load fitted to a vehicle that regularly runs at or near its maximum authorised mass is operating outside its design envelope. The consequences are accelerated wear at best and structural failure at worst.
Construction vans are among the worst offenders for running heavy. Tools, materials, a full tank of water, a compressor, aggregate. Add a battery pack to that and the margin between kerb weight and maximum authorised mass narrows considerably.
Check the load index specified for the vehicle, not the one that happens to be fitted. On a used van bought in, those two are frequently not the same.
The Law Now Assumes These Vehicles Are Heavier
The regulatory position changed recently in a way that matters directly for anyone specifying tyres, and it is worth understanding because it formalises the weight problem.
Under The Motor Vehicles (Driving Licences) (Amendment) (No. 2) Regulations 2025, standard category B licence holders in Great Britain may now drive zero-emission vehicles with a maximum authorised mass not exceeding 4.25 tonnes, rising to 5 tonnes for zero-emission vehicles fitted with specialist equipment for the carriage of disabled passengers. The amendments also allow those licence holders to tow a trailer, remove the previous requirement for five hours of additional training, and remove the restriction that such vehicles be driven exclusively for the carriage of goods.
The explanatory material puts the reasoning plainly: with current battery technology, more weight is typically required to increase driving range, and improved range is central to zero-emission vehicle uptake.
Read that as a fleet operator and the implication is direct. The law has been adjusted specifically to accommodate vehicles that are heavier than their diesel equivalents, and your drivers can now operate them on an ordinary licence without additional training. The vehicle is heavier, the barrier to putting people in it is lower, and nothing about that changes the physics acting on four contact patches the size of a postcard.
Wear Rates and Whole-Life Cost
Fleet managers used to diesel replacement intervals are frequently caught out by the first electric renewal cycle.
The combination of additional mass and instant torque produces faster wear, particularly on the driven axle and particularly with drivers who have not adjusted their style. That is not a reason to avoid electrification, and it is a reason to build the replacement interval into the cost model rather than discovering it.
Two practical mitigations make a measurable difference. Correct pressures, checked properly rather than eyeballed, because an underinflated tyre carrying extra mass wears dramatically faster. And rotation on a defined schedule rather than when someone notices.
Driver behaviour is the third lever and the hardest. Progressive acceleration costs nothing and extends tyre life noticeably, but it needs to be raised as a fleet standard rather than left to individuals.
Noise Cuts Both Ways On Site
The quietness of electric vans is generally welcomed, particularly for early starts in residential areas and for sites operating under noise conditions.
Inside the cab it creates a different issue. Road and tyre noise that was previously masked by the engine becomes the dominant sound, and over a long working day that affects driver fatigue. Tyres designed with noise reduction in mind address this directly, and it is a comfort factor that fleet managers tend to underrate until drivers start complaining.
There is also a safety dimension worth noting on site. Pedestrians and operatives are accustomed to hearing vehicles approach, and a quiet van moving at low speed around a compound is genuinely less noticeable.
What Belongs in a Fleet Policy
Four lines cover most of it.
Specify the tyre by load index and speed rating from the vehicle handbook, not by what the depot has in stock. Set a pressure check interval and make it someone’s named responsibility. Set a rotation schedule. And record fitment against each vehicle so that at renewal you can see what actually lasted.
None of that is complicated. It is simply the sort of thing that gets written down for diesel fleets over years and has not yet been written down for electric ones.
Specify Once, Save Across the Cycle
Electrification changes the operating profile of a van more than the driving experience suggests, and tyres are where that difference is absorbed.
Getting the specification right at first fitment costs nothing beyond the decision itself. Getting it wrong is paid for gradually, in shortened replacement intervals, in avoidable downtime when a van is off the road, and occasionally in a failure that could have been designed out at the point of purchase.
