It is important to understand electric quad bike farming running costs before buying one for a farm. Most farms running quad bikes or ATVs are still doing it on diesel or petrol, and the fuel bill is the bit that’s easiest to underestimate. We’ve written before about running costs for electric quads in general; this […]
It is important to understand electric quad bike farming running costs before buying one for a farm. Most farms running quad bikes or ATVs are still doing it on diesel or petrol, and the fuel bill is the bit that’s easiest to underestimate. We’ve written before about running costs for electric quads in general; this looks specifically at farm use, where daily mileage tends to be lower but the vehicle is worked harder.
Our Explorer range runs a 60V system, and a full charge typically costs somewhere between 50p and £1.20, depending on your electricity tariff and which battery pack you’re running. At an average UK rate of around 24p per kWh, that works out to roughly 1.5p to 2p per mile in electricity alone. Add in maintenance (the battery, motor and controller need far less attention than an engine, gearbox and exhaust system), and the realistic total lands around 4p to 6p per mile.
Fuel prices move fast, so it’s worth being specific about current numbers rather than working off last year’s figures. As of late July 2026, UK diesel is averaging around 174p per litre, with petrol close behind at around 156p per litre. Most petrol and diesel utility quads return somewhere in the range of 15 to 25 miles per gallon under real farm conditions (loaded, on rough ground, short journeys rather than steady motorway miles), which puts fuel cost alone at somewhere between 30p and 53p per mile at today’s diesel price. Servicing, oil changes and the general wear of an engine with far more moving parts add to that further.
We’d rather be upfront that this is a working estimate. Actual mpg varies by machine, load and terrain, so it’s worth checking your own fuel receipts against it rather than taking the figure as gospel.
Fuel isn’t the only line in the running-cost comparison, and on a working farm it isn’t even the biggest one over time. A diesel or petrol utility quad has an engine, a gearbox, an exhaust and a fuel system, all of which need regular servicing: oil changes, filters, spark plugs where applicable, and the general wear that comes with hundreds of moving parts working in mud and dust. Annual servicing on a machine like that typically runs to £200 to £400. An electric quad has three things to look after: the battery, the motor and the controller, and none of them need the same kind of routine intervention. Annual servicing lands closer to £50 to £100, with the main long-term cost being eventual battery replacement, typically £400 to £1,200 depending on the model, spread across 800 to 1,200 charge cycles. Even accounting for that, the maintenance gap alone is usually worth several hundred pounds a year on a machine that’s out working every day.
For a farmer covering 10 miles a day checking livestock or walking fences, that’s roughly £110 a year in electricity against something in the region of £1,100 to £1,900 a year in diesel, before servicing is even factored in. Run that across a small fleet, or across the higher mileage some estates and contractors put in, and the gap becomes difficult to ignore.
Run the numbers over a longer horizon and the gap gets harder to ignore. Over five years at 2,000 to 3,000 miles a year, a single electric quad typically costs somewhere in the £600 to £900 range in electricity, maintenance and its share of eventual battery replacement. A comparable diesel or petrol machine over the same period, covering the same ground, typically costs £2,400 to £3,200 in fuel and servicing alone. That’s a saving in the region of £1,500 to £2,300 per vehicle, before accounting for the higher resale value electric machines are increasingly holding as the market shifts. Scale that across a small fleet of three or four vehicles, which is common on a working farm running livestock checks, crop walks and yard duties in parallel, and the saving moves from noticeable to genuinely material to the business.
There are trade-offs worth being honest about. Range on a full charge sits around 40 to 50km depending on load and terrain, so a fleet with genuinely long daily routes will need a charging strategy, not just a single overnight top-up. Cold weather and heavy towing both reduce range, in the same way cold weather affects any battery.
A few other factors tip the same way, even if they’re harder to put an exact number on. Electric machines carry a lower fire risk and are less attractive to thieves than a fuel-powered vehicle sat in a yard overnight, which tends to be reflected in lower insurance premiums. There’s no red diesel to log, store or account for, which is one less thing on the admin side of running a fleet. And downtime matters more on a working farm than the sticker price ever will: our parts warehouse carries stock for every model we sell, and every vehicle comes with lifetime phone support, so a fault is more likely to mean a short call than a week waiting on a part.
The purchase price of an electric quad is typically higher than a comparable diesel or petrol model. Based on the running cost gap above, most working farms doing 2,000 to 3,000 miles a year would expect that difference to pay back within two to four years, and the ongoing saving after that point is real, not marginal.
If you’re weighing this up for your own operation, the honest answer depends on your daily mileage and how the vehicle gets used, not a single number that applies to everyone. Get in touch and we can talk through your typical usage and give you a running cost estimate specific to your farm.
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