A surprising amount of a car's energy is spent simply deforming the tyres as they roll. Low rolling resistance, eco, tyres are built to waste less of it, which saves fuel in a petrol car and adds range in an electric one. The gains are modest but real, and they add up.
What rolling resistance is
As a tyre rolls, it constantly flexes where it meets the road, and that flexing turns energy into heat, energy the engine or motor has to keep replacing. The more a tyre resists rolling, the more power it takes to keep the car moving. Reducing that resistance means less energy wasted, so:
- A petrol car uses less fuel
- An EV gets more range
- Both produce lower CO2
How eco tyres do it
Low rolling resistance is engineered through:
- A compound that flexes with less energy loss, often silica-based
- A tread pattern tuned for efficiency
- A lighter construction that takes less effort to turn
None of this is visible from the outside, which is why the label matters for telling eco tyres apart.
Reading the label
The EU label's fuel-efficiency rating is the measure of rolling resistance, running from A (best) to E. A tyre rated A or B has low rolling resistance and will save fuel or extend range over one rated D or E. It is the quickest like-for-like way to compare how efficient two tyres are, sitting on the same label as wet grip and noise.
The trade-off
Historically, efficiency came at the cost of a little grip or wear life, the same softness that helps grip also tends to increase rolling resistance, so the two pull against each other. Modern eco tyres have narrowed this gap considerably and balance the qualities well, but at the extreme an efficiency-focused tyre may give up a little ultimate grip compared with a performance tyre tuned the other way. For most drivers, and especially for EVs where range is precious, that is a trade worth making.
Who they suit
Eco tyres make most sense for:
- High-mileage drivers, where fuel savings add up
- EV owners, who feel the range benefit directly
- Anyone prioritising economy and emissions over outright grip
For these drivers, choosing a high fuel-rated tyre is straightforward, and the efficient options for a given size can be lined up by their label fuel grade, which the tyre sites print beside each tyre, Tyres.co.uk among them.
From the workshop: eco tyres won't transform your fuel bill overnight, but over the life of a set the saving's real, and on an EV the extra range is genuinely useful. Look at the fuel letter on the label, A or B is what you want. The old worry about them being slippery is mostly out of date now.
Sources and accuracy. This reflects current eco tyre design and EU labelling at the time of writing; individual models vary. If anything here looks wrong, get in touch and we will check it and put it right.
Common questions
What are low rolling resistance tyres?+
Tyres designed to lose less energy as they flex and roll, which means the engine or motor needs less power to keep the car moving. That saves fuel in a petrol car and adds range in an EV, with lower CO2, achieved through the compound, tread and a lighter construction.
Do eco tyres really save fuel?+
Yes, modestly. By cutting rolling resistance they reduce the energy needed to move the car, which shows up as better fuel economy or more EV range over time. The saving is real but gradual, adding up over the life of the tyre rather than being dramatic per trip.
What is the downside of low rolling resistance tyres?+
Historically, slightly less grip or shorter life as the trade-off for efficiency. Modern eco tyres have narrowed this a lot and balance the qualities well, but at the extreme an efficiency-focused tyre may give up a little ultimate grip compared with a performance one.
How do I find a fuel-efficient tyre?+
Check the EU label's fuel-efficiency rating, which runs from A (best) to E. A higher rating means lower rolling resistance and better economy or range. It is the quickest way to compare how efficient one tyre is against another.