The editorial team

Resin driveways are getting a lot of attention these days, and it’s not hard to see why. They look sleek, they’re low maintenance, and they claim to last for years. But how tough are they, really? If you’re considering one for your home, you’ll want to know if they can stand up to the test of time, heavy vehicles, and the unpredictable British weather.

Built to Last – But How Long?

A properly installed resin driveway can last anywhere from 15 to 25 years. That’s a pretty good lifespan, especially compared to traditional alternatives like concrete or tarmac. Of course, longevity depends on a few factors: the quality of the materials used, how well it’s installed, and how much traffic it gets.

Working with experienced resin driveway installers is essential to getting the full lifespan out of your surface, as the quality of installation plays a major role in long-term performance.

Resin driveways are made from a mix of aggregates (small stones) and resin, which binds everything together into a solid surface. This combination makes them both flexible and hard-wearing. Unlike concrete, which can crack under pressure, resin surfaces tend to absorb slight ground movements without breaking apart. That’s a big advantage, especially in areas where temperatures fluctuate.

Can It Handle the British Weather?

Anyone who lives in the UK knows that the weather isn’t exactly predictable. One day it’s sunny, the next it’s raining sideways, and in winter, there’s frost to contend with. The good news is that resin driveways are permeable, meaning rainwater drains through instead of pooling on the surface. This reduces the risk of puddles and ice forming, which can lead to damage over time.

That said, UV stability is an important factor. Some resins are UV-resistant, while others aren’t. If a non-UV-stable resin is used, the colour can fade or even turn yellow over time. For long-term durability, it’s worth opting for a UV-resistant resin, especially if your driveway gets a lot of direct sunlight.

Heavy Vehicles: No Problem?

If you’ve got a large car, a van, or even a motorhome, you might be wondering if a resin driveway can handle the weight. Generally speaking, yes – as long as it’s installed correctly. A resin-bound driveway needs a solid base, usually concrete or tarmac, to support heavy loads. If the base isn’t up to scratch, the surface can start to break down much sooner than expected.

Frequent heavy traffic can cause wear over time, especially in areas where vehicles turn frequently, like near garage entrances. In these high-use spots, some minor surface deterioration may appear over the years, but nothing drastic if the driveway has been installed properly.

Maintenance: Easy, But Necessary

Resin driveways are low maintenance, but that doesn’t mean you can just forget about them completely. Regular cleaning helps keep them looking fresh and extends their lifespan. A simple sweep and the occasional pressure wash will do the trick.

Weeds don’t tend to be a problem because the surface doesn’t allow them to take root. However, if debris is left for too long, moss and algae can start to grow, making the surface slippery. It’s a good idea to give it a clean every few months to prevent this from happening.

Oil stains from cars are another thing to watch out for. While resin driveways are resistant to most stains, it’s best to clean up spills quickly before they have a chance to sink in.

Common Issues and How to Avoid Them

Even though resin driveways are durable, they’re not completely indestructible. Here are a few common problems that can arise:

• Loose Stones – If the resin isn’t mixed properly or applied too thinly, the stones can start to come loose. Choosing an experienced installer helps prevent this.

• Cracking – This is rare, but if the base underneath isn’t solid, movement in the ground can cause cracks to appear.

• Discolouration – As mentioned earlier, non-UV-stable resin can fade over time. Choosing a high-quality resin prevents this issue.

• Wear and Tear in High-Traffic Areas – Over time, spots where cars regularly turn or brake may show slight wear. In extreme cases, resurfacing may be needed after several years.

Comparing to Other Driveway Types

If you’re weighing up your options, it’s helpful to compare resin driveways to other common choices:

• Concrete: Strong and long-lasting, but prone to cracking over time, especially in areas with frequent freezing and thawing. While stamped or coloured concrete can improve its appearance, it generally lacks the sleek look of resin.

• Tarmac: A practical and cost-effective option, particularly for larger driveways. However, it can soften in extreme heat, leading to surface damage, and doesn’t offer the same modern, decorative finish that resin provides.

• Block Paving: A visually appealing choice with a variety of patterns and colours. However, it requires regular maintenance to prevent weed growth and to keep the blocks from shifting or sinking over time. Pressure washing is often needed to maintain its look.

• Gravel: Affordable and permeable, making it a good option for drainage. However, loose stones can scatter, creating an uneven surface that requires regular raking and topping up. It’s also less convenient for pushing wheelchairs or prams over.

Is It Worth It?

If you’re looking for a driveway that lasts, looks good, and doesn’t require too much upkeep, resin is definitely worth considering. It stands up well to daily use, the weather, and heavy vehicles provided it’s installed properly. Choosing a reputable installer and investing in high-quality materials makes all the difference.

Imagine coming home, kicking off your shoes, and not bracing for that shock of a freezing cold floor. That quiet comfort is what draws a lot of people to underfloor heating. It feels like a bit of luxury, even if the rest of the house is chaos.

Now, if your place wasn’t built with it, adding it later might sound like a nightmare. You might be wondering if it’s even possible without tearing everything up. Or if it’s going to drain your budget. Maybe you’ve heard it’s efficient, but don’t quite know how it stacks up to radiators.

What Is Retrofitting Underfloor Heating?

It simply means installing underfloor heating in a house that wasn’t originally built with it. So, you’re not starting from scratch. You’re working with what’s already there, like existing floors and structures.

There are two types of underfloor heating systems: electric (dry) and water-based (wet). Each comes with its own pros, cons, and installation process.

Electric systems use wires or mats that generate heat when electricity passes through them. These are usually thinner and easier to fit in homes without having to rip everything up. Water-based systems involve pipes under the floor, warmed by a boiler or heat pump. They’re trickier to install but often cheaper to run in the long term.

Why Consider Retrofitting Underfloor Heating?

Honestly, who doesn’t like warm floors in the winter? But it’s not just about comfort.

1. Energy Efficiency

Radiators blast out heat in one part of the room. Underfloor heating spreads it evenly. That means you can often keep the thermostat lower and still feel warm. For water-based systems especially, if they’re hooked up to a modern boiler or a heat pump, the system can run more efficiently.

2. Space-Saving

No bulky radiators sticking out of the wall. It frees up space, especially in smaller rooms like bathrooms or kitchens. You can push furniture right up against the wall without worrying about blocking the heat source.

3. Comfort

There’s something lovely about the feel of a warm floor under your feet. It’s a kind of luxury that sneaks up on you. Once you’ve had it, going back is tough.

Sounds Great. But What’s the Catch?

Retrofitting isn’t always straightforward, and it does come with a few hiccups.

1. Installation Disruption

Let’s not sugarcoat it. There’s mess. Depending on your flooring, the installer might have to lift everything up, lay insulation, install the heating system, and then put it all back together. It’s easier if you’re already planning a renovation, like a new kitchen or bathroom. Otherwise, you’re looking at some serious upheaval.

2. Floor Height

Most underfloor heating systems add height to your floor. That might sound minor, but it can affect doors, skirting boards, and even the feel of the room. Electric systems are thinner, often only a few millimetres, but water-based ones can require much more build-up, up to 20–50mm with insulation.

3. Cost

Yep, it’s not cheap. We’ll get into the details in a bit, but between materials and labour, you’ll need to budget carefully.

Electric vs Water-Based: Which Should You Choose?

Here’s where things get a bit more personal, depending on your home and how you use it.

Electric Systems

Pros:

• Easier and quicker to install

• Lower upfront cost

• Great for small spaces or single rooms

Cons:

• More expensive to run (uses electricity directly)

• Less suited to whole-house heating

• May not be as energy-efficient over time

Electric systems work well in places where you’re not heating all day. Think en-suite bathrooms, cloakrooms, or kitchens. You flick them on when you need them, and off when you don’t.

Water-Based Systems

Pros:

• Cheaper to run long-term

• Ideal for larger areas or whole-house heating

• Works well with low-carbon systems like heat pumps

Cons:

• Much more complex installation

• Higher upfront costs

• Not always practical in upstairs rooms

If you’re doing a major refurb or building an extension, water-based is usually the better bet. Just know you’re in for more work up front.

Retrofitting Costs: What Are You Looking At Approximately?

Let’s get to the bit everyone wants to know, how much?

Electric Systems:

• Materials: Around £30–£50 per square metre

• Installation: Around £200–£400 per room depending on size and complexity

• Running costs: Varies, but expect it to be higher than gas-based heating. Some homeowners see around 3–4p per hour per square metre.

Water-Based Systems:

• Materials: Around £40–£100 per square metre

• Installation: Can range from £2,000 to £6,000+ depending on the space and the work involved

• Running costs: Generally lower, especially with a modern boiler or renewable system

Just remember, every house is different. If your floor structure needs reinforcing, or you’ve got an odd layout, that might push costs up. The same goes if your boiler needs replacing or you want to pair the system with solar panels or a heat pump.

Can You Retrofit in Every Room?

Short answer: almost. Bathrooms and kitchens are the most popular, mostly because they’re already being redone or the flooring is tile (which holds heat well). Living rooms and open-plan areas work too, especially if you’re replacing carpets with wood or laminate.

Upstairs bedrooms? A bit trickier. The joists and flooring might need adjusting, and the effort might outweigh the benefit unless you’re doing a full refurb.

Tips for a Smooth Retrofit

If you’re seriously considering this, a bit of planning goes a long way. Here are a few things I’ve seen help:

• Time it with other renovations. Pulling up flooring for no reason feels like a waste. Do it when you’re already making changes.

• Insulation matters. Don’t skimp. Proper insulation beneath the system helps stop heat escaping downward.

• Use a reputable installer. I know, it sounds obvious. But someone who knows what they’re doing will save you money and stress.

• Check floor coverings. Not every type of flooring works well. Tile and stone are excellent. Vinyl and carpet need a bit more thought.