Every construction or home improvement project is a little more complicated for people who live in climates with severe winters. You just have to plan a little harder — and sometimes pay a little more — to come up with solutions to potential problems from ice dams to frost heave.
Water finds every flaw. It seeps into a hairline pore in a concrete paver, freezes overnight, expands roughly 9 percent, and levers the material apart from the inside. Repeat that cycle dozens of times over a single Northern or Midwestern winter, and a driveway that looked solid in October is flaking and heaving by April.
For homeowners in cold regions, the durability problem and the environmental problem share a single answer: pavers that let meltwater drain through the surface instead of pooling on top and refreezing. Since we first published this guide, the category has grown up. Several manufacturers now sell cold-climate-rated systems, some ship straight to your door, and researchers have built the first permeable concrete engineered specifically to survive frost. Here is what holds up when the temperature drops, and where to buy it.
Two Ways Winter Breaks Pavement
Spall is the cracking and flaking of the paver. It is mostly a problem in porous materials like concrete and brick, though it can happen in natural stone. The industry measures this resistance, publishing the ASTM C1645 specification describing the freeze-thaw and de-icing-salt durabilityfor concrete interlocking pavers, and ASTM C67, which covers clay pavers. If a product is rated to those standards, the manufacturer has tested it against exactly the conditions a cold-climate winter delivers.
Frost heave is the second threat, and it comes from below. When soil under a paver freezes, the water in it expands and pushes the paver up out of place. The traditional fix was to seal the surface completely so no water could get underneath. We now know that shedding all that runoff carries its own costs to streams and groundwater, so the better goal is to keep rainwater and snowmelt on site while still managing the freeze. A properly designed permeable system can do both.
Eco-conscious homeowners often want to skip sealants, since petroleum-based coatings defeat their sustainability goals. The good news is that even nonporous paving materials can be installed to drain: fill the joints between units with open-graded aggregate rather than mortar, and water passes around each paver into the ground below.
Why Permeable Pavers Handle Cold Better
Permeable pavement can be safer in freezing weather than a solid surface. Research on cold-climate installations shows permeable pavements freeze more slowly and thaw more quickly than conventional pavement, which reduces the need for de-icer. Meltwater drains into the base instead of sitting on top, so it cannot refreeze into the slick sheet of ice that forms on a sealed driveway. The trade-off you have to plan for is frost heave, and that is where the material choice matters most.
Flexible plastic grid systems have a structural advantage here. Their ring-and-grid design flexes with seasonal soil movement instead of cracking, and the large void space lets snowmelt flow straight through. Rigid units, by contrast, can work loose at their corners with each freeze-thaw cycle. Interlocking concrete pavers land in between: they are rigid, but their segmented joints tolerate some heave that would crack a poured slab, and pervious concrete can be mixed to resist freeze-thaw as long as the water table sits low enough.
Editor’s note: Earth911 teams up with affiliate marketing partners to help fund our Recycling Directory. If you purchase an item through one of the affiliate links in this post, we will receive a small commission.
Plastic Grid Pavers: The Cold-Climate Workhorses
Open-cell plastic grids are the most freeze-proof option on this list. They are not pavers in the traditional sense but a cellular structure, usually made from recycled plastic, that you fill with gravel or grass. The flexibility that lets them shrug off frost heave is built into the material.
TRUEGRID
TRUEGRID makes its grids from 100 percent post-consumer recycled HDPE, with domestic supply and manufacturing. The company rates the pavers for a temperature range of -58°F to 194°F, and the company’s patented flex joints are designed to move with freeze-thaw cycles and expansive soils rather than crack.
Because water drains straight through, ice cannot build on the surface, and the gravel-filled cells add winter traction. TRUEGRID sells several residential lines directly through Amazon, including the lighter-duty PRO LITE driveway paver and the walkway-and-patio DECO paver. Both are can withstand snowplow damage and, the company says, carry a service life measured in decades.
Vodaland EasyPave and HexPave
A newer entry to the DIY market, Vodaland’s EasyPave grid, is molded from 100 percent recycled PPE plastic and uses a snap-and-lock connection that installs without tools. It is rated for heavy loads when filled and set on a proper base, and its lighter cousin, the HexPave system, are suitable for patios and walking paths. As with any grid, cold-climate performance depends on the base: a well-compacted, open-graded stone base with geotextile fabric is what carries the load and moves water away before it can freeze underfoot.
Invisible Structures
Invisible Structures makes a comparable product that ships in flexible rolls of recycled HDPE rather than rigid blocks. Grasspave2 can be filled with soil and turf; Gravelpave2 holds decorative aggregate. The company reports the systems have roughly 92 percent void space, so meltwater drains almost immediately, and their flexible design withstands freeze-thaw cycles without cracking or heaving. They are also plowable, provided you keep a metal blade about three-quarters of an inch above the surface or use a rubber-edged blade. These grids are the ones you see supporting fire lanes and even parking under snow load, so a residential driveway is well within their range.
Permeable Concrete Pavers: Techo-Bloc Aquastorm
If you want the look of a finished concrete driveway rather than a gravel-filled grid, Techo-Bloc’s permeable line is built for the North American freeze-thaw belt. Their flagship Aquastorm paver is dry-cast concrete with integrated spacers that hold a consistent joint for drainage. Techo-Bloc rates it as both freeze-thaw resistant and de-icing-salt resistant, and its published infiltration rate clears water fast enough to eliminate surface pooling. The paver meets ASTM C1319 for concrete grid paving units and carries a limited lifetime warranty. Color runs all the way through each unit, so winter wear and de-icer exposure will not strip the surface tone.
GraniteCrete, the concrete alternative
GraniteCrete, which we featured in the original article, is made using a decomposed-granite admixture. It remains a strong permeable choice, but the maker still advises against it for cold climates: prolonged freezing can damage the surface, so it is best kept to moderate regions. It is now sold through building-materials distributors well beyond its original California and Texas footprint.
Recycled Rubber Tiles
Rubber pavers made from used tires solve a genuine waste problem and stay comfortable underfoot in the cold. Rubberific’s dual-sided recycled rubber pavers install in minutes over a hard surface and are widely available on Amazon. In Canada, the Envirotile line from Multy Home sells through Home Depot and is promoted as weather- and frost-resistant, with no need to lift the tiles for winter.
Keep two cautions in mind when shopping for rubber tiles. Most are designed to lay over an existing hard surface, and in that configuration they are not permeable, so they do not deliver the drainage benefit that helps grids and permeable concrete in winter. And because they are made from used tires, the material can carry residual materials that can be harmful to the environment. Keep rubber pavers away from vegetable gardens and other food crops, where tire-derived compounds could leach into soil you eat from.
On the Horizon: Frost-Proof Permeable Concrete
Conventional pervious concrete has always struggled in the cold, deteriorating under frost and clogging with sediment over time. That may be changing. Materials researchers have developed a clogging-resistant permeable concrete that the study describes as the first high-strength permeable pavement durable under frost action without the air-entrainment additives normally required. The work is still moving from the lab toward commercial use, so it is not something you can order yet. But it points at a future where a poured permeable driveway performs in Minnesota as reliably as a plastic grid does today. We will update this guide as products reach the market.
What You Can Do
Choosing a cold-climate paver comes down to matching the material to your site and your winter:
- For a driveway that faces heavy snow and hard freezes, start with a recycled-plastic grid, such as TRUEGRID, Vodaland, or Invisible Structures filled with open-graded gravel. Flexibility beats rigidity when the ground moves.
- If you want a finished concrete look, specify a permeable paver rated to ASTM C1645 for freeze-thaw and de-icing-salt durability, such as Techo-Bloc Aquastorm. The rating is your proof the product was tested for your climate.
- Invest in the base, not just the surface. Most cold-climate paver failures trace to the sub-base. An open-graded stone base over geotextile fabric moves water away before it freezes and is what carries the load.
- Skip petroleum sealants on porous pavers; they defeat the drainage that keeps ice from forming. Choose a system that drains by design instead.
- Keep recycled-rubber and tire-based products away from vegetable beds and edible landscaping.
- Before you disturb an old surface, check whether the material can be reused. Repurposed wood and salvaged brick make handsome patios, and the greenest paver is often the one you do not have to buy. For disposal of what you remove, use the Earth911 Recycling Search to find local options.
Related Reading
- The Search for Sustainable Pavers
- 3 Green Building Solutions for Stormwater Management
- Brick Recycling
Editor’s Note: Originally published by Gemma Alexander on July 8, 2019, this article was substantially updated in July 2026.