Choose a round soaker hose if you need to snake the hose around curved garden beds or trees. Choose a flat soaker hose if you are watering long, straight vegetable rows and need to save storage space.
Flat and round soaker hoses both seep water directly to plant roots, but they serve different garden layouts. Flat hoses are ideal for straight rows and compact off-season storage. Round hoses (traditional rubber) are heavier, more durable, and easily curve around trees or irregularly shaped beds without kinking.
The "best" soaker hose depends on your garden layout, but round polyurethane and recycled rubber hoses are generally considered the most durable and consistent. They snake easily around plants and resist kinking better than cheaper, flat vinyl versions.
To choose the right size soaker hose, you need to consider two main measurements: the diameter (for water flow and pressure) and the length (to cover your garden beds without starving the end of the line).
It is highly recommended to disconnect and store soaker hoses for the winter. While soaker hoses themselves do not store large amounts of water and are unlikely to burst from freezing, leaving them out exposes them to harsh UV rays, extreme temperature swings, and winter ground movement that will cause the rubber or vinyl to degrade and crack.
A standard soaker hose typically puts out between 0.5 to 1 gallon of water per hour, per linear foot of hose. For a common 50-foot hose, this equals roughly 25 to 50 gallons per hour, depending on your home's water pressure and the specific brand of the hose.
If temperatures fall to 20 degrees or lower and will stay there for an extended period of time, drip all the faucets in your home, especially those that are connected to pipes that run in exterior walls, as they are less insulated from the cold. Make sure to drip both hot and cold water faucets.
Place your soaker hose on the soil surface rather than burying it. Lay the hose directly over your plant root zones and cover it with a 2 to 3-inch layer of mulch. This shields the porous material from UV sun damage, prevents evaporation, and naturally tucks the hose out of sight.
No, soaker hoses are highly efficient and use significantly less water than traditional sprinklers or hand-watering. They typically use 30% to 50% less water because they seep moisture directly into the soil at the root level, which dramatically reduces evaporation and runoff.
Most soaker hoses operate best around 10 PSI, while poly tubing for drip irrigation performs well around 25 PSI. If your PSI is too high, you'll need a garden hose pressure regulator.
Drip irrigation systems deliver water directly to the base of your plants, meaning that little is misdirected or lost to evaporation. Since they generally water slowly, over a long period of time, the water penetrates over a broad radius and deep into the root zone.
Soaker hoses are typically designed for flower beds, vegetable gardens, and tree roots rather than expansive lawns, as they only water a small strip of ground. However, if you are spot-watering a struggling patch of grass or a narrow strip of turf, the Water Right 700 Series Soaker Hose and the Gilmour Flat Weeper Soaker Hose are top choices.
The drawback to using soaker hose is that the release of water is unregulated. This can especially cause issues when installing for a larger irrigation system or when you require precision watering. These issues are mainly cause by loss of pressure and water flow over longer lengths.
The best soaker hoses are generally made of durable, recycled rubber or high-quality polyurethane, with 1/2-inch or 5/8-inch diameters being the most efficient for deep root-zone watering. Top-rated options include the Water Right 700 Series for flexibility, the Gilmour Flat Soaker for affordability, and H2O Works for durability.
Soaker hoses have thousands of tiny pores that drip water slowly and evenly at low pressure. This allows the water to seep directly into the soil and water where plants need it the most—at the root zone.
Looking like a smaller version of what firefighters use, flat hoses are compact, lightweight, and easy to store but deliver water with less pressure compared to traditional round hoses. They're best suited to situations where space is limited.
It is highly recommended to disconnect and store soaker hoses for the winter. While soaker hoses themselves do not store large amounts of water and are unlikely to burst from freezing, leaving them out exposes them to harsh UV rays, extreme temperature swings, and winter ground movement that will cause the rubber or vinyl to degrade and crack.
For homes with low-pressure, low-flow systems (as low as 30 PSI in some cases), you might benefit from removing the blue restrictor disc altogether. If the soaker hose system is not working correctly when the faucet is fully open, remove the blue restrictor disc and start again by gradually increasing the water.
A soaker hose typically needs to run for 60 to 200 minutes to deliver 1 inch of water, depending on soil type and water pressure. A common recommendation for many hoses is about 1 to 2 hours, though slower-sweating hoses may take over 3 hours.
Yes, 20 minutes is often enough if you have standard spray heads. However, the exact time depends entirely on your system's output. Most lawns need about 1 inch of water per week, requiring a deep, infrequent watering schedule.
Don't outright bury the hose in the soil. Cover it with mulch so the water can still seep through with ease.
The "3-hour gardening rule" is a safety guideline advising gardeners to avoid working outdoors between 11 a.m. and 2 p.m. during the summer months. This window is when the sun’s UV rays are at their strongest and temperatures peak, posing risks for both you and your plants.
Pipes can freeze in as little as six to eight hours, meaning they can freeze overnight. If the outside temperature is below 32F degrees and your pipes are unprotected, your chances for a frozen pipe increase.
Like most myths, there is certainly a component that is true. Dripping faucets does help prevent frozen pipes, but you don't need to drip every faucet in your house.
The Critical Temperature
However, the real danger zone begins when the wind chill drives temperatures down to 20°F (-6°C) or lower. If your home has plumbing located in unheated areas—such as basements, crawl spaces, garages, or exterior walls—you should prepare immediately when these conditions are forecast.