Gravel in Washington, NH

In rural West New Hampshire towns like Washington, expect delivered gravel to commonly fall in the range of about $25 to $75 per ton depending on stone type, distance from the quarry, and haul difficulty. Local taxes, material choice (e.g., crushed stone vs pea gravel), and seasonal demand can push price up or down, so use the range as a guideline and request a quote for an exact price.

Hello Gravel has a 3-ton minimum order; that is typical for dump truck deliveries to rural driveways in Washington. Most deliveries come by tri-axle dump truck; if your site has tight or steep access, the supplier may use a smaller truck or assess an access fee.

For freeze-thaw and regular snowplowing in Washington, crushed stone mixes are usually best: 3/4u0022 crushed stone or '57' stone for a wearing surface and 411 (crush-and-run) or larger 57 stone for a compacted base. Avoid loose pea gravel at the surface if you need frequent plowing, because it scatters and is harder to keep consolidated.

A 12 x 50 ft driveway is 600 square feet. At 4u0022 (0.333 ft) that equals about 7.4 cubic yards or roughly 10.4 tons; at 6u0022 (0.5 ft) it equals about 11.1 cubic yards or roughly 15.6 tons (using ~1.4 tons per cubic yard as a rule of thumb). Always round up a bit for compaction and settlement and check the exact density for the material you choose.

Gravel weight varies by rock type, but a common rule is about 1.3 to 1.6 tons per cubic yard. For planning in Washington, using 1.4 tons per cubic yard is a practical estimate; if you need high accuracy, ask your Hello Gravel quote to include the specific material density.

Yes. Local suppliers and haulers commonly add a surcharge or require a smaller truck if your site has steep grades, long driveways, narrow lanes, or unpaved access. Mention access conditions in your order notes and contact our team so we can flag any possible access fees before delivery.

In Washington's climate, a properly built gravel driveway typically performs well for 5 to 15 years before major rebuild, with routine maintenance required more often. Plan to grade and add material at least once a year after spring thaw, and more often after heavy use or storms to control ruts and potholes.

For drainage and erosion control use larger, free-draining stone such as 57 stone or 1-1.5u0022 crushed rock in trenches and swales, and a 3/4u0022 crushed base below that. Avoid fine, compactible mixes at the bottom of drainage features; combine stone with a geotextile fabric where soil intrusion is a concern to keep drains flowing in rainy spring conditions.

Gravel has a much lower upfront material cost than asphalt, and is easier to patch and reshape, but it requires more frequent maintenance (grading and topping). Asphalt costs more initially and usually requires less frequent surface maintenance, but resurfacing every 10–20 years can be expensive; for short rural driveways in Washington, gravel is often the most cost-effective choice when you factor in access and winter needs.

Contractors price projects by combining material cost, haul, site prep (grading, removal of vegetation), optional geotextile, compaction, and labor. Material is often 30%–50% of the total, haul and equipment 20%–40%, and labor/finishing 20%–30%; ask for an itemized quote so you can see how much is line-itemed for stone, trucking, and prep work.

To reduce frost heave in Washington's freezing soils, lay at least 6 to 8 inches of well-draining crushed stone base (such as 57 stone or crush-and-run compacted) over a geotextile fabric, and then add a 2 to 3 inch wearing layer of 3/4u0022 crushed stone. Thicker bases and good drainage off the driveway are important where frost and poor soils are present.

Small annual repairs for a typical 12 x 50 ft driveway often require 1 to 3 tons of topping gravel per year, depending on traffic and weather; larger repairs may need more. At typical delivered prices in rural New Hampshire, budget roughly $25 to $225 per year for basic topping and pothole patching, but get a local quote to reflect your specific access and material choice.