Gravel in Pensacola, FL

Prices vary by gravel type and delivery distance, but expect roughly $30 to $60 per ton delivered in the Pensacola area. A typical tri-axle dump load (10-14 cubic yards) can cost between $300 and $900 depending on quantity and material; contact Hello Gravel for an exact quote and our minimum order is 3 tons.

One ton of typical gravel in Pensacola is about 0.74 cubic yards and will cover roughly 240 sq ft at a 1u0022 depth or about 120 sq ft at a 2u0022 depth. Coverage varies with stone size and compaction, so use these figures as estimates and check our material calculator for precise numbers.

For 1,000 sq ft at 2u0022 depth you need about 6.2 cubic yards or roughly 8.4 tons of gravel. At $30 to $60 per ton delivered, expect a material cost between about $250 and $500, not including any spreading or compaction services.

Buying bulk delivered is almost always cheaper than bagged gravel; choose locally sourced materials like bank run, crusher run, or recycled concrete for lower cost. Use Hello Gravel to compare local supplier prices and meet our minimum 3-ton order to keep per-ton cost low.

Costs depend on width and depth; for a 20 ft long by 10 ft wide driveway at 3u0022 compacted depth you need about 2 to 3 tons, but our minimum order is 3 tons. At $30 to $60 per ton delivered, expect roughly $90 to $180 for material; wider or thicker driveways and installation add to the price, so get a quote for exact figures.

Two inches is generally too thin for a driveway in Pensacola, especially given coastal soil and occasional heavy rain. We recommend a compacted base of at least 3 to 4 inches of crushed stone over geotextile fabric for better drainage and longevity, with an additional 1 to 2 inches of top gravel if desired.

A typical 7x14 dump trailer usually carries about 3 to 4 cubic yards of loose gravel, depending on sidewall height. That translates to roughly 4 to 6 tons for common gravel types, so plan accordingly and remember Hello Gravel has a 3-ton minimum order.

If you mean covering a 1,000 sq ft area around the house at a 3u0022 depth, you need about 9.3 cubic yards or roughly 12.6 tons of gravel. For edging, walkways, or thinner coverage your amounts will be lower; contact us with your planned depth and area for an exact estimate.

For driveways we recommend a compactable base like 3/4u0022 crushed stone or #57 limestone with fines for locking and drainage, topped with 3/8u0022 or pea gravel if you want a smoother surface. In Pensacola, consider materials that resist washing from heavy rains and that compact well against sandy or clay subsoils.

With proper installation and maintenance, gravel driveways and paths in Pensacola can last 10 to 20 years, but high-traffic areas may need top-ups every 3 to 5 years. Coastal weather, heavy rain, and sandy soils can increase erosion, so periodic raking, refilling low spots, and good drainage will extend life.

Locally sourced bank run or crusher run is often the least expensive option because it includes a range of sizes and fines that compact well. Recycled concrete can also be cost-effective, but check for regional availability and ask Hello Gravel for local supplier pricing and suitability for your site.

For a 10x10 area (100 sq ft) at a 2u0022 depth you need about 0.6 cubic yards, which is roughly 0.8 tons of gravel. Because Hello Gravel has a 3-ton minimum order, most homeowners will order more and save per-ton on delivery.

Local tri-axle dump trucks that Hello Gravel and our haulers commonly use typically carry about 10 to 12 cubic yards of loose gravel, which is roughly 13 to 16 tons depending on material density. Smaller single-axle trucks carry less, so we recommend requesting the truck size when you get a delivery estimate.

Because Pensacola is coastal and humid, prioritize drainage, compaction, and salt resistance; crushed shell is common locally but can behave differently than crushed stone. Ask suppliers about material origin, wash, and recommended depths for your soil type, and consider geotextile fabric to limit mixing with sandy subsoil.