Hear from Our Customers
Your driveway takes a beating here. Salt air from the coast accelerates oxidation. Winter freeze-thaw cycles crack weak pavement. Sandy native soils shift and settle if the base isn’t done right. And when water doesn’t drain properly, it pools, seeps, and makes everything worse.
You need asphalt that’s installed with East Hampton’s conditions in mind. That means proper excavation depth for coastal soil. A compacted aggregate base that won’t shift under your vehicles. Grading that directs water away from your foundation, not toward it. And a surface that flexes with temperature swings instead of cracking like concrete does.
When the base is right and the installation accounts for local terrain, your driveway stays smooth. No sinking where delivery trucks park. No cracks spreading from the apron. No water damage eating away at your investment. Just a clean, durable surface that holds up year after year.
We’re based in Smithtown and work throughout Suffolk County. We’re locally owned, fully licensed and insured, and we’ve been handling property maintenance projects on Long Island long enough to know what works here and what doesn’t.
We’re not just a paving crew. We handle excavation, grading, permits, and installation in-house. That means you’re not coordinating between multiple contractors or hoping everyone shows up on schedule. One team manages the entire project from dirt to asphalt.
East Hampton properties come with specific challenges—coastal exposure, sandy soils, strict village requirements. We account for those upfront so your driveway is built right the first time.
We start with site evaluation and permit applications. East Hampton has requirements—minimum six inches of stabilized subbase, four inches of compacted aggregate. We handle the paperwork so you don’t have to chase approvals.
Next is excavation and grading. We remove existing material, assess the native soil, and excavate to proper depth based on your property’s drainage and soil composition. Sandy soils need more attention to prevent settling. We grade for positive drainage away from your home and compact everything in lifts to prevent future sinking.
Then we install the aggregate base—typically four inches, compacted in layers. This is what keeps your driveway from cracking under vehicle weight. We don’t skip steps here.
Finally, asphalt installation. We lay hot-mix asphalt at proper thickness for residential use, roll it smooth, and let it cure. You can walk on it in 4-6 hours. Drive on it in 24-48 hours depending on weather. We’ll tell you exactly when it’s ready.
After installation cures, we recommend sealcoating within the first year to protect against salt air oxidation and road salt damage. Proper maintenance extends your driveway’s life significantly in coastal conditions.
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Every residential driveway replacement we do includes full excavation and site prep. That means removing old pavement, addressing drainage issues, and building a proper base that accounts for East Hampton’s sandy soils and coastal conditions. We’re not patching problems—we’re eliminating them.
You get permit handling as part of the process. We know what the village requires and we handle the applications. You don’t need to figure out setback requirements or base specifications.
The installation itself includes proper grading for water management, compacted aggregate base, and hot-mix asphalt laid at the right thickness for residential traffic. We’re talking about driveways built to handle daily use, delivery trucks, and the occasional moving van without developing stress cracks.
We also account for freeze-thaw protection. Asphalt’s flexibility is an advantage here—it expands and contracts with temperature changes instead of cracking like concrete. And the dark surface helps melt snow faster in winter, which matters when you’re dealing with East Hampton winters.
After installation, we walk you through maintenance recommendations specific to coastal exposure. Sealcoating intervals, crack monitoring, and how to handle winter road salt. You’ll know exactly what to watch for and when to address it.
Most residential driveway projects take three to five days from excavation to final asphalt. That timeline assumes normal weather and no major surprises with soil conditions or drainage issues.
Day one is usually excavation and site prep. We remove old material, grade for drainage, and start base work. Days two and three involve base installation and compaction—this can’t be rushed because proper compaction prevents future settling. Day four is asphalt installation. Day five is cleanup and final grading if needed.
Weather affects the schedule. We can’t lay asphalt in rain or if temperatures drop too low. Spring and fall projects sometimes take longer because conditions are less predictable. Summer installations move faster—asphalt cures quicker in warm weather.
Permit processing adds time upfront but doesn’t delay the actual work. We submit applications early so approvals are in place before we start excavation.
Two main reasons: inadequate base preparation and water. East Hampton’s sandy native soils don’t provide stable support without proper excavation and aggregate base. If the base isn’t thick enough or wasn’t compacted correctly, you get soft spots that settle under vehicle weight.
Water makes it worse. When drainage isn’t designed properly, water saturates the base material and weakens it. In winter, that water freezes and expands, pushing pavement up. Then it thaws and leaves gaps. Repeated freeze-thaw cycles destroy driveways that weren’t built with proper base depth and drainage.
Coastal exposure adds another factor—salt air accelerates asphalt oxidation, and winter road salt breaks down the binder. Without sealcoating, the surface deteriorates faster near the ocean.
The fix isn’t patching cracks. It’s excavating to proper depth, installing a compacted aggregate base that meets village requirements, grading for positive drainage, and using quality asphalt. That’s what prevents cracking and sinking long-term.
Asphalt driveways typically run $7 to $15 per square foot depending on site conditions, access, and how much excavation is needed. A standard two-car driveway averages around $4,500, but that varies based on size and complexity.
If you’re replacing an existing driveway with minimal drainage issues and good access, you’re on the lower end. If we’re dealing with poor soil conditions, significant grading work, or difficult access for equipment, costs go up.
Excavation depth affects price. East Hampton’s sandy soils sometimes require deeper excavation and more base material than properties with stable soil. Drainage corrections add cost but prevent expensive problems later.
We provide transparent pricing after evaluating your property. You’ll know exactly what you’re paying for—excavation, base material, asphalt thickness, grading work, and permit fees. No surprises halfway through the project.
Yes. East Hampton requires permits for new driveway construction and major replacements. The village has specific requirements—minimum six inches of stabilized subbase and four inches of compacted aggregate base.
Permits ensure the work meets local standards for drainage, setbacks, and construction methods. The application process involves submitting site plans and specifications. Processing typically takes a few weeks depending on the time of year.
We handle permit applications as part of our service. We know what the village requires and we submit everything correctly the first time. You don’t need to figure out the paperwork or make trips to the building department.
Working without permits creates problems if you ever sell your property. Unpermitted work shows up in title searches and can delay or kill sales. It’s not worth the risk, and it’s not worth doing the work twice when inspectors catch it.
Salt air, freeze-thaw cycles, and coastal moisture all shorten driveway life if the installation doesn’t account for them. Salt air accelerates oxidation—the process where asphalt binder breaks down and the surface becomes brittle. Properties closer to the ocean see this faster.
Freeze-thaw cycles are brutal on weak pavement. Water seeps into small cracks, freezes and expands, then thaws and leaves larger cracks. Over multiple winters, this destroys driveways that weren’t built with proper base depth and flexibility.
Sandy coastal soils shift more than stable soils inland. Without proper compaction and adequate base thickness, you get settling and cracking as the ground moves under your driveway.
Asphalt handles these conditions better than concrete because it flexes with temperature changes instead of cracking. But it needs proper installation—deep enough base, correct compaction, good drainage—and regular sealcoating to protect against salt air. Done right, you’re looking at 20-plus years. Done wrong, you’re patching cracks in five.
Wait six to twelve months after installation before the first sealcoat. New asphalt needs time to cure fully—the oils in the asphalt have to oxidize and harden before sealant will bond properly. Sealcoating too early traps those oils and causes problems.
After that first sealcoat, plan on resealing every two to three years in East Hampton. Coastal properties need it more frequently because salt air breaks down asphalt faster. If your driveway sees heavy traffic or you’re right near the ocean, lean toward every two years.
Sealcoating protects against oxidation, prevents water penetration, and shields the surface from road salt and UV damage. It’s not optional maintenance if you want your driveway to last—it’s essential in coastal conditions.
You’ll know it’s time when the surface starts looking gray instead of black, or when you see small cracks forming. Catch it early and you’re preventing major damage. Wait too long and you’re looking at repairs or replacement instead of simple maintenance.
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