Roofing Contractor in Harvey Cedars, NJ

Harvey Cedars is a narrow, upscale LBI town where the island is slim enough that many homes see both the ocean and Barnegat Bay. Known as “Harvest Quarters” in a 1751 deed and once a whalers’ lookout point, it incorporated as a borough in 1894 and is now mostly seasonal, its summer population swelling toward 12,000. Its housing is raised coastal homes, cottages, and larger custom and oceanfront houses, most elevated on pilings. The barrier-island setting means the harshest salt and wind, so the roofs here are built for the coast.

CRS handles all of it, from a bayfront cottage to a large oceanfront custom home. Here is what matters for a roof in Harvey Cedars.

Your Roofing Contractor in Harvey Cedars, NJ

CRS provides roof replacement, roof repair, roof restoration, emergency roofing, and protection plans across Harvey Cedars and the rest of Ocean County. Every residential project begins with a free written inspection and a workmanship guarantee in writing.

How Much Does a Roof Cost in Harvey Cedars? (2026)

Most Harvey Cedars homes run $18,000 to $28,000 for a full architectural-shingle replacement in 2026, depending on size, pitch, and roofline. Oceanfront and large custom homes run higher because of copper flashing for salt air and wind-rated fastening. The figures below are planning ranges, not a quote.

Oceanfront and barrier-island homes carry a premium for copper or rated salt-air flashing and wind-rated fastening.

Want your Harvey Cedars number? A free CRS inspection gives you a written report with photos and a real range for your exact roof. Request your free inspection.

Harvey Cedars Roofing Context

Harvey Cedars is barrier-island housing on one of LBI’s narrowest stretches, where many lots run close to both the ocean and the bay. Raised coastal homes, cottages, and larger custom and oceanfront houses sit on pilings, with newer high-end construction common. The island setting and the elevation shape the work: salt on every side, high wind, and planned access.

The barrier island is the whole story. Salt air corrodes standard flashing faster than almost anywhere, so copper or rated flashing is the right call, and wind loads run high. Flood and roof coverage are separate, and we document roof damage on its own. New Jersey’s 8 to 12 freeze-thaw cycles a winter add to the coastal storms, and the 2025 to 2026 season was the snowiest North Jersey since 2013 to 2014, so many of this spring’s leaks trace back to winter ice.

A fair estimate in Harvey Cedars specifies copper or rated salt-air flashing, wind-rated fastening for the barrier exposure, ice-and-water shield, and a deck-repair allowance, because coastal homes here often hide soft or storm-stressed decking. You can verify any New Jersey roofer through the NJ Division of Consumer Affairs before you sign.

Do You Need a Repair or a Full Replacement in Harvey Cedars?

Most leaks in Harvey Cedars start at flashing around chimneys, valleys, and pipe boots, and on the exposed homes at corroded metal first. That often means a targeted repair will hold. We would rather earn your trust with an honest repair now and your replacement when you actually need it.

Harvey Cedars Roof Inspection Checklist

• Barrier salt-air flashing. With ocean and bay on both sides we check every flashing point for corrosion and use copper or rated materials where standard metal has failed early.
• Wind-rated fastening. The narrow barrier setting means high wind loads, so we confirm the fastening pattern and edge details meet coastal requirements.
• Raised-home access. On homes elevated on pilings we plan access and check the added wind exposure that comes with height.
• Decking probe. Coastal homes here can hide soft or storm-stressed decking, so we probe for rot and document any repair before quoting.
• Coastal storm and ice stress. After coastal storms and New Jersey freeze-thaw winters, we lift perimeter tabs and check eave and valley ice-and-water protection.

For code and permit questions, the NJ Division of Codes and Standards is the authority, current storm data comes from the National Weather Service, wind-resilience research comes from the Insurance Institute for Business and Home Safety, and shingle specifications are published by manufacturers such as GAF.