Beach Erosion in Ormond Beach: The Real, Recent, Documented Picture

Two Storms, Six Weeks Apart, One Compounding Erosion Event

Hurricane Ian struck in late September 2022 and caused a confirmed $285.4 million in Volusia County property damage. Roughly six weeks later, in November 2022, Hurricane Nicole struck the same stretch of coast and did more total damage countywide -- $481 million -- specifically because it hit dunes Ian had already stripped bare, removing the natural buffer that would otherwise have absorbed more of Nicole's impact. That compounding sequence is the direct, documented origin of the erosion problem this page covers: nearly 50 structures across Volusia County were declared unsafe in the combined aftermath, primarily due to erosion undermining foundations rather than wind damage to the buildings themselves. City of Ormond Beach staff specifically named the 300-500 block of South Atlantic Avenue and the 400-500 block of Ocean Shore Boulevard as erosion concern areas in the aftermath of Nicole -- a real, address-level piece of the city's own documentation, not a general regional statement.

The State's Response: A $117 Million Buried Seawall, Not a Nourishment Program

Unlike some other Florida and Atlantic-coast markets that respond to erosion primarily through periodic sand renourishment, Florida's Department of Transportation responded to this specific damage with a hard-structure engineering project: a $117 million buried seawall built along State Road A1A in two segments, one in Flagler Beach and one in Ormond-by-the-Sea, each roughly 1.3 miles long (approximately 6,864 feet). The Ormond-by-the-Sea segment runs from south of Sunrise Avenue to Marlin Drive. Construction began in early 2024, and as of mid-2025 reporting, the wall's piles and concrete cap were complete along with most of the dune reshaping, with FDOT projecting substantial completion by late fall 2025 and the full project, including landscaping, wrapped up by early 2026.

A "buried" seawall means the structure itself sits underground, capped by restored sand and dune, rather than presenting as a visible concrete wall along the beach -- the goal is a structure that provides hard engineering protection for the highway and adjacent property while preserving a natural-looking beach and dune surface above it in normal, non-storm conditions. This is a real, substantial, currently-being-completed piece of public infrastructure, funded and built specifically because of the documented 2022 erosion, not a routine or speculative project.

What a Buried Seawall Protects, and What It Doesn't

This project's primary purpose, as described in FDOT's own materials and subsequent coverage, is protecting State Road A1A itself -- a critical evacuation and access route -- along with the properties immediately adjacent to it, from the kind of dune-stripping erosion Ian and Nicole caused. It is a real, meaningful reduction in the erosion risk facing property along this exact stretch of coast going forward. It is not, however, a guarantee that erosion has stopped, and it is not a private-property erosion-control structure an individual owner can rely on the way they might rely on their own bulkhead or revetment -- this site's Seawall & Bulkhead Guide page covers the distinction between this state-built infrastructure and what an individual property owner can build for themselves in more depth.

This page does not state a current, specific erosion rate in feet per year for Ormond Beach or Ormond-by-the-Sea, because no reliable, current figure specific to this exact stretch of shoreline was independently confirmed this research pass. A buyer doing serious diligence on a specific oceanfront or near-oceanfront parcel should consult FDOT's own project documentation, a licensed Florida coastal engineer, or the Florida Department of Environmental Protection's coastal engineering division directly rather than relying on a general statement here.

Beach Driving and Erosion: A Related, Overlapping Concern

Ormond Beach's own drivable beach access, administered by Volusia County through the Milsap Road and Harvard Drive ramps, sits on the same physical stretch of sand this erosion history affects, and county beach-driving hours and ramp openings are themselves tide- and condition-dependent in a way that indirectly reflects ongoing beach-width and erosion conditions -- a narrower post-storm beach can mean tighter driving windows or temporary ramp closures, covered in more detail on this site's Boating & Water Access and Things to Do pages. This page does not state a current, specific beach-width figure for Ormond-by-the-Sea, since that changes with each storm season and each nourishment or construction cycle.

It's also worth naming the parking-zone rule that applies alongside erosion concerns on Florida's drivable beaches generally: parking is permitted only seaward of the conservation zone -- the buffer space between the driving lane and the dunes or any seawall -- and driving or parking within the conservation zone itself is prohibited, a rule that exists specifically to protect dune vegetation and structures like the new buried seawall from vehicle damage. That rule is a real, practical, enforced part of how this state manages the tension between beach-driving access and erosion/dune protection.