A Solid Fence Is a Wall to the Wind
Wood, vinyl, and masonry fences don't let wind pass through — the wind pushes on the full face, just like it does on a wall. In Florida's 120–180 mph design wind zones, that force is significant, and the posts and footings have to be sized for it.
Height and Material Decide If You Need Engineering
Many counties exempt short, standard fences but require a permit and PE engineering once a fence passes about 6 feet, is built from masonry/CMU, or sits in a high-velocity hurricane zone. We confirm your county’s rules first.
Post Embedment Is Where Fences Fail
A fence is only as strong as how its posts are anchored. Under wind load, undersized or shallow footings let posts lean and pull out. The embedment depth and footing size are calculated for your height, material, and wind zone.
A CMU / Masonry Fence Wall Is a Structure
A block or concrete fence wall needs a real footing, rebar, and wind-load design — it’s engineered like any masonry wall, not just stacked and stuccoed. Skipping this leads to cracking and, in a storm, collapse.
Pool-Barrier Fences Have Their Own Code
A fence that serves as a pool safety barrier must meet specific code — minimum height, maximum gaps, and self-closing, self-latching gates. We make sure the design satisfies both the structural and the safety requirements.
The Coastal Zone Changes the Rules
In high-velocity hurricane zones (like parts of South Florida), fences can require product approval and stricter wind-load design. The engineering accounts for your exact location’s requirements.
⚠️ 'It's Just a Fence' Is Not a Permit Strategy
Plenty of fences get built without a permit — until a storm knocks one onto a neighbor's property, or it blocks a home sale at inspection. If your county requires it, PE-sealed drawings are what make the fence legal, insurable, and safe.
