Underlayment and flashings
The water-shedding layer beneath tile and the details at valleys, walls, penetrations, eaves, and transitions often control leak performance.

Tile is a roof covering, not the entire waterproofing strategy. Performance also depends on the deck, underlayment, flashings, attachment method, hip and ridge details, and careful handling of surrounding tiles.
Tell us what’s going on and we’ll follow up with clear next steps.
Concrete and clay tile create distinctive Florida roof profiles, but the visible pieces are not the only waterproofing layer. Deck, underlayment, valleys, wall and penetration flashings, eave details, hip and ridge weather blocking, and attachment all contribute to performance.
A few cracked or displaced tiles may be repairable when compatible pieces are available and the surrounding underlayment and details remain serviceable. Repeated leaks without obvious breakage can point to underlayment, flashing, valley, penetration, prior repair, or drainage conditions below the tile.
Tile profile, dimensions, interlock, weight, fragility, color, and attachment vary. Discontinued products may not accept a current tile, and foot traffic can damage surrounding pieces, so repair access and replacement-tile planning belong in the scope.
The condition below the tile and the availability of compatible materials are as important as visible breakage.
The water-shedding layer beneath tile and the details at valleys, walls, penetrations, eaves, and transitions often control leak performance.
Shape, size, interlock, manufacturer, age, and color influence whether a compatible local replacement can be sourced.
Structure, substrate, slope, valleys, dead valleys, raised fascia, and transitions must support and drain the selected assembly.
Fasteners, adhesive or mortar where approved, roof zones, hip and ridge attachment, and weather blocking follow the permitted system.
Florida tile installations follow approved products and high-wind installation requirements appropriate to the permit and project.
A few broken tiles may be repairable, but widespread tile damage, exhausted underlayment, incompatible legacy profiles, or repeated leaks can change the strategy.
The inspection looks beyond isolated pieces to the water path and system condition beneath them.
We record displaced, cracked, slipped, or missing tile, interior symptoms, prior work, valleys, walls, penetrations, and roof access.
Accessible conditions help distinguish local tile damage from a broader flashing or water-shedding problem.
Compatible tile, profile, preparation, underlayment or flashing repair, attachment, and breakage assumptions are defined.
Access is controlled, the approved scope is completed, surrounding conditions are reviewed, and photos and follow-up priorities are recorded.
A complete proposal should identify how the assembly manages water, wind, breakage, and future repairs.
Each project page has photos, a location link, and room for a full job description.
These answers provide a practical starting point. The building, roof assembly, permit jurisdiction, and observed conditions determine the final recommendation.
No. Tile sheds much of the water, while the underlayment and flashing system beneath it is a critical part of the roof assembly.
Sometimes compatible salvage or current profiles are available, but discontinued shapes, dimensions, colors, and interlocks can limit repair options.
Foot traffic can crack tile and disturb details. Access should be limited and performed by people familiar with the specific profile and safe walking practices.
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