Bob looks at storm-ready features on the Punta Gorda house, starting with the front door that is outswinging with a stop to prevent blow-in. He also points out the impact-resistant glass that is being used throughout the house. Leslie Chapman-Henderson talks with Bob about soffit details that are being incorporated in the storm-ready house. The problem with poor soffits is that during a storm wind-driven rain and wind force their way up under the roof, into the attic where wind force attacks the structure and rain soaks the insulation and walls. In humid climates wet insulation and wallboard begin to grow mold within hours. Closing the soffit to penetration is not currently a code requirement but is critical to smart building in storm zones. Joe Breese from Alcoa shows Bob the vinyl soffit that is being used in the Punta Gorda house. The locking panel system means that wind will force the panels to grip tighter to one another rather than pull apart. The panels are connected to a j-channel that is attached to the wall. They are installed with 5/8-inch stub nails spaced every 16 inches. The soffit panels are cut to fit and stapled in place. There are no ventilation grilles evident on these vinyl panels. All air moves through the grooves in the panels to ventilate the roof and attic space. Still, these panels have about 80 percent more ventilation capacity than standard vinyl soffit panels.

Bob confers with carpenter Cortney Lofton and cabinetmaker Brian Comeaux on the milling and construction of an interior soffit of the bungalow.

Bob talks with Leslie Chapman-Henderson from FLASH about the storm-resistant features of the Punta Gorda house. The home is built of SWS — Solid Wall Systems — cast-in-place concrete walls that keep the home protected from impact and water penetration. It also has impact-resistant windows and patio doors to prevent penetration from flying debris, and an outswinging front door to resist blow-in. The home has a raised foundation and stem-wall construction to fight damage from storm surge. The roof goes beyond code with straps and clips that are embedded in the concrete structure during the pour to keep the roof tied down, extra thick 5/8-inch plywood sheathing rather than OSB, an extra moisture barrier, barrel tiles that are screwed into the substrate rather than mortered, and soffits that are reinforced and covered with a grill that resists wind penetration but allows heat from the roof to escape. Although code does not require storm-resistant soffits, Chapman-Henderson expects that to change after all of the soffit failures and water damage from Hurricane Charley. The garage door on this home is impact and wind-resistant with reinforced construction and heavy-duty tracks to prevent twisting, blow-in, and ultimate house failure during a high-wind event.