Existing Roof
Repair history, layers, moisture, tear-off and salvage assumptions.


Shakes versus shingles, species, grade, thickness, treatment, deck, underlayment, interlayment, fasteners, wind design, drying, fire requirements and future repair stock all matter before the first bundle is installed.
The visible cedar is only one part of the roof. Water can pass through joints and around details, so underlayment, flashing, drainage and the complete approved assembly remain critical.
Florida distinguishes wood shingles from wood shakes. The selected product must meet applicable grading rules, carry the required labeling, and use an attachment system whose allowable uplift resistance is adequate for the project design pressures.

Use the selector to see why product cut and grade change both appearance and installation.
Current Cedar Shake & Shingle Bureau materials identify separate treated-product directions. Verify the treatment, mill, label, handling, fastener compatibility, current approval and written warranty for the exact roof.
The design should preserve water shedding, wind resistance, drying and future repairability together.
Repair history, layers, moisture, tear-off and salvage assumptions.
Sheathing type, attachment, condition and concealed wood.
Current code-compliant deck-level water-control strategy.
Approved underlayment compatible with the cedar assembly.
Shake-specific interlay or high-humidity strategy where required.
Exact species, grade, length, thickness, treatment and exposure.
Stainless ring-shank nails, penetration and roof-zone requirements.
Walls, valleys, penetrations, chimneys and corrosion compatibility.
Purpose-made units, ventilation and accessory matching.
Labels, permits, approvals, treatment records, warranty and repair stock.
Wood shingles and wood shakes have separate code sections. Both are installed under the code, manufacturer instructions, the Cedar Shake & Shingle Bureau roof manual or RAS 130, with the product approval defining allowable uplift resistance for the attachment system.
The current CSSB roof manual includes ventilation, cold-roof and high-humidity solid-deck details because trapped moisture and slow drying can shorten service life.
Warm humid air, shade and frequent wetting can keep wood moisture elevated. Drying strategy matters.
Coordinate intake, exhaust, attic pressure, conditioned spaces and any above-deck ventilation with the approved assembly.
Do not import a generic spaced-sheathing or cold-roof detail into Florida without approval and project-specific review.
Keep drainage and debris controlled and use cleaning/treatment methods that do not damage the wood or trap moisture.

Cedar naturally changes color and surface character. Future repairs work best when the original roof file preserves what was actually installed.
| Control | Why it matters later | What to retain |
|---|---|---|
| Species / grade | Different grain, heartwood and quality can weather differently. | Bundle labels, mill, grade documentation |
| Thickness / length / exposure | Replacement pieces must fit the existing course geometry. | Product specification and sample pieces |
| Treatment | Preservative/fire treatment affects compatibility and warranty. | Treatment certificate and treater warranty |
| Fasteners / flashing metals | Coastal and treated-wood compatibility matters. | Fastener and metal specification |
| Repair stock | Exact matching stock may become difficult to source years later. | Protected attic/garage reserve where practical |
These images are from verified Aastro natural cedar roofing work in Boca Raton—not synthetic shake substitutes.



Seven questions route the homeowner toward repair, treatment verification, wind/fire review, drying analysis or replacement planning without pretending the website has approved the roof.
Submitting this form opens a pre-addressed email to Aastro Roofing. Send that email to complete your request. For immediate service, call 561-409-3280.
No. Shakes and shingles are different wood roofing products. Handsplit/resawn and tapersawn shakes are thicker and are manufactured differently from cedar shingles. Grade, exposure, fastening, interlayment, treatment and approved installation details can also differ.
The 2023 Florida Building Code identifies minimum grade requirements and requires wood shakes and shingles to comply with Cedar Shake & Shingle Bureau grading rules. The exact product, label, approval and project requirements still control.
Potentially, but not by assumption. The exact product and attachment system must have an approval pathway applicable to the project, and its allowable uplift resistance must meet or exceed the design uplift pressure. Broward/HVHZ requirements must be verified for the actual assembly.
The 2023 Florida Building Code requires stainless-steel ring-shank nails for wood shakes and shingles, Type 304 generally and Type 316 for coastal areas, with at least two fasteners per piece and the required sheathing penetration. The approved product and installation documents may add requirements.
No. Fire-retardant treatment addresses fire performance while preservative treatment addresses biological deterioration and moisture-related durability. Current CSSB materials identify them as separate treatment directions; the selected product and complete roof assembly must be verified.
Drying is a major design issue in a warm, humid climate. The current CSSB roof manual includes ventilation, cold-roof and high-humidity solid-deck details. The correct strategy depends on the approved assembly, attic design, insulation, air sealing, roof geometry and local requirements.
Do not assume aggressive cleaning is appropriate. Cedar surface fibers and installed details can be damaged by improper cleaning. Follow current CSSB, mill and treatment guidance and use a maintenance method that preserves the wood and water-shedding assembly.
Often localized pieces can be replaced when the surrounding roof remains serviceable, but matching species, grade, thickness, exposure, weathering, treatment and fastening matter. Keeping documented repair stock and bundle labels improves future repair planning.
No. Service life varies with species, grade, thickness, treatment, sun and shade, moisture exposure, ventilation and drying, fasteners, installation quality, maintenance, storm exposure and repair history. A website should not promise one universal lifespan.
The proposal should identify product type, species, grade, length and thickness, treatment, mill/label, approval path, deck and underlayment, interlayment where required, fasteners, exposure, valleys and flashings, ventilation/drying design, fire requirements, repair stock, warranties and concealed-condition procedures.
The code and manuals below establish the framework; the exact current product approval, manufacturer/mill instructions, treatment documentation and local permit requirements still control the actual project.