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    TECHNICAL MEMORANDUM TO: Project File / Building Department SUBJECT: Technical Specifications & Wind Uplift Compliance PROPERTY ADDRESS: Landon Cir, Boynton Beach, FL DATE: April 20, 2026 1. PROJECT DATA SUMMARY • Mean Roof Height: 15' • Roof Pitch: 5/12 • Roof Geometry: Hip Roof • Total Area: 40 Squares • Exposure Category: C (Open terrain/Inland) 2. PROPOSED ROOFING SYSTEM The following components are engineered to function as an integrated assembly, ensuring structural integrity and a sealed building envelope: Component Product NOA Number Roof Tile Eagle Capistrano (High Profile) 24-1008.07 Underlayment Weather Armor (1 Layer, Direct-to-Deck) 25-0219.08 Adhesive APOC Polyset AH-160 23-0614.01 3. DESIGN PRESSURE REQUIREMENTS Based on the Simplified Roof Uplift Chart (ASCE 7-22) for a 15' Mean Roof Height in Exposure C, the following pressures are required for this structure: • Zone 1 (Field): -50.8 psf • Zone 2 (Perimeter): -70.1 psf • Zone 3 (Corners): -70.1 psf 4. REGULATORY COMPLIANCE & JUSTIFICATION A. Underlayment System (1-Ply Weather Armor) The use of one layer of Weather Armor (NOA 25-0219.08) applied direct-to-deck is compliant with the Florida Building Code (FBC) and Palm Beach County requirements. • Material: Glass-fiber reinforced, SBS modified bitumen membrane meeting ASTM D1970. • Code Justification: Per FBC 1507.1.1.1, a self-adhering polymer-modified bitumen underlayment qualifies as a Sealed Roof Deck and a Secondary Water Barrier. • Compliance: The NOA specifically approves this product for HVHZ use in single-ply application, providing superior monolithic protection and a robust bonding surface for adhesive-set systems. B. Adhesive Attachment (APOC Polyset AH-160) For a 5/12 pitch, the attachment must resist the overturning moment created by -70.1 psf pressures. • Attachment Protocol: To satisfy the -70.1 psf demand in Zones 2 & 3, the installer shall utilize a Large Paddy (min. 45g) or Dual Paddy placement as outlined in NOA 23-0614.01. • Tested Safety: The AH-160 system is TAS 101 tested and rated for high-velocity wind zones, ensuring the Eagle Capistrano tile remains secure under peak design loads. 5. INSTALLATION PROTOCOL • Surface Prep: Deck must be clean, dry, and free of debris. • Underlayment: Minimum 3-inch headlap and 6-inch end lap for a continuous seal. • Tile Setting: Tiles must be set firmly into the foam adhesive within the specified "string time" to ensure a minimum contact area of 2/3 of the tile's length. 6. CONCLUSION The Proposed Roofing System is a fully compliant assembly engineered for the environmental demands of Boynton Beach. The selection of Eagle Capistrano tiles secured with APOC Polyset AH-160 over a Weather Armor secondary water barrier exceeds the structural and waterproofing requirements for a 15' Mean Roof Height in this jurisdiction.

    Eagle Capistrano concrete tile at Landon Cir, Boynton Beach, FLorida

    This project involved engineering a high-velocity wind-resistant roof system for a 4,000 sq. ft. residence in Boynton Beach, FL, complying with Florida Building Code for a 15' mean roof height and Exposure C conditions. The assembly features Eagle Capistrano tiles secured with APOC Polyset AH-160 over a Weather Armor self-adhering underlayment to meet -70.1 psf uplift demands.

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    Transforming structural safety with zero compromise on modern architectural design. This comprehensive residential retrofit showcases our technical "Hurricane Envelope" approach, replacing standard, vulnerable glass with state-of-the-art, high-velocity storm protection. Navigating strict Florida Building Code compliance and local permitting requirements, this project stands as a benchmark for premium coastal structural engineering.

    High-Impact Fenestration Systems Port St. Lucie, FL

    This comprehensive residential retrofit showcases our technical "Hurricane Envelope" approach, replacing standard, vulnerable glass with state-of-the-art, high-velocity storm protection. Navigating strict Florida Building Code compliance and local permitting requirements, this project stands as a benchmark for premium coastal structural engineering.

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    TECHNICAL COMPLIANCE MEMORANDUM Project Overview & Design Criteria: This residential tile re-roof project in Boca Raton, FL, is engineered to withstand 170 MPH winds (Exposure C, 20' mean height, hip roof) in strict compliance with the FBC 8th Edition (2023), ASCE 7-22, and RAS 110 protocols. Approved System Components: The high-performance assembly utilizes a Weather-Armor FT3 underlayment (NOA 25-0219.08) and Eagle Saxony 900 Low Profile roof tiles in Dark Charcoal Blend (NOA 24-1008.12). All components are securely bonded using APOC Polyset AH-160 Single Component adhesive (NOA 23-0614.01). Engineering & Wind Compliance: The system vastly exceeds local wind load requirements. The Weather-Armor underlayment provides a maximum capacity of -112.5 psf, easily covering the maximum required corner and perimeter pressures of -63.5 psf. Furthermore, tile attachment moment calculations using a 24g medium adhesive pad deliver a substantial 18.2x safety margin in the field (Zone 1) and a 7.5x safety margin in high-pressure perimeter zones (Zones 2/3). Summary: This roofing assembly significantly surpasses Boca Raton's structural wind mandates, providing 1.77x the required underlayment resistance and 7.5x the required tile attachment resistance. Final fastening includes 32-gauge metal tin caps on all underlayment laps per 170 MPH criteria, with installation following RAS 120 and RAS 109 protocols. Reviewed for code compliance.

    Eagle Saxony 900 Low Profile roof tiles in Dark Charcoal Blend, Boca Raton Florida

    TECHNICAL COMPLIANCE MEMORANDUM

    Project Overview & Design Criteria: This residential tile re-roof project in Boca Raton, FL, is engineered to withstand 170 MPH winds (Exposure C, 20' mean height, hip roof) in strict compliance with the FBC 8th Edition (2023), ASCE 7-22, and RAS 110 protocols.


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    Key Project Highlights Premium Material Upgrade: Stripped the existing tile layers down to the wood deck and replaced them with a state-of-the-art Sentrigard ML150 standing seam metal panel system finished in a custom architectural blue protective coating. Engineered Wind-Uplift Defense: The 0.032" aluminum metal panel configuration is explicitly rated and securely fastened to conquer intense storm pressures, safely meeting extreme requirements of up to -128 PSF in localized high-stress roof zones. Advanced Low-Slope Shielding: For the property's flat and transitional layouts, we integrated a custom CertainTeed multi-ply self-adhered framework featuring Flintlastic SA Ply Base and SA Cap sheets, clearing a massive structural threshold rating of -127.5 PSF. Dual-Layer Secondary Barriers: Outfitted the structure with a heavy-duty Titanium FR Fire Barrier underlayment core. This secondary defense barrier delivers strict fire resistance and a watertight seal across the entire re-nailed 5/8" CDX plywood roof deck structure. Elite Coastal Testing Standards: This engineered conversion system fully satisfies stringent Florida Building Code protocols, including TAS 100 for wind-driven rain defense and TAS 125 for extreme structural uplift resistance.

    Blue 1.5" MSS 0.032 Standing Seam Metal Panel, Lauderdale by The Sea, FL

    Fusing elite High-Velocity Hurricane Zone (HVHZ) engineering with striking custom architectural design. This residential transformation showcases a complete structural upgrade, transitioning the property from a traditional, heavy tile system to a high-performance standing seam blue metal architectural envelope. Engineered to withstand the most severe wind-uplift demands in coastal Florida, this project eliminates heavy structural dead-load while implementing an elegant, long-lasting premium finish.

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    Overview & Property Details This technical memorandum highlights the engineering and architectural execution of the premium metal roof installation completed at the new construction residential property located in Port Charlotte, FL. The project was delivered to meet strict local wind-uplift criteria and provide maximum coastal storm protection. Material Specifications The roofing assembly utilizes top-tier, corrosion-resistant materials engineered for architectural beauty and maximum longevity: • Roofing Profile: 1.75" Mechanical Lock Standing Seam • Material Gauge/Thickness: 0.032" Heavy-Gauge Aluminum • Finish/Color: Slate Gray • Underlayment Protection: Two (2) full layers of Titanium PSU 30 high-temperature, self-adhering (peel-and-stick) waterproofing barrier, providing robust, redundant moisture protection across the entire deck structure.

    A Port Charlotte New Construction 1.75" MSS 0.032 Aluminum Slate Gray Color

    For this beautiful new construction coastal home, we designed and executed an elite, storm-resistant roofing system utilizing a meticulous "Hurricane Envelope" approach. Every layer of this installation was engineered to withstand severe coastal weather, combining industrial-grade durability with a sleek, modern architectural aesthetic.




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    Overview & Property Details This technical memorandum highlights the extensive engineering, structural adaptation, and architectural transformation executed at Caribbean Drive in Sarasota, Florida. The project involved a complete material retrofit, converting a heavy, high-maintenance tile roofing system into a high-performance, sleek, and storm-resistant standing seam metal roofing envelope designed to withstand coastal wind-uplift pressures. • Property Address: Caribbean Drive, Sarasota, FL 34231 • Project Type: Residential Re-Roof / Tile-to-Metal Structural Retrofit • Primary Objective: Weight reduction enhanced structural envelope longevity, and premium high-velocity hurricane zone (HVHZ) wind mitigation compliance.

    Caribbean Dr. Sarasota Florida 1.75" MSS Dark Bronze

    This coastal Sarasota property underwent a massive structural and architectural transformation. We completely retrofitted a heavy, high-maintenance tile roof and converted it into a sleek, high-performance "Hurricane Envelope" designed to withstand extreme wind-uplift and coastal weather patterns.

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    Dual-Licensed Protection Across South & Southwest Florida

    To provide responsive, consultative service, 3rd Eye Roofing & Home Improvement Pro operates through dedicated regional hubs.

    Our Exterior Consulting Specialists are fully equipped to handle complete hurricane envelope fortifications, premium roofing, and impact retrofits directly in your neighborhood.

    📍 Southwest Florida Hub

    Primary Location: Naples, FL

    • Core Service Areas: Naples • Bonita Springs • Estero • Fort Myers • Marco Island • Collier County.

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