What to Expect: Metal Roofing Costs in Hollywood, FL

This table clarifies why a homeowner choosing aluminum will see different installed totals than one specifying standing seam steel or copper. Next we work the numbers for a typical 2,000-square-foot roof so you can see low/average/high case totals.

Per-square-foot price variation stems from material type, finish, panel profile, and certification requirements that matter in coastal Florida. Aluminum typically commands premium for corrosion resistance versus untreated steel, while galvalume offers a lower-cost steel option with zinc–aluminum coating that improves longevity. Panel profile—exposed-fastener corrugated versus concealed-fastener standing seam—changes both material and labor intensity, with standing seam generally at the high end due to custom seaming and clip systems. Color and factory-applied coatings, such as PVDF or silicone-modified polyester, increase unit costs but reduce life-cycle maintenance.

A worked example for a 2,000-square-foot house clarifies totals: multiply the effective roof area by the installed $/sq ft and add expected extras like tear-off or permit fees. In a low-cost scenario (galvalume at $6.50/sq ft), multiply 2,000 × $6.50 = $13,000 installed; a mid-range standing seam aluminum job at $10.50/sq ft totals about $21,000; a high-end copper or premium standing seam with upgrades at $14.00/sq ft reaches $28,000. Typical additional line items include tear-off/disposal ($1,000–$3,000), upgraded underlayment ($300–$1,200), and permit fees ($100–$600), which can push totals above base calculations.

For homeowners assessing bids, expect three practical service packages from local installers:

Several key factors influence final metal roofing costs in Hollywood, including material selection, roof size and complexity, labor and installation methods, and additional items such as permits, tear-off, and protective coatings. Material choice affects both unit cost and long-term maintenance; coastal ratings and Miami–Dade approvals may require specific products or fastening systems that increase price. Roof geometry—steep pitches, multiple planes, valleys, and penetrations—raises labor time and waste, while local labor availability and seasonal demand drive crew rates. Finally, permits, inspections, and required hurricane-code hardware can add fixed costs and may lengthen timelines, which indirectly affects total project expense.

Larger roofs benefit from economies of scale on material pricing but can require more complex logistics for staging, scaffolding, and crew coordination. Small roofs can carry minimum mobilization charges that inflate per-square-foot costs compared to larger jobs. Architectural complexity—skylights, chimneys, gutters, dormers, and multiple roof planes—introduces extra flashing, custom trimming, and additional manhours, each increasing labor line items. Steep pitches necessitate special fall protection and slower installation pacing, which raises labor costs and sometimes requires specialized crews.

Labor makes up a significant portion of installed cost and varies by installation method, crew experience, and market demand. Standard exposed-fastener corrugated installations have lower labor intensity than concealed-fastener standing seam systems, which require precision seaming and specialized clips. Labor rates also rise for installations that require structural reinforcement, complex flashing, or tie-ins to existing roof systems. Local labor rates in South Florida can be higher during peak seasons or after storm events when demand spikes.

Typical labor-only ranges for metal roofing in the area generally fall between $2.50 and $6.00 per sq ft depending on method; specialty standing seam installations sit at the higher end due to skill requirements. Skilled crews reduce install time and callbacks, so evaluate bids on crew experience and warranty coverage in addition to price.

When collecting estimates, insist on itemized proposals listing these extras so you can compare like-for-like and identify where lower bids may be cutting corners on important protections.

Choosing the right metal roofing system for Hollywood means balancing coastal corrosion resistance, wind and hurricane performance, aesthetics, and budget. Standing seam systems score highly for wind uplift resistance because of concealed fasteners and clip-based attachments, making them a common recommendation for hurricane-prone areas. Corrugated panels are economical and quicker to install but use exposed fasteners that may require more frequent maintenance in salt-air environments. Metal shingles offer familiar aesthetics with improved durability over asphalt but usually cost more than corrugated profiles.

Homeowners should factor in local environmental stressors — salt, humidity, and strong sun — when evaluating warranty terms and expected longevity for different materials.

Metal roofing improves energy efficiency primarily through higher solar reflectance and thermal emissivity compared with darker asphalt shingles; reflective coatings and lighter colors reflect more solar radiation, reducing roof surface temperatures. When coupled with proper attic ventilation and insulation, metal roofs can lower peak cooling loads, producing measurable reductions in air–conditioning run time and energy bills. Typical annual cooling savings vary by home orientation, insulation, and color selection but many homeowners see a 5–15% reduction in cooling energy under favorable conditions.

To maximize savings, specify high–reflectance coatings and ensure the roofing assembly includes adequate ventilation and roof–deck insulation consistent with Florida building practices.

Metal roofing provides hurricane and wind resistance through strong panel interlocks, concealed–fastener clip systems, and mechanically attached seams that distribute uplift forces to the structure. Certified assemblies that meet Miami–Dade or Florida product approval standards have passed testing for large missile impact and cyclic wind loads; these certifications support both performance and potential insurance savings. Properly installed flashing, secure attachment to blocking or purlins, and tested fastener schedules are critical to achieving specified wind ratings and resisting wind–driven rain.

When contractors document installation per tested methods and provide paperwork, homeowners increase the likelihood of insurance recognition for reduced risk.

Finding reputable contractors starts with referrals, verified online reviews, and trade association directories, followed by direct verification of credentials and in-person or video inspections of past jobs. When comparing estimates, use the checklist below for apples–to–apples comparison and to spot red flags in bids.

• Get at least three written estimates that itemize material, labor, tear–off, permits, and warranty.
• Confirm installer warranties and manufacturer product warranties in writing.
• Request evidence of recent similar installations and local references.
• Ask whether the bid includes Miami–Dade or Florida product–approval documentation if required.

Comparing itemized bids makes it easier to see which contractors include necessary protections and which bid low but omit critical items like proper underlayment or certified attachment methods.

Routine inspection and preventive maintenance keep metal roofs performing in Hollywood’s coastal environment; annual checks plus post–storm inspections are recommended to catch issues early and maintain warranties. Typical maintenance includes rinsing salt buildup, inspecting and tightening or replacing fasteners and sealants, checking flashings for sealant failures, and recoating or restoring factory finishes when needed. Professional inspections every 2–3 years complement homeowner visual checks and can identify early galvanic corrosion, failing sealants, or loose trim that DIY inspection might miss. The maintenance list below outlines common tasks specific to coastal exposures.

1. Annual visual inspection: Look for loose fasteners, damaged flashings, and paint degradation.
2. Post–storm check: Inspect after major storms for displaced flashings, dents, or compromised seams.
3. Periodic washing: Rinse salt and airborne deposits to reduce corrosion risk.
4. Sealant and trim upkeep: Re–seal joints and replace degraded sealants every few years as needed.

Keeping a maintenance log that documents inspections, washings, and professional services supports warranty claims and demonstrates proper care when applying for insurance or resale.