Every siding comparison comes down to upfront cost, service life, and maintenance. Vinyl runs $5 to $12 per square foot installed and lasts 20 to 40 years with almost no upkeep. Fiber cement costs $9 to $20 per square foot but lasts roughly twice as long. Aluminum falls between them at $5 to $9 per square foot.
Installed Cost: How the Numbers Actually Compare
Vinyl siding is the least expensive mainstream option by a wide margin. A full re-side on a 2,000-square-foot home typically runs $9,000 to $16,000 for vinyl, versus $14,000 to $26,000 for fiber cement. That gap reflects both higher material prices and the slower, more labor-intensive installation fiber cement requires. Panels weigh roughly 3 pounds per square foot compared to vinyl’s 0.6 to 0.7 pounds, so crews move at about half the pace.
Aluminum pricing lands between the two at $10,000 to $18,000 for the same home, though availability complicates matters. Aluminum siding is largely a legacy product with fewer manufacturers and fewer experienced installers, which can push local pricing higher than the national range suggests. Our vinyl siding replacement cost guide breaks these numbers down by grade and region, including seasonal timing effects.
One rule of thumb holds up well across markets: vinyl is roughly 35 to 45% cheaper than fiber cement at the installed-project level. That gap narrows on simple ranch homes with minimal trim and widens on complex two-story colonials. A 2,000-square-foot ranch might see a $4,000 difference; a detailed colonial could see $12,000 or more.
The per-project cost tables below show specific ranges for each material. Before fixating on sticker price, though, the next section explains why lifespan changes the math.
Lifespan and Lifecycle Cost
Fiber cement’s installed cost premium starts looking different when you divide total spending by years of service. A $25,000 fiber cement job lasting 50 years costs $500 per year. A $10,000 vinyl job lasting 25 years costs $400 per year on material and installation alone, but vinyl will need full replacement before fiber cement even shows its age.
Here is where each material typically falls:
- Vinyl: 20 to 40 years. Grade matters enormously. Economy panels (0.040-inch thickness) often fail at the low end of that range. Premium panels (0.046 to 0.055 inch) from manufacturers like CertainTeed or Ply Gem push closer to 40 years in mild climates. Our vinyl siding lifespan guide covers the grade-by-grade breakdown.
- Fiber cement: 40 to 60 years. James Hardie backs its products with a 30-year non-prorated warranty. The repainting cycle (every 10 to 15 years, roughly $3,000 to $6,000 per cycle) is the primary ongoing expense.
- Aluminum: 30 to 50 years for the substrate. The metal itself does not degrade from UV or moisture. Repainting every 5 to 10 years is the catch, and over a 40-year span those cycles add $12,000 to $40,000 in paint costs for a typical home.
- Engineered wood (LP SmartSide): 25 to 40 years with proper maintenance. Warranted against hail up to 1.75 inches in diameter, which gives it a niche advantage in hail-prone regions where vinyl and aluminum both suffer impact damage.
Resale return adds another dimension. Industry data puts fiber cement at about 114% cost recouped at resale versus 97% for vinyl (both per Zonda’s 2025 Cost vs. Value report). Aluminum is not separately tracked in current resale studies, which reflects its shrinking market share. The fiber cement advantage tends to be strongest on higher-value homes, where buyers notice the curb appeal difference from the street. For a deeper look at how each material stacks up head to head, see the vinyl vs. fiber cement comparison .
Climate and Durability
Material performance varies sharply by geography, and choosing the wrong siding for your climate shortens lifespan regardless of price or brand.
Hot, high-UV regions (Southwest, high altitude). Fiber cement dominates here. Vinyl’s coefficient of thermal expansion is six times higher than fiber cement’s. South-facing walls can exceed 160 degrees Fahrenheit on summer days, causing vinyl panels to buckle and warp. Economy vinyl in Phoenix or Albuquerque routinely fails by year 15. Fiber cement stays dimensionally stable because heat degrades only the paint finish, not the substrate.
Freeze-thaw zones (Midwest, Mountain states). This is where the vinyl-versus-fiber-cement choice gets complicated. Vinyl handles expansion and contraction well while it is still flexible, but UV degradation makes PVC brittle over time, and brittle vinyl cracks at nail points during cold snaps. Fiber cement survives freeze-thaw as long as cut ends are properly sealed. Fiber cement with quality installation outperforms vinyl long-term in Chicago and Denver.
In coastal areas, salt spray does not attack PVC directly, making vinyl the lower-maintenance option near the ocean. Aluminum handles salt well too, as long as the paint coating stays intact. Any scratch that exposes bare aluminum invites oxidation. Fiber cement’s rigid attachment and tighter tolerances resist wind-driven rain penetration better than vinyl’s floating-panel design.
Hail corridors (Great Plains, Texas). Neither vinyl nor aluminum performs well in serious hail country. Aluminum dents permanently from any significant impact. Vinyl handles moderate hail while still pliable but cracks once UV has embrittled the panels. LP SmartSide engineered wood, warranted against hail up to 1.75 inches in diameter, is the pragmatic choice in these regions. Our aluminum vs. vinyl comparison covers the full climate matchup.
Vinyl performs at its best in mild, overcast climates like the Pacific Northwest or parts of the Mid-Atlantic. Low UV extends lifespan toward the top of its 40-year range, and minimal thermal cycling means panels hold their lock joints and nail slots longer.
Maintenance and Fire Safety
Maintenance burden separates these materials as clearly as price does. Vinyl requires almost nothing. Wash it once a year with a garden hose and you are done. Color runs through the entire panel, so scratches do not expose a different layer. No painting, no staining, no sealing.
Fiber cement demands periodic repainting but otherwise needs little attention. Factory-finished products like James Hardie’s ColorPlus last 15 or more years before the first repaint. Field-painted fiber cement needs a fresh coat every 10 to 15 years. Between cycles, maintenance is limited to caulk inspection at joints and cut ends.
Aluminum is the high-maintenance option. Repainting every 5 to 10 years is not optional if you want to maintain appearance and protect against oxidation. The paint is a surface coating that chalks and peels. Dent repair adds to the burden, since even minor impacts leave permanent marks that painting cannot disguise.
Fire safety is a binary distinction for some homeowners. Fiber cement is noncombustible and complies with ASTM E136. Aluminum is also noncombustible. Vinyl melts at 160 to 165 degrees Fahrenheit and ignites around 730 degrees. Some WUI jurisdictions restrict or ban vinyl siding outright. Homeowners in fire-prone areas may have the decision made for them by local building code.
The material profiles below compile these tradeoffs into a format designed to match your specific priorities to the right material.