Frequently asked questions

Four sources in priority order: (1) BLS Regional Price Parity (2022, public US government data) applied to national medians, (2) Lead-gen platform aggregates from Networx, Bark, and similar networks, (3) Direct contractor phone surveys (5–10 calls per service per quarter), (4) Industry trade publications for commodity trends. See our editorial standards for full methodology.

Quarterly cadence. We refresh when BLS releases new RPP data (typically June), when material commodity prices move >5% in a quarter, when new tax credits/subsidies become law, or when reader correction submissions exceed our threshold (≥3 substantive corrections per quarter trigger a full-article review).

No. We don't have ownership or financial interest in any individual contractor business. We do earn affiliate commissions from lead-generation networks (Networx, Bark, Angi) when readers request quotes via embedded forms — but these post-conversion commissions don't influence our editorial direction. See our conflict of interest policy.

Two revenue sources: (1) Affiliate commissions from lead-gen networks ($5–$50 per qualified quote referred), (2) Display advertising via Google AdSense (initially) and Mediavine (after we reach 50K monthly sessions). We don't accept sponsored content, paid editorial placement, or pay-to-play contractor promotion.

Yes, significantly — Claude by Anthropic assists with research synthesis, drafting, and code infrastructure. Every numeric claim is human-verified before publication; every article passes a tone audit removing common AI patterns. We disclose this directly because readers deserve to know how content they're reading was produced. See editorial standards section 4.

The calculators provide ESTIMATES derived from national medians and state cost indices. They're useful for spotting quotes that fall materially outside typical ranges — but should NOT be treated as a binding price prediction. Always get 2–3 independent quotes from licensed contractors before signing.

Quotes 15–20% from our published range are within normal contractor variance. Quotes 50%+ above our high range deserve scrutiny — ask the contractor what specifically justifies the premium (materials, hard access, rush timing). Quotes well below our low range usually mean something's missing from scope (tear-out, permits, warranty).

We don't have direct relationships with individual contractors. Recommending specific names would require pay-to-play or undisclosed relationships — both incompatible with our independence. Instead, we route to lead-gen networks (Networx, Bark) that vet contractors against minimum quality standards.

Not yet. Our methodology relies on BLS Regional Price Parity, which is US-specific. We have planned expansion to other Tier-1 markets (UK, Canada, Australia, Germany, France) but US validation is the trigger gate. See about for our roadmap.

Email [email protected] with the article URL, the specific claim that's wrong, and (if possible) a source for the correct version. We correct factual errors within 7 days and add a "Correction" note to the article footer for 90 days.

Brief excerpts with attribution and link back to the source URL: yes. Full article republication: no, without written permission. AI training on our content: no. See terms of use section 6.

Maybe. We currently cover 8 home exterior services. Planned vertical expansion includes Interior (kitchen, bathroom, flooring), MEP (HVAC, plumbing, electrical), and Auto repair. Send suggestions to [email protected].

Technically yes for one trip if you manually lift the door — but the door weighs 150–250 lbs without spring assist and most home insurance won't cover a dropped-door injury. Most pros recommend leaving it shut until repaired.

For torsion springs on a double door, yes — both are the same age and the second usually fails within months. Replacing in pairs also keeps the door balanced. For extension springs, only replace the broken one unless the other shows visible rust or stretch.

30–60 minutes for a professional, including testing door balance and opener limit settings. DIY (extension only): 60–90 minutes. Torsion DIY is not recommended without proper winding bars.

Most home warranties cover the opener motor, not the springs. Springs are usually classified as wear-and-tear items and excluded. Check your specific plan — a few premium tiers do cover them after a one-time service call fee ($75–$125).

Measure the broken spring: uncoiled length, wire diameter, and inside diameter. Most pros use the DASMA calculator (industry standard) to spec the replacement. If you're going DIY, photograph the existing spring's spec sheet — it's usually stamped on the spring itself.

Yes, as long as the specs match: wire gauge, length, and cycle rating. Original equipment isn't required. What matters is that the spring is rated for your door's weight and your usage frequency.

Spring failure usually sounds like ONE LOUD POP, not gradual noise. Continuous squeaking points to lubrication; grinding suggests worn rollers or hinges; thumping or vibration points to an unbalanced spring or loose hardware.

A two-person crew installs a standard single-car door in 4–6 hours, double doors in 5–8 hours. Custom doors with windows or insulation add 1–2 hours. Removing and disposing of the old door adds 30–60 minutes.

Not always. If your opener is under 10 years old, has the same horsepower rating (1/2 HP for single, 3/4 HP for double or insulated), and the rails fit the new door, keep it. Replace if it's noisy, lacks rolling-code security, or you're upsizing to a heavier insulated door.

Usually yes for residential replacements ($50–$150 covers tear-out and disposal). Always confirm in writing — some contractors break it out as a separate line and a few skip disposal entirely, leaving the old door in your driveway.

R-value measures thermal resistance. R-8 (polystyrene foam panel) is the entry insulated tier and cuts garage temperature swings by 8–12°F. R-12 to R-16 uses polyurethane foam-injected panels and matches the wall R-value most building codes target — worth it if your garage is attached or has rooms above it.

Steel is the volume winner: 70% of US homes, $800–$2,500, dent-resistant when 24-gauge or thicker, lasts 20+ years with paint touch-ups. Wood ($2,500–$8,000) looks premium but needs refinishing every 3–5 years. Aluminum ($1,200–$3,500) resists rust but dents easily — best for glass-panel modern designs.

For a like-for-like replacement (same size opening, same door type), most US municipalities don't require a permit. You typically do need one if you're changing the opening size, converting from one-piece tilt-up to sectional, or adding an opener for the first time in some states. Check your city building department — calls are free.

A new opener bundled with door installation adds $250–$600 for parts plus $100–$200 labor. Chain drives are cheapest and loudest. Belt drives ($350–$500) are quieter — worth it if a bedroom sits above the garage. Jackshaft (wall-mount, no ceiling rail) runs $500–$800 but frees up ceiling space.

Concrete lasts 30+ years vs asphalt's 15–20, and stays cleaner-looking long-term. But concrete costs roughly 2× asphalt installed ($7–$12/sq ft vs $3.50–$8/sq ft). Concrete cracks are harder to repair invisibly; asphalt cracks fill cleanly. In freeze-thaw climates, asphalt flexes better. Hot southern climates favor concrete — asphalt softens above 90°F.

For light residential use (patios, walkways): 4" is standard with wire mesh. Garage floors and driveways for cars: 4–6" with mesh or light rebar. Heavy vehicles (RV, boat trailer, work trucks): 6" with rebar. Commercial-grade or industrial floors: 8"+ with engineered rebar grid. Going thicker than spec wastes money — proper base prep matters more than slab depth.

Wire mesh is standard for residential slabs under 6" thick — adds $0.50–$1.00/sq ft, prevents minor cracking. Rebar (3/8" or 1/2" grid on 16" centers) is required for slabs 6"+ or any structural pour — adds $0.80–$1.50/sq ft. For small patios under 100 sq ft, fiber-reinforced concrete can replace mesh and is sometimes cheaper.

Walk on it after 24–48 hours. Drive a car on it after 7 days. Park heavy vehicles or place heavy objects after 28 days — that's when concrete reaches design strength. The slab continues curing for months but the 28-day mark is when it's safe for full load. In hot weather, water the surface daily for the first week to prevent shrinkage cracks.

Plain broom-finished slab is the baseline. Exposed aggregate (pebble surface) adds $1.50–$3.00/sq ft. Stamped patterns (mimics brick, stone, slate) add $4–$8/sq ft. Integral coloring adds $1.50–$3.50/sq ft. Polished concrete (indoor floors) runs $3–$8/sq ft on top of the base slab cost. Stamped + colored together is the typical "premium patio" upgrade — total runs $12–$20/sq ft installed.

Patios and walkways under 200 sq ft usually don't need a permit. Anything over 200 sq ft, driveways, or anything connected to your house (porch slab) typically requires one — $50–$200 permit fee, sometimes inspection. New garage slabs always need permits. Call your city building department before starting; they'll tell you in 5 minutes.

Spring (April–May) and fall (Sept–Oct) are ideal — ambient temps 50–75°F give concrete optimal cure conditions. Summer pours need afternoon shade or evening starts to avoid flash-set. Winter pours below 40°F require accelerators ($0.50–$1.00/sq ft surcharge) or heated enclosures. Avoid pouring within 24 hours of forecast rain — surface scaling is irreversible.

Double-hung windows (both upper and lower sash slide) cost $50–$150 more per window than single-hung (only lower sash moves). Double-hung are easier to clean from inside and better for upper-floor windows. Single-hung wins on price and slightly better energy efficiency — fewer moving parts means tighter seals.

A standard 3-bedroom house has 12–16 windows. Replacing all with mid-tier vinyl double-pane: $5,000–$12,000 installed. With premium fiberglass + Low-E triple pane: $12,000–$22,000. Whole-house jobs usually get 5–10% volume discounts. Plan for 2–3 day install with a 3-person crew.

Insert (pocket) replacement fits new windows inside existing frames — cheapest at $400–$900/window, takes 30–45 min per window. Use this if frames are solid (no rot, no warping). Full-frame replacement tears out the old frame to the studs — $700–$1,800/window. Required if you see water damage, soft wood, mold around the frame, or the existing frame is bent/out-of-square.

All four make quality windows; the price ladder runs Andersen 100/200 < Milgard < Pella < Andersen 400 < Marvin. Milgard offers best value in the West (made in CA/WA). Andersen 400 Series and Pella Lifestyle are the volume mid-premium picks nationally. Marvin Signature is the premium tier ($800–$1,800/window) for wood-clad and historic-match. Avoid window companies that won't name the brand they install — they're typically reselling generic vinyl at premium markup.

In northern-tier states (climate zones 5–7), the upgrade from double-pane to triple-pane Low-E pays back in 8–14 years through heating savings. In southern states (zones 1–3), Low-E with argon fill on double-pane is the right tier — triple pane is overkill and rarely pays back. The federal Residential Energy Efficient Property Credit (30% of cost up to $600/year for windows) cuts net cost meaningfully.

Like-for-like replacements (same size opening, same window type) usually don't require a permit. Changing window size, adding new openings, or converting to egress (basement bedrooms) requires permits and possibly engineering. Historic district homes have additional requirements. A 5-minute call to your city building department settles it.

Spring (April–May) and fall (Sept–Oct) are ideal — mild temps mean less interior heat/cool loss during the swap. Pros prefer 50–75°F days. Window companies discount 10–15% in deep winter (Jan–Feb) to fill calendars but you'll have a chilly few hours per window swap. Avoid summer install in southern states — humidity makes caulk and sealant cure unevenly.

A properly installed and maintained asphalt driveway lasts 15–20 years in temperate climates, 12–15 years in regions with hard winters or hot summers. Seal coating every 2–3 years extends life by 30–40%. Skip seal coating and you're looking at premature cracking within 8 years.

Overlay (2" of new asphalt on top of old) works if cracks are surface-level and the base is solid: $1.50–$3.00/sq ft, saves 50–60% vs full replacement. Full replacement is required if you see alligator cracking, deep potholes, edge crumbling, or pooling water — those signal base failure that no overlay will fix.

Residential standard is 2" of asphalt over a 4–6" compacted gravel base. Heavy vehicles (RV, boat trailer, work trucks) need 3–4" of asphalt and 6–8" of base. Going thicker than spec wastes money — the base depth matters more than asphalt depth for longevity.

Wait 6–12 months for the asphalt to fully cure before the first seal coat. After that, reseal every 2–3 years in temperate climates, every 1–2 years in regions with freeze-thaw cycles. A seal coat job runs $0.15–$0.35/sq ft DIY or $0.40–$0.80/sq ft hired.

Concrete lasts longer (30+ years vs 15–20) but costs $4–$12/sq ft installed — roughly double asphalt. Concrete cracks are harder to repair invisibly; asphalt cracks fill cleanly. In freeze-thaw climates, asphalt flexes better. In hot southern climates, asphalt softens. Choose by climate first, budget second.

Yes, if the gravel base is compacted, well-drained, and at least 4" deep. Most contractors will regrade and add 1–2" of new gravel before paving — adds $0.50–$1.00/sq ft. If your gravel is shallow or muddy after rain, you need a full new base.

Foot traffic after 24 hours, light vehicles after 48–72 hours, full normal use after 7 days. The asphalt continues curing for 30 days — avoid heavy point loads (parking jacks, motorcycle kickstands without a board) for the first month or you'll get permanent depressions.

Asphalt 3-tab shingles last 15–20 years. Architectural asphalt: 25–30 years. Metal roofing: 40–70 years. Clay or concrete tile: 50+ years. Slate: 75+ years if installed correctly. Most homeowners replace earlier than necessary because of storm damage, missing shingles, or curb-appeal concerns before resale. A roof that's 15+ years old in good visible condition can often defer replacement another 5–10 years with annual inspections and minor repairs.

Asphalt is the volume default: 75% of US homes, $5,500–$15,000 typical install, 25–30 year lifespan, easiest to repair. Metal lasts 2–3× longer ($15,000–$35,000), is fire and impact resistant (lower insurance), and reflects heat (cuts cooling bills 10–25% in southern climates). Metal's downside: higher upfront cost, contractor scarcity in some regions, and louder during rain (matters if your bedroom is directly under it). For a 15+ year stay, metal pays back. For sub-10 year stays, asphalt wins on ROI.

Repair if the damaged area is under 30% of the roof and your shingles are under 15 years old. Patching matches reasonably well, costs $300–$2,500 for typical leaks and missing-shingle repairs. Full replacement if: shingles are 20+ years old, multiple leaks across the roof, visible granule loss (gutters full of asphalt sand), buckling or curling shingles, or hail damage covering more than 30% of the surface. Insurance often requires full replacement on hail or wind damage exceeding 30% — they'd rather pay once than file repeated claims.

For asphalt shingles: roughly 40% labor, 35% materials, 15% disposal + permits, 10% contractor margin. Metal roofing flips to 30% labor / 50% materials due to higher panel cost. Tile and slate: 25% labor / 60% materials — the material dominates. The labor share is fixed per square (one square = 100 sq ft of roof), so per-square pricing is consistent regardless of total roof size on residential jobs.

Yes for sudden damage from a covered peril: hail, wind, fallen tree, fire, vandalism. Insurance does NOT cover: wear and tear, neglected maintenance, gradual deterioration, or roofs already past their useful life (typically 20+ years). When filing a claim: document damage with photos and timestamps within 7 days of the event, get an inspection from an independent roofing contractor before the insurance adjuster arrives, and never sign an "Assignment of Benefits" form without legal review — those let contractors keep the entire insurance payout.

Fall (Sept–Nov) is ideal — mild temps mean asphalt shingles seal properly and crews work efficiently. Late spring (April–May) is second best. Avoid summer in hot southern climates — shingles get sticky and crews work slower in 95°F+ heat. Winter installs work in mild-winter regions (Sun Belt) but shingles below 40°F don't seal until next spring's heat. Cold-climate winter installs (Midwest, Northeast) are typically emergency-only.

Not always, but often it makes sense to bundle. Gutters typically last 20 years (aluminum) to 50+ years (copper). If your gutters are 15+ years old, getting them done at the same time saves $200–$500 in labor mobilization. If gutters are under 10 years and functional, leave them — bundled "free gutters" promotions usually inflate the roofing quote by more than the gutters would cost separately.

Take the floor area, multiply by 1.0–1.3 to estimate wall area. A 2,000 sq ft floor house typically has 2,400–2,800 sq ft of siding area. Add 10% for waste (cuts, gables, corners) and 5% extra for trim. Most contractors estimate from a quick walk-around — measuring tape on a clipboard is the industry standard.

Vinyl lasts 30–40 years, costs $3.50–$12/sq ft installed, never needs repainting, but can crack from impact (hail, baseball) and shows seams. Fiber cement (James Hardie) lasts 50+ years, costs $6–$14/sq ft installed, needs repainting every 10–15 years, but holds up better to fire, impact, and pest damage. Vinyl wins for volume replacement on a budget. Fiber cement wins for long-term resale in fire-prone or coastal markets.

Quality vinyl installed correctly lasts 30–40 years. Color holds for 15–20 years before noticeable fading on south-facing walls. The biggest failure modes are impact damage (replacing a single cracked panel: $50–$200), wind-driven separation from incorrect nailing, and warping from heat exposure (next to BBQ, near light-colored brick reflecting heat). Brands warranty 25–50 years against manufacturing defects, but warranties exclude impact and labor.

House wrap (Tyvek, ZIP, or equivalent) is required by IRC code for new installs and most full re-sidings. Adds $0.40–$0.80/sq ft. If your existing wrap is intact, you can usually leave it. Adding insulation under the siding is a separate decision — foam board (R-3 to R-5, $1–$2/sq ft) is the common upgrade. Insulated vinyl panels (R-2 to R-4 built into the siding) add $1.50–$3/sq ft over standard vinyl.

Sometimes, but usually not advised. You can install over wood lap siding if it's flat, dry, and nailed tight — saves $1–$2/sq ft in demo + disposal. You cannot install over existing vinyl, stucco, or anything cracked/warped. Most contractors prefer full tear-off because hidden water damage gets fixed during removal and insurance pays for the demo when storm-related.

CertainTeed, Mastic, Royal, Alside, and Norandex are the major manufacturers. CertainTeed Cedar Impressions and Mastic Quest are the premium lines (thicker .046–.048" panels, longer warranties). Builder-grade vinyl is .040–.042" thick — fine for budget builds but warps faster in hot climates. Ask your contractor for the panel thickness — it's the spec that most predicts longevity.

Adds R-2 to R-4 to your wall assembly. In northern-tier climates (zones 5–7), payback is 12–18 years through heating savings. In southern states, it's primarily a stiffness upgrade — panels are more impact-resistant and reduce road noise. For coastal homes near the ocean, the upcharge isn't worth it — salt corrosion is the failure mode, not energy. Standard insulated upcharge: $1.50–$3.00/sq ft over uninsulated vinyl.

Hairline cracks under 1/8 inch wide, running vertically, are usually cosmetic — concrete shrinkage during cure. Repair as DIY caulk for cosmetic reasons ($30–$100). Get a structural engineer assessment if you see: horizontal cracks wider than 1/4 inch, stair-step cracks in brick or block, cracks that grow over months, doors or windows that suddenly bind, sloping floors (use a marble test), or wet spots in the basement after rain. Engineer assessment: $400–$800, often credited toward repair if you hire the firm.

Mudjacking pumps a cement-and-soil slurry under a sunken slab to raise it — $500–$3,000 typical, lasts 10–15 years. Polyurethane foam injection does the same job with expanding foam — $1,500–$5,000, lasts 25+ years, lighter weight (less load on already-weak soil), and cures in 15 minutes (mudjacking needs 24 hours). For driveways and pool decks, polyurethane wins on durability. For garage floors or basement slabs where weight isn't critical, mudjacking is the budget pick.

Push piers (also called resistance piers) are driven hydraulically into hard soil until they hit bedrock or refusal: $1,500–$2,500 per pier, requires the weight of the house to drive them. Best for heavier homes and unstable upper soils. Helical piers are screwed into the ground like giant corkscrews: $2,000–$3,500 per pier, work in any soil, can be installed in lighter structures or for new construction. A structural engineer specs which is appropriate based on soil report and load — don't let a contractor pick without an engineer's sign-off.

Almost never for gradual issues (settling, soil shrinkage, water intrusion over time) — those are excluded as "wear and tear" on every standard policy. Insurance typically covers foundation damage only from sudden, accidental events: a burst pipe flooding the foundation, vehicle impact, a fallen tree, or natural disasters (with separate flood or earthquake riders). If your basement floods from a slow leak, you're paying out of pocket. Document any sudden damage with photos and a contractor estimate within 7 days for the best claim outcome.

Cosmetic crack repair: 1–4 hours. Epoxy or polyurethane injection: 1 day. Mudjacking: 1–2 days. Carbon fiber wall straps: 2–4 days. Push or helical piers: 3–5 days per pier set, plus 1–2 days for engineering and prep. Full underpinning (10+ piers): 2–3 weeks. Most homeowners can stay in the house during repair — the only major exception is full basement waterproofing with interior excavation (3–7 days of dust and noise).

Disclosed past foundation repair reduces resale value by 3–10% on average — buyers price in perceived risk even when repairs are warrantied. The reverse is also true: an UN-repaired settling foundation reduces value 10–25% because most buyers won't even offer until it's fixed. Always get a warranty on the repair (most reputable foundation companies offer transferable lifetime warranties on piers) — that warranty significantly cuts the resale discount, sometimes to zero.

No, but assess. Vertical hairline cracks under 1/8" wide are usually shrinkage from initial concrete cure and aren't structural. Vertical cracks 1/4"+ wide may indicate minor settling — watch them with a pencil mark and date over 6 months. Horizontal cracks (running side-to-side, not top-to-bottom) signal pressure from outside soil pushing inward — get an engineer assessment immediately. Stair-step cracks in brick or block point to differential settling — same: engineer first, repairs after diagnosis.