Frequently Asked Questions

Legacy Home Services specializes in residential roof replacements, roof repairs, and gutter replacement services. We focus on high-quality asphalt shingle roofing and seamless gutter systems designed to protect your home and withstand Louisiana’s weather conditions.
Yes. We work directly with homeowners and their insurance providers to help make the roofing process as smooth and stress-free as possible. Our team is experienced with inspections, documentation, and communication throughout the claims process.
Yes. Legacy Home Services is family-owned and operated. We take pride in offering personalized service, clear communication, and hands-on involvement from start to finish on every project.
We are based in Baton Rouge, Louisiana, and proudly serve surrounding communities including Gonzales, Prairieville, Zachary, Baker, and Central.
We stand behind the quality of our workmanship. Warranty options vary by project and materials used, and our team will review all available coverage details with you before work begins.
Most residential roof replacements can be completed in one to two days, depending on the size and complexity of the roof. Weather conditions and material availability may affect scheduling.
Common warning signs include missing or damaged shingles, interior water stains, granule buildup in gutters, sagging areas, and visible damage after storms. A professional inspection is the best way to determine the right solution.
Gutters help direct rainwater away from your roof, siding, and foundation. Proper drainage helps prevent erosion, foundation damage, and moisture-related issues around your home.
Sectional gutters are made from pre-cut pieces joined together, which can create weak points over time. Seamless gutters are custom-cut to fit your home, reducing leaks and improving long-term performance.
Gutters should be inspected and cleaned at least twice a year, typically in the spring and fall. Homes with nearby trees may require more frequent maintenance to prevent clogs and water overflow.