Compare the highest-rated roofing professionals in Martin, North Dakota. All contractors are licensed, insured, and verified through our rigorous screening process.
A highly-rated, full-service roofing contractor known for expertise in hail and wind storm damage restoration. They work directly with insurance companies and specialize in asphalt shingle and metal roofing systems designed for North Dakota's harsh climate.
A reputable and established roofing company serving central and western North Dakota. They offer comprehensive roof inspections, maintenance programs, and emergency repair services, with a strong focus on both residential and commercial properties.
A local favorite known for quality craftsmanship and customer service. They specialize in residential roof replacements and repairs, offering a variety of materials and strong warranties. They are experienced with the high winds and heavy snow loads common in the Martin area.
Martin, ND is a very small city, and there are no roofing contractors physically based within the city limits. The local roofing market is served by established companies from larger nearby hubs like Minot (approx. 60 miles east) and Bismarck (approx. 100 miles south). The primary considerations for roofing in this region are extreme weather resilience—specifically resistance to high winds, hail damage from severe thunderstorms, and the structural integrity to handle heavy winter snow loads. Most homes utilize steep-slope asphalt shingle or metal roofing systems. Expertise in navigating insurance claims for storm damage is a critical service offered by all top providers.
4.7+ star average from verified customer reviews
All contractors are properly licensed and insured
10+ years average experience in the industry
Familiar with Martin regulations and climate
Get answers to common questions about roofing services in Martin, North Dakota.
The optimal window for roof replacement in Martin is typically from late May through early October. North Dakota's harsh winters, with snow, ice, and freezing temperatures, make roofing unsafe and ineffective, as materials like shingles become brittle and don't seal properly. Summer and early fall provide the most reliable dry, warm conditions, but homeowners should book contractors early, as schedules fill up quickly during this short season.
Given Martin's exposure to heavy snow, high winds, hail, and significant temperature swings, durability is paramount. We strongly recommend impact-resistant asphalt shingles (Class 3 or 4) to withstand hail, or metal roofing for superior snow shedding and wind resistance. It's crucial to ensure proper ice and water shield installation at eaves and valleys to prevent ice dam water intrusion, a common issue in our climate.
Yes, you must check with the City of Martin or the relevant county building department. While state building codes apply, local jurisdictions may have specific requirements for roofing, especially concerning wind uplift ratings and proper fastening for our high-wind zone. A reputable local roofing contractor will typically handle the permit process, ensuring the work meets all local and state codes for your protection.
Prioritize contractors who are licensed, insured (including worker's compensation and liability), and have a proven physical presence in the region. Ask for local references in Martin or nearby towns like Bowman and examine their portfolio of completed projects. Crucially, choose a contractor familiar with installing roofs to withstand North Dakota's specific weather challenges, and ensure they provide a detailed, written warranty covering both materials and workmanship.
Costs vary significantly but generally range from $8,000 to $15,000+ for a standard asphalt shingle roof on an average-sized home. Key factors include the roof's size and pitch, the choice of material (e.g., premium impact-resistant shingles vs. metal), the extent of underlying decking repair needed, and current material/labor rates. In Martin, additional costs can arise from necessary upgrades to meet wind code requirements or from complex tear-offs of multiple existing layers.