Compare the highest-rated roofing professionals in Aztec, New Mexico. All contractors are licensed, insured, and verified through our rigorous screening process.
A highly-rated, full-service roofing contractor serving the Four Corners region, including Aztec. They are known for their expertise in handling storm damage, particularly hail and high winds common to the area, and for assisting customers with insurance claims. They offer comprehensive residential and commercial services.
A local Aztec contractor specializing in roof repairs, replacements, and maintenance for residential properties. They have extensive experience with the various roofing materials suitable for the high-desert climate, including asphalt shingles and tile. They are praised for their responsive service and thorough inspections.
Based in the nearby larger city of Farmington, Pro-Tech is a major roofing provider that actively serves Aztec and the wider San Juan County. They offer a wide range of services from minor repairs to full commercial installations and are recognized for their strong warranties and use of high-quality materials.
The roofing market in Aztec, NM, is heavily influenced by its high-desert climate, which features intense sun, significant temperature swings, and seasonal monsoon storms that bring high winds and hail. These conditions demand durable roofing materials and contractors with specific expertise in storm damage restoration and insurance claims. The market is served by a mix of local Aztec-based contractors and larger companies from neighboring Farmington, ensuring homeowners and businesses have access to a range of specialized services.
4.7+ star average from verified customer reviews
All contractors are properly licensed and insured
10+ years average experience in the industry
Familiar with Aztec regulations and climate
Get answers to common questions about roofing services in Aztec, New Mexico.
In Aztec, a full roof replacement typically ranges from $8,000 to $20,000+, depending heavily on the size and pitch of your roof, the material chosen, and the extent of any underlying damage. Key local factors include the need for materials rated for high UV resistance and thermal shock (due to our intense sun and temperature swings) and potential additional costs for complying with specific local building codes or historic district guidelines if your home is in a designated area.
The ideal times are late spring (April-May) and early fall (September-October). These periods typically offer the most stable, dry weather, avoiding the intense monsoon rains of July and August and the potential for freezing temperatures and snow in winter. Scheduling during these shoulder seasons helps ensure project efficiency and allows materials like asphalt shingles to seal properly in moderate temperatures.
Absolutely. Given Aztec's high UV exposure, significant daily temperature fluctuations, and occasional hail, impact-resistant architectural asphalt shingles (Class 3 or 4 rated) are a popular and durable choice. Metal roofing is also excellent for its longevity, energy reflectivity, and ability to shed snow. It's crucial to avoid basic 3-tab shingles, as they degrade faster under our intense sun and are more vulnerable to wind.
Always verify the contractor holds a current New Mexico Construction Industries Division (CID) license and carries both liability and workers' compensation insurance. Ask for local references in Aztec or Farmington to see past work and check reviews. A reputable local roofer will be familiar with the specific wind and snow load requirements in our area and should provide a detailed, written estimate that includes waste disposal and a warranty.
The primary culprits are UV degradation from our 300+ days of sun, which makes shingles brittle, and thermal expansion/contraction that can cause cracking. Wind events, particularly during spring storms, can lift shingles, and occasional hail can cause granule loss and punctures. Additionally, improper attic ventilation is a common issue that can lead to premature aging and ice dam formation in winter, even in our climate.