How Monmouth County’s Hurricane Preparedness Requirements Are Transforming Local Roofing Installation Methods

As climate change intensifies storm patterns along New Jersey’s coast, Monmouth County homeowners are facing unprecedented challenges in protecting their properties from hurricane damage. The roof of your house is most vulnerable to damage from high winds. Proper roof construction is essential. A small investment made before a storm hits can save thousands in future damage. Local roofing contractors are adapting their installation methods to meet stricter building codes and climate resilience requirements, fundamentally changing how roofs are built throughout the region.

Understanding New Jersey’s Updated Building Codes

The current New Jersey building codes are based on the 2018 editions of the IBC and the IRC, which were adopted by the DCA on September 6, 2022, and went into effect on March 6, 2023. The next update of the New Jersey building codes will be based on the 2021 editions of the IBC and the IRC, which are expected to be adopted by the DCA in 2024 and go into effect in 2025. These evolving standards reflect the urgent need for enhanced hurricane resistance in coastal areas like Monmouth County.

The New Jersey roofing codes also provide the minimum standards and criteria for the performance, quality, and installation of the roof materials and systems, such as the fire rating, wind resistance, water resistance, durability, and compatibility. For example, the New Jersey roofing codes require that the asphalt shingles have a minimum Class A fire rating, a minimum Class F wind resistance rating, and a minimum Class G impact resistance rating, according to the ASTM standards.

Critical Hurricane-Resistant Installation Methods

The most significant change in roofing practices involves strengthening the connection between the roof and walls. The connection between the roof and walls must be strong enough to resist the “uplift” effect of strong winds. Roof trusses or rafters should be tied properly to exterior walls with metal hurricane connectors or straps. This requirement has led contractors to implement specialized fastening systems that far exceed traditional installation methods.

For maximum protection, consider these hurricane-resistant upgrades: Secondary water barrier (self-adhering membranes or synthetic underlayments) Hurricane straps and roof bracing for structural reinforcement · Enhanced roof deck protection (ice and water shield) Storm shutters and impact-resistant windows for overall home safety

Modern installations also emphasize improved drainage systems. Clogged gutters prevent proper water drainage, leading to roof leaks, wood rot, and foundation issues. Clean gutters and downspouts, and make sure they are securely attached to handle heavy rainfall.

How Local Companies Are Adapting

Established Roofing Company Monmouth County contractors like A. Russo Roofing & Siding are leading the charge in implementing these enhanced standards. A Russo & Son Roofing, based in Morganville, NJ, has been proudly serving Monmouth County, Bergen County, Passaic, County, Essex County, for over 40 years. As a trusted family-owned company with over four decades of experience, we specialize in top-tier siding installation, fixing, replacement, and maintenance services.

The company’s approach reflects the industry’s evolution toward climate-resilient construction. In Rumson, where 31% of properties face flood risk over the next 30 years, we pay special attention to water resistance. We install advanced flashing systems around chimneys, vents, and roof penetrations—areas where most leaks start. This attention to detail represents the new standard for hurricane preparedness in coastal communities.

Material Specifications and Wind Resistance

Today’s hurricane-resistant roofing requires materials that can withstand significantly higher wind speeds than previous standards. Hurricane-rated shingles (Class F or G, rated for 110–150 mph winds) are now becoming the minimum standard rather than an upgrade option. In addition, low-slope roofs inherently experience higher wind loads and therefore perform worse in hurricanes than steep-slope roofs, according to research conducted by civil engineers at the New Jersey Institute of Technology. Specifically, this research found that roofs at a 7:12 pitch perform the best in high wind conditions.

The shape of the roof itself plays a crucial role in hurricane resistance. Hip roofs survive hurricanes better than gable roofs. The flat face of the gable catches wind, while the angle of a hip roof can better withstand the same pressure.

Professional Installation and Quality Control

The complexity of these new requirements has elevated the importance of working with experienced contractors who understand both current codes and future climate challenges. A thorough roof inspection by a licensed roofing contractor is the first-and most important-step in hurricane preparedness. Identifying and addressing these issues before hurricane season can prevent small problems from transferring them into the major disasters during high winds and heavy rain.

Every job gets our owner’s personal attention. We’re licensed, insured, and stand behind our work with a 30-year labor warranty—because we plan to be here for the long haul. This level of commitment ensures that installations meet not just current codes but are built to withstand decades of increasingly severe weather events.

The Investment in Long-Term Protection

While hurricane-resistant roofing installations require higher upfront costs, the long-term benefits are substantial. Proactive roof maintenance, timely repairs, and investing in hurricane-resistant materials can save you thousands in repairs and give you peace of mind. Schedule your roof inspection, make necessary upgrades, and prepare your home for the unpredictable 2025 hurricane season-your roof (and your family) will thank you.

As Monmouth County continues to face the realities of climate change, the roofing industry’s adaptation to hurricane preparedness requirements represents more than regulatory compliance—it’s about protecting families, preserving property values, and building community resilience. Homeowners who invest in these enhanced installation methods today are not just meeting current codes; they’re preparing for the storms of tomorrow.