Roof Replacement – Indianapolis
Project Details
Location: Indianapolis, IN
Property Type: Residential
Project Dates: Initial soffit repairs were completed, followed by roof replacement approximately 6 months later
Products Used: SBS-Modified Class 4 Impact Resistant Malarkey Vista AR in Weathered Wood Plus
Project Summary
This Indianapolis commercial roofing project showcases how a thorough roof inspection can uncover hidden structural issues that go far beyond surface-level repairs.
What began as a simple service call for soffit and fascia repairs evolved into a complete roof replacement and decking upgrade. Working closely with the owner, Susan, we developed a phased approach that addressed immediate safety concerns while planning for the larger roof replacement project.
The Challenge
Susan contacted Moss Roofing initially for soffit and fascia damage that had become severe enough to cause visible sagging and separation.
During our thorough roof inspection, our team identified critical concerns beyond the exterior trim: widespread granule loss across multiple roof sections, visible nail pops throughout the shingle field, and a problematic spaced plank decking system in the attic.
And a close examination revealed deck boards with significant rot and deterioration, making the existing roof structure unstable and unsafe for a simple overlay.
Our Solution
We prioritized Susan’s immediate safety by completing the soffit and fascia repairs first, restoring the structural integrity of the exterior trim.
After documenting the roof’s condition with detailed photos and explaining the extent of the decking damage, we recommended scheduling a complete roof replacement before winter.
Six months later, Susan reached out to discuss moving forward. We scheduled the complete roof replacement, decking overhaul, and gutter system installation.
Materials Used
We installed the Malarkey Vista AR roofing system in Weathered Wood Plus, an SBS-Modified Class 4 Impact Resistant product designed specifically for areas prone to hail and severe storms. This advanced shingle technology provides superior protection against impact damage while maintaining excellent durability and aesthetic appeal.
The project included replacing all compromised spaced plank decking with solid OSB sheet decking throughout the attic space, creating a uniform, stable foundation. New gutters completed the exterior water management system.
Process
Our crew began with extensive property protection, carefully covering Susan’s bushes, landscaping, windows, and AC unit with protective tarps and barriers.
The tear-off process systematically removed all old roofing materials, exposing the outdated spaced plank decking system. We replaced sections of deteriorated decking with new OSB sheet decking, upgrading the entire roof structure to modern standards.
The installation of the Class 4 Impact Resistant shingles followed strict manufacturer specifications to maintain warranty coverage.
Finally, we installed a complete gutter replacement system to properly channel water away from the foundation.
Results & Benefits
The before-and-after transformation shows the difference between a failing roof with visible granule loss and deteriorating components versus a professionally installed, warrantied system.
Susan now has a complete roofing system engineered to withstand Indiana’s severe weather conditions. The hail-resistant shingles provide documented protection against impact damage, while the upgraded solid decking gives her roof the structural foundation it needed.
Key Specifications
Highlights
Project Gallery
Special Features
The Malarkey Vista AR roofing system installed on this project features SBS-Modified technology, which provides superior flexibility and impact resistance compared to standard asphalt shingles.
The Class 4 Impact Resistance rating means this roof can withstand hail up to 2 inches in diameter, offering the highest level of protection available for shingle roofing applications.
The complete upgrade from spaced plank to OSB sheet decking eliminated the gaps and instability of the original roof structure, providing a continuous, solid base for the new shingle system. This modernization improves both the structural integrity and the long-term performance of the entire roof assembly.
