The roof repair assessment identified several areas of concern related to potential water intrusion. A pipe and a post were found to be currently without flashing, which is allowing water intrusion. The plan is to install new flashing around both to prevent this.

Additionally, cracks were noted in the mastic that was used previously to repair leaks, indicating that the prior attempts to seal the roof were insufficient and required a more durable solution. The ridge cap was found to be improperly flashed and is scheduled for repair, as this misalignment can lead to significant water penetration during heavy rainfall. During our assessment, we discovered multiple issues contributing to the roof's vulnerability to water leaks. The absence of proper flashing around critical areas, such as pipes and posts, was a primary concern. Previous repairs made using mastic had not held up effectively, as evidenced by the visible cracks. These cracks indicated that the sealant had degraded, allowing moisture to penetrate and create further complications. It was clear that a more robust and long-lasting solution was necessary to ensure the integrity of the roof.

To address these issues, our team implemented a comprehensive repair strategy that focused on replacing the compromised sections and enhancing the roof's overall durability. New flashing was installed around the pipe and post, ensuring a watertight seal that effectively prevents water intrusion. The ridge cap was carefully removed and replaced with properly flashed materials, significantly reducing the risk of leaks at this critical junction. High-quality metal materials were utilized for the new installations, which are designed to withstand the elements and provide long-term protection against water damage. Through targeted repairs and the installation of new metal components, our team effectively resolved the water intrusion issues identified in the Roof Report, significantly improving the roof's resilience against future leaks.