Roof Framing Reinforcement in Wakefield, MA

Project Overview

Our team used advanced LiDAR technology to perform a precise structural inspection, capturing detailed as-built conditions and identifying the root causes of instability. The findings informed the design of a robust roof framing reinforcement plan, specifically engineered to counteract:

• Uplift forces from strong winds.

• Lateral forces caused by snow and other environmental conditions.

By combining cutting-edge technology with expert engineering, we ensured the roof could withstand harsh weather conditions and provided a durable, long-lasting solution for the property.

Challenges and Solutions

Challenge 1: Structural Instability from Undersized Rafters

• Solution: Designed and implemented a reinforcement plan to enhance the strength of the roof framing system.

Challenge 2: Vulnerability to Wind Uplift and Lateral Forces

• Solution: Integrated advanced engineering techniques to counteract environmental stressors, ensuring resilience against snow and high winds.

Challenge 3: Detailed Assessment of Existing Conditions

• Solution: Leveraged LiDAR technology to capture precise as-built conditions, minimizing errors and optimizing the reinforcement design.

Results and Transformation

The reinforced roof framing system now provides:

• Enhanced Stability: Eliminating movement during strong wind gusts.

• Weather Resilience: Improved durability against snow, wind, and other harsh conditions.

• Long-Term Safety: Structural integrity that meets modern engineering standards.

Visual Highlights