1. Structural Scaffolding for Safety at Height:

• A robust structural scaffold was erected, extending above the ridge line to enable safe access to critical areas.

• Lifting points were integrated into the scaffolding system to support large building elements, ensuring controlled removal and replacement.

• Work areas were secured to prevent debris from falling, with regular safety inspections conducted to protect personnel and maintain stability during repairs.

2. Front Elevation Timber Reinforcement:

• Timber Perlins: Severely compromised timber perlins were temporarily supported using structural steel props to safely transfer loads.

• Steel Flitch Plates: Reinforced timber with steel flitch plates, installed with precise alignment and high-strength bolts to ensure long-term stability.

• Wood preservative was applied to exposed sections to prevent future decay and preserve structural integrity.

3. Small Pediment Repairs:

• Extended scaffolding provided access to the roof void for internal and external repairs.

• Timber ridge beams were reinforced with 20mm threaded rods to increase load-bearing capacity.

• Local slate repairs and comprehensive brickwork repointing with helical rods were carried out to strengthen masonry.

4. Rear Elevation Structural Restoration:

• Large sections of damaged brickwork were carefully removed, with structural scaffold providing support throughout the process.

• Helical rods, installed with resin, reinforced weakened areas to improve stability.

• Sandstone lintels were removed, repaired, and re-bedded.

• Gutters and flashings were repaired and treated with Sika Rooftop Pro, while waterproofing was applied to the entire rear elevation.