Roof Inspection Checklist

Step 1: Prepare for inspection

Ensure all safety equipment is in place. Wear a safety harness, helmet, and non-slip footwear. Check the ladder for stability and position it securely against the building.

Step 2: Visually inspect the roof from the ground

Walk around the perimeter of the building and look for any visible signs of sagging or uneven areas on the roof. Use a flashlight to enhance visibility in shaded areas. Note any areas that appear to dip or have an irregular surface.

Step 3: Climb onto the roof

Carefully climb the ladder and step onto the roof. Ensure your safety harness is securely attached to an anchor point. Move cautiously to avoid damaging the roof surface.

Step 4: Inspect the roof surface

Walk the roof surface and look for any signs of sagging or unevenness. Pay special attention to areas around roof penetrations, such as chimneys or vents, as these are common points for structural issues.

Step 5: Document findings

Use a camera to take photos of any areas of concern. Ensure the photos are clear and capture the extent of the sagging or unevenness. Make notes of the location and size of the affected areas.

Step 1: Conduct a Visual Inspection

Begin by visually inspecting the roof surface for any visible signs of standing water or ponding. Look for areas where water accumulates and does not drain properly. Pay special attention to low spots and areas around drains.

Step 2: Measure the Depth of Water

Use a tape measure to determine the depth of any standing water. Record the measurements, noting any areas where the water depth exceeds 1/4 inch, as this may indicate a drainage issue.

Step 3: Check Roof Drainage Systems

Inspect the roof's drainage systems, including gutters, downspouts, and internal drains, to ensure they are clear of debris and functioning properly. Blocked drainage can contribute to ponding.

Step 4: Document Findings

Take photographs of any areas with standing water and document your findings in a report. Include measurements, locations, and any potential causes of the ponding.

Step 1: Measure the roof slope

Use a level and tape measure to determine the roof slope. Place the level on the roof surface and measure the vertical distance from the roof surface to the level at a 12-inch horizontal distance. This measurement is the rise over run, which is used to calculate the slope.

Step 2: Calculate the roof pitch

Calculate the roof pitch by dividing the rise by the run (12 inches). For example, if the rise is 4 inches, the pitch is 4:12. This ratio indicates the roof's steepness.

Step 3: Verify slope adequacy

Compare the calculated pitch to the minimum required slope for adequate drainage, typically 1/4 inch per foot (2% slope) for flat roofs. For pitched roofs, a minimum of 4:12 is generally recommended. Adjust based on regional building codes and manufacturer specifications.

Step 4: Document findings

Record the measured slope and calculated pitch in the inspection report. Note any deviations from the required standards and recommend corrective actions if necessary. Include photographs of the measurement process and any areas of concern for future reference.

Step 1: Gather necessary equipment

Ensure you have a flashlight, moisture meter, notepad, and camera. Wear appropriate safety gear, including a hard hat and gloves.

Step 2: Inspect ceilings for discoloration

Look for yellow, brown, or dark stains on the ceiling. These are often indicators of water damage. Use a flashlight to enhance visibility in dimly lit areas.

Step 3: Check for peeling or bubbling paint

Examine the ceiling and walls for any signs of paint peeling or bubbling, which can indicate moisture intrusion.

Step 4: Use a moisture meter

Apply the moisture meter to suspect areas to measure moisture levels. High readings suggest active leaks or water damage.

Step 5: Inspect for mold or mildew

Look for black, green, or white mold spots on ceilings and walls. Mold often accompanies water damage and can indicate a persistent moisture problem.

Step 6: Document findings

Take photos of any damage and note the location and extent of the damage in your notepad. This documentation is crucial for reporting and repair planning.

Step 1: Prepare for inspection

Ensure all safety gear is worn, including non-slip shoes and a safety harness. Verify that the ladder is stable and secure before climbing.

Step 2: Visually inspect the roof surface

Carefully walk the roof surface, looking for discoloration or dark streaks, which may indicate mold, mildew, or algae. Pay special attention to shaded areas and those with poor drainage.

Step 3: Use a flashlight for detailed inspection

In low-light conditions or to inspect under eaves and overhangs, use a flashlight to spot any growth that might not be visible in natural light.

Step 4: Check moisture levels

Use a moisture meter to check for elevated moisture levels in areas where growth is suspected. High moisture can indicate a conducive environment for mold and algae.

Step 5: Document findings

Take clear photographs of any areas with suspected growth. Note the location and extent of the growth for further analysis and reporting.

Step 1: Set up safety equipment

Ensure all safety equipment is in place before starting the inspection. Use a safety harness and secure it to a stable anchor point. Wear non-slip shoes to prevent falls.

Step 2: Position the ladder

Place the ladder on a stable, level surface. Ensure it extends at least three feet above the edge of the roof. Secure the ladder to prevent movement.

Step 3: Inspect shingles for damage

Examine each shingle for signs of cracking, curling, or warping. Use a flashlight to check for subtle damage. Note any missing shingles.

Step 4: Inspect tiles for damage

Check each tile for cracks or chips. Look for tiles that are loose or missing. Use a camera to document any damage.

Step 5: Inspect metal panels for damage

Look for signs of warping, rust, or loose panels. Ensure all fasteners are secure. Document any issues with photos.

Step 6: Document findings

Record all findings in a notepad. Include detailed descriptions and photographs of any damage. This documentation will be used for repair planning.

Step 1: Gather necessary equipment

Ensure you have the following equipment: safety harness, ladder, gloves, soft-bristle brush, and a camera for documentation.

Step 2: Conduct a safety check

Before climbing, inspect the ladder for stability and wear a safety harness. Ensure the roof is dry and free from debris to prevent slipping.

Step 3: Inspect the roof surface

Visually inspect the roof for any obvious signs of granule loss, such as bare spots or exposed asphalt. Pay special attention to areas around chimneys, vents, and valleys.

Step 4: Check gutters and downspouts

Examine gutters and downspouts for accumulated granules. A significant amount of granules in these areas can indicate excessive granule loss.

Step 5: Perform a tactile inspection

Gently brush the shingle surface with a soft-bristle brush to see if granules easily dislodge. Excessive granule shedding may indicate aging or damage.

Step 6: Document findings

Take clear photos of any areas with significant granule loss. Note the location and extent of the loss for future reference and reporting.

Step 1: Prepare for Inspection

Ensure all necessary equipment is available and in good working condition. Review any previous inspection reports for the roof.

Step 2: Visually Inspect Seams and Joints

Walk the roof systematically, examining each seam and joint. Look for visible signs of separation, such as gaps or lifting edges.

Best Practice: Use a flashlight to enhance visibility in low-light conditions.

Step 3: Probe Seams for Weakness

Gently use a seam probe to test the strength of the seams. Apply light pressure to check for any give or movement.

Tip: Be cautious not to damage the membrane while probing.

Step 4: Check for Moisture Intrusion

Use a moisture meter to detect any moisture presence near seams and joints. This can indicate potential leaks.

Step 5: Document Findings

Take clear photographs of any areas of concern. Record the location and nature of any issues found.

Step 1: Prepare for inspection

Ensure all safety gear is worn and equipment is ready. Check weather conditions to ensure it is safe to perform the inspection. Gather all necessary tools and materials.

Step 2: Access the roof safely

Use a stable ladder or access point to reach the roof. Ensure the ladder is on stable ground and secured. If using a harness, attach it to a secure anchor point.

Step 3: Visually inspect the membrane surface

Walk the roof systematically, starting from one corner and moving in a grid pattern. Look for visible signs of damage such as punctures, blisters, or bubbles. Pay special attention to seams and areas around roof penetrations.

Step 4: Check for punctures

Examine the membrane for any holes or tears. Use a utility knife to gently probe suspicious areas to confirm if they are punctures. Document any findings with a camera.

Step 5: Identify blisters or bubbles

Look for raised areas on the membrane that may indicate trapped air or moisture. Use a moisture meter to assess the presence of moisture within blisters. Note the size and location of any blisters or bubbles.

Step 6: Document findings

Take clear photographs of any damage found. Record the location and size of each issue in a report. Include any relevant notes about the condition of the roof and potential causes of damage.

Step 1: Prepare for inspection

Ensure all necessary PPE is worn, including gloves, safety glasses, and non-slip footwear. Gather all required tools such as a flashlight, screwdriver, hammer, and rust removal tool. Review any previous inspection reports for the roof.

Step 2: Visually inspect the roof surface

Use a flashlight to thoroughly examine the roof surface for any visible signs of loose, rusted, or corroded fasteners and nails. Pay special attention to areas around roof penetrations, seams, and edges.

Step 3: Check for loose fasteners

Using a screwdriver, gently test the tightness of each fastener. If a fastener is loose, tighten it carefully. If it cannot be tightened, mark it for replacement.

Step 4: Identify rusted or corroded fasteners

Look for any signs of rust or corrosion on fasteners and nails. Use a rust removal tool to clean minor rust. For severely corroded fasteners, mark them for replacement.

Step 5: Document findings

Record all findings in the inspection report, noting the location and condition of any loose, rusted, or corroded fasteners and nails. Include photographs if necessary for documentation.

Step 1: Inspect the flashing visually

Begin by visually inspecting the flashing around chimneys, vents, and skylights. Look for signs of rust, cracks, or gaps. Use a flashlight to check for any hidden damage. Best practice is to conduct this inspection during daylight for better visibility.

Step 2: Check for loose or damaged flashing

Gently tug on the flashing to ensure it is securely fastened. If any sections are loose or damaged, note their locations for repair. Use a putty knife to test the edges for any lifting or separation from the roof surface.

Step 3: Clean the area around the flashing

Before applying any sealant, clean the area around the flashing to remove debris, dirt, and old sealant. This ensures proper adhesion of the new sealant. Use a wire brush or a putty knife for effective cleaning.

Step 4: Apply sealant to the flashing

Using a caulking gun, apply a continuous bead of roofing sealant along the edges of the flashing. Ensure the sealant is evenly distributed and covers all potential entry points for water. For best results, use a sealant that is compatible with the roofing material.

Step 5: Inspect the sealant application

After applying the sealant, inspect the application to ensure there are no gaps or missed areas. Smooth out the sealant with a putty knife if necessary to ensure a watertight seal. Allow the sealant to cure as per the manufacturer's instructions.

Step 1: Prepare for inspection

Ensure all necessary equipment is available and in good condition. Set up the ladder securely and inspect the roof area for any immediate hazards. Wear all required PPE before proceeding.

Step 2: Inspect flashing areas

Examine the flashing around chimneys, vents, and other roof penetrations. Use a flashlight to check for any visible cracks or gaps in the sealant. Pay special attention to areas where different materials meet, as these are common points of failure.

Step 3: Check caulking for deterioration

Look for signs of aging in the caulking, such as brittleness, peeling, or discoloration. Use a scraper to gently test the flexibility of the caulking. If it crumbles or breaks easily, it may need replacement.

Step 4: Document findings

Record any issues found during the inspection, including the location and extent of any damage or deterioration. Take photographs for reference and include them in the inspection report. Note any areas that require immediate attention or future monitoring.

Step 1: Gather necessary equipment

Ensure you have the following equipment: safety harness, ladder, flashlight, roofing gloves, and a small pry bar. Safety is paramount, so always wear appropriate personal protective equipment (PPE).

Step 2: Inspect the counter-flashing visually

Visually inspect the counter-flashing for any signs of rust, corrosion, or physical damage. Look for gaps or misalignment that could allow water to penetrate. Use a flashlight to check for any hidden issues.

Step 3: Check the securement of the counter-flashing

Gently test the securement of the counter-flashing by applying light pressure with a small pry bar. Ensure it is firmly attached to the wall and roof surface. If it moves easily, it may need to be re-secured.

Step 4: Examine the sealant condition

Inspect the sealant used around the counter-flashing edges. Look for cracks, gaps, or deterioration. Proper sealant is crucial for preventing water ingress.

Step 5: Document findings and report

Take notes and photographs of any issues found during the inspection. Ensure all documentation is clear and detailed.

Step 1: Set up the ladder safely

Position the ladder on stable ground and ensure it is at a safe angle (approximately 75 degrees). Secure the ladder to prevent movement. Always maintain three points of contact when climbing.

Step 2: Visually inspect the metal flashings

Use a flashlight to examine the metal flashings closely. Look for any visible signs of rust, dents, or lifting. Pay special attention to areas where the flashing meets other roofing materials.

Step 3: Check for rust

Inspect the surface of the metal flashings for any rust spots. Rust can compromise the integrity of the flashing and lead to leaks. Use an inspection mirror to view hard-to-see areas.

Step 4: Examine for dents

Check for any dents or deformations in the metal. Dents can affect the water-shedding capability of the flashing. Document any findings with a camera for further assessment.

Step 5: Identify signs of lifting

Look for any sections of the flashing that appear to be lifting or separating from the roof surface. This can be a sign of improper installation or damage. Ensure all edges are securely fastened.

Step 6: Document and report findings

Take clear photos of any issues found during the inspection. Ensure all documentation is complete and accurate.

Step 1: Gather necessary equipment

Ensure you have the following equipment: ladder, work gloves, safety goggles, gutter scoop, bucket or tarp, garden hose with spray nozzle, and a plumber's snake or auger for downspouts.

Step 2: Set up ladder safely

Position the ladder on stable ground. Ensure it is at a safe angle (4:1 ratio) and secure it if necessary. Always maintain three points of contact when climbing.

Step 3: Inspect gutters for debris

Visually inspect the gutters for leaves, twigs, and other debris. Note any areas with significant buildup or damage.

Step 4: Remove debris from gutters

Using a gutter scoop, remove debris from the gutters. Place the debris in a bucket or on a tarp to prevent mess. Work from the end of the gutter towards the downspout.

Step 5: Flush gutters with water

Use a garden hose with a spray nozzle to flush the gutters, starting from the end opposite the downspout. Ensure water flows freely towards the downspout.

Step 6: Clear downspouts

If water does not flow freely through the downspout, use a plumber's snake or auger to clear any blockages. Insert the tool into the downspout and rotate to dislodge debris.

Step 7: Inspect for proper water flow

After clearing, flush the gutters and downspouts again to ensure water flows freely. Check for leaks or areas where water may overflow.

Step 8: Clean up and store equipment

Dispose of debris properly. Clean and store all equipment. Ensure the work area is tidy and free of hazards.

Step 1: Set up the ladder safely

Position the ladder on stable ground and ensure it is at the correct angle (75 degrees). Secure the ladder using a stabilizer if necessary. Always maintain three points of contact when climbing.

Step 2: Inspect for sagging gutters

Visually inspect the gutters for any sections that appear to be sagging. Use a level to check for evenness. Sagging can indicate that the gutters are full of debris or that the hangers are loose.

Step 3: Check for loose gutters

Gently push on the gutters to see if they move. Loose gutters may need the hangers tightened or replaced. Ensure all screws and brackets are secure.

Step 4: Identify damaged sections

Look for any visible damage such as cracks, holes, or rust. Use a flashlight to inspect the interior of the gutters for hidden damage. Damaged sections may need to be repaired or replaced.

Step 5: Document findings

Take notes and photographs of any issues found. This documentation will be useful for planning repairs and for client communication.

Step 1: Set up the ladder safely

Position the ladder on stable, level ground. Ensure the ladder is at a 75-degree angle for optimal safety. Secure the ladder according to OSHA guidelines to prevent slipping or tipping.

Step 2: Inspect the eaves for water stains

Climb the ladder carefully and inspect the underside of the eaves. Look for discoloration, which may appear as dark or yellowish stains. Use a flashlight to enhance visibility in shaded areas.

Step 3: Examine the fascia boards

Check the fascia boards for signs of water damage, such as peeling paint, rot, or mold. Pay special attention to joints and seams where water may accumulate.

Step 4: Document findings

Take clear photos of any water stains or damage. Note the location and extent of the damage in a notepad. This documentation will be useful for repair planning and insurance purposes.

Step 1: Position the Ladder Safely

Ensure the ladder is placed on a stable, level surface. The ladder should extend at least 3 feet above the roof edge. Secure the ladder to prevent slipping.

Step 2: Inspect Downspout Connections

Check that all downspout connections are secure and properly attached to the gutters. Look for any signs of wear or damage.

Step 3: Check for Clogs

Use a garden hose to run water through the downspout. Observe the flow of water to ensure it is unobstructed. If water backs up, there may be a clog.

Step 4: Ensure Proper Water Direction

Verify that the downspout directs water at least 5 feet away from the foundation. Adjust the downspout extension if necessary to achieve this distance.

Step 5: Document Findings

After completing the inspection, document any findings, including the condition of the downspouts and any clogs or issues identified.

Step 1: Gather necessary equipment

Ensure you have the following equipment: safety harness, ladder, flashlight, moisture meter, and camera. Wear appropriate cold-weather gear.

Step 2: Inspect roof edges for ice dams

Look for ridges of ice along the roof edges. These are often accompanied by icicles. Use a flashlight to check for any water stains or damage on the eaves.

Step 3: Check gutters and downspouts

Ensure gutters and downspouts are clear of debris. Ice buildup in these areas can indicate improper drainage. Use a moisture meter to detect any trapped moisture.

Step 4: Examine attic for signs of water intrusion

Access the attic and look for water stains, mold, or damp insulation. These are signs of water intrusion due to ice dams. Ensure proper ventilation to prevent future issues.

Step 5: Document findings

Take photos of any ice dams, water damage, or drainage issues. Record your observations and measurements. This documentation will be useful for recommending repairs or improvements.

Step 1: Inspect the vents

Check for any visible damage or wear on the vent covers and surrounding flashing. Ensure that the sealant is intact and there are no gaps.

• Best Practice: Use a flashlight to inspect hard-to-see areas around the vents.

• Tip: Check for rust or corrosion on metal vents, which can indicate potential leaks.

Step 2: Inspect the skylights

Examine the skylight glass and frame for cracks or damage. Verify that the flashing is properly installed and sealed.

• Best Practice: Ensure the skylight is securely fastened to the roof deck.

• Tip: Look for water stains on the interior ceiling as an indicator of potential leaks.

Step 3: Inspect the chimneys

Check the chimney cap and crown for cracks or deterioration. Ensure the flashing is secure and the sealant is not cracked or missing.

• Best Practice: Use a utility knife to remove any old, damaged sealant before applying new sealant.

• Tip: Inspect the mortar joints for signs of wear, which can lead to water penetration.

Step 4: Inspect the HVAC units

Examine the HVAC unit for any signs of rust or damage. Check that the flashing is properly installed and sealed around the unit.

• Best Practice: Ensure that the HVAC unit is level and securely mounted to prevent movement that could break the seal.

• Tip: Regularly clean debris from around the unit to prevent water pooling.

Step 5: Document findings

Record all observations and findings in the inspection report. Include details of any damage, wear, or potential issues identified during the inspection.

• Best Practice: Take photographs of any areas of concern to include in the report for visual reference.

• Tip: Use a digital inspection form to streamline the documentation process and ensure all necessary information is captured.

Step 1: Gather necessary equipment

Ensure you have the following equipment: ladder, flashlight, safety harness, gloves, dust mask, screwdriver, and a small brush or vacuum for cleaning.

Step 2: Inspect ridge vents

Climb to the roof using a ladder and safety harness. Visually inspect the ridge vents for any visible debris or blockages. Use a flashlight to check for internal obstructions. Clear any debris using a small brush or vacuum.

Step 3: Inspect soffit vents

From the ground or a ladder, examine the soffit vents for blockages. Use a flashlight to look inside the vents. Remove any debris with a screwdriver or brush. Ensure vents are securely fastened and not damaged.

Step 4: Inspect attic ventilation systems

Access the attic and inspect the ventilation systems. Look for signs of blockages or inadequate airflow. Check for insulation blocking the vents and reposition if necessary. Ensure all components are in good condition.

Step 5: Document findings

Record any issues found during the inspection, including the location and nature of blockages.

Step 1: Gather necessary equipment

Ensure you have the following equipment: flashlight, tape measure, notepad, and personal protective equipment (PPE) such as gloves and a hard hat.

Step 2: Access the attic safely

Use a stable ladder to access the attic. Ensure the ladder is on a stable surface and secured. Wear PPE to protect against dust and debris.

Step 3: Inspect intake vents

Check soffit vents or eave vents for blockages. Ensure they are clear of insulation and debris. Use a flashlight to inspect hard-to-see areas.

Step 4: Inspect exhaust vents

Examine ridge vents, gable vents, or roof vents. Ensure they are not obstructed and are functioning properly. Measure the size of the vents to ensure they meet local building codes.

Step 5: Check for signs of poor ventilation

Look for signs of moisture, such as mold, mildew, or rust on metal components. Check for excessive heat buildup, which can be indicated by warped wood or peeling paint.

Step 6: Document findings

Record your observations and measurements in a notepad. Take photos if necessary to document any issues found.

Step 1: Gather necessary equipment

Ensure you have the following equipment before starting the inspection: safety harness, ladder, flashlight, roofing boots, gloves, and a notepad for documentation.

Step 2: Conduct a visual inspection from the ground

Before climbing onto the roof, perform a visual inspection from the ground using binoculars to identify any obvious issues with the pipe boots and vent stacks.

Step 3: Access the roof safely

Use a ladder to access the roof, ensuring it is stable and secure. Wear a safety harness and attach it to an anchor point to prevent falls.

Step 4: Inspect pipe boots for cracks and deterioration

Examine each pipe boot closely for any signs of cracking, splitting, or deterioration. Pay special attention to the areas where the boot meets the roof surface.

Step 5: Check the seal around vent stacks

Ensure that the sealant around the vent stacks is intact and not peeling or missing. Look for gaps or holes that could allow water to penetrate.

Step 6: Document findings

Record any issues found during the inspection, including the location and nature of the problem. Take photographs if necessary for further analysis.

Step 1: Gather necessary equipment

Ensure you have the following equipment: safety harness, ladder, flashlight, moisture meter, and a camera for documentation. Wear appropriate personal protective equipment (PPE) such as gloves and hard hats.

Step 2: Access the roof safely

Use a stable ladder to access the roof. Secure the ladder properly and ensure it extends at least three feet above the roof edge. Attach your safety harness to an anchor point before stepping onto the roof.

Step 3: Inspect roof decking

Walk carefully across the roof, looking for any soft spots or areas that feel spongy underfoot, which may indicate rot. Use a moisture meter to check for elevated moisture levels in the decking.

Step 4: Examine structural components

Visually inspect rafters, trusses, and beams for any signs of damage such as cracks, splits, or warping. Pay special attention to areas around roof penetrations and valleys where water may accumulate.

Step 5: Document findings

Take clear photographs of any areas of concern. Note the location and extent of any damage or rot. Use a checklist to ensure all areas have been inspected.

Step 1: Set up the ladder safely

Position the ladder on a stable, level surface. Ensure the ladder extends at least three feet above the roof edge for safe access. Secure the ladder to prevent movement.

Step 2: Visually inspect fascia boards

Examine the fascia boards for signs of rot, cracks, or peeling paint. Use a flashlight to check for any hidden damage. Note any areas that appear compromised.

Step 3: Check for loose fascia boards

Gently apply pressure to the fascia boards to check for looseness. Use a screwdriver to tighten any loose screws or nails. If boards are severely loose, mark them for replacement.

Step 4: Inspect soffit boards for damage

Look for signs of water damage, holes, or pest infestations in the soffit boards. Use a flashlight to inspect hard-to-see areas. Record any damage found.

Step 5: Check for loose soffit boards

Apply gentle pressure to the soffit boards to ensure they are secure. Tighten any loose fasteners with a screwdriver. Note any boards that require replacement.

Step 6: Document findings

Record all observations, including the location and extent of any damage or looseness. Take photographs if necessary for further analysis or repair planning.

Step 1: Prepare for inspection

Ensure you have all necessary equipment and PPE. Check the functionality of your flashlight and moisture meter. Review any previous inspection reports for the attic to understand past issues.

Step 2: Enter the attic safely

Use a stable ladder to access the attic. Ensure the ladder is on a stable surface and secured. Enter the attic carefully, being mindful of your footing and any low-hanging beams.

Step 3: Inspect for signs of leaks

Use the flashlight to examine the attic ceiling and walls for water stains, discoloration, or damp spots. Pay special attention to areas around roof penetrations such as chimneys and vents.

Step 4: Check for moisture buildup

Utilize the moisture meter to detect any hidden moisture in the insulation or wood. Focus on areas that appear discolored or feel damp to the touch.

Step 5: Assess structural integrity

Visually inspect the rafters, trusses, and joists for any signs of warping, cracking, or sagging. Use a flashlight to ensure a thorough examination of all structural components.

Step 6: Document findings

Take clear photographs of any issues found during the inspection. Record moisture meter readings and note any areas of concern. This documentation will be crucial for reporting and future reference.

Step 7: Exit the attic safely

Carefully exit the attic using the ladder. Ensure all equipment is accounted for and safely stored. Remove PPE and wash hands thoroughly after the inspection.

Step 1: Gather necessary equipment and safety gear

Ensure you have the following equipment: safety harness, helmet, gloves, roofing nails, screws, hammer, cordless drill, and a ladder. Always wear appropriate safety gear to prevent accidents.

Step 2: Inspect the roof surface

Visually inspect the roof for any loose or missing components. Pay special attention to areas around the edges and corners, as these are more susceptible to wind uplift.

Step 3: Check fasteners and secure loose components

Use a cordless drill or hammer to check the tightness of all fasteners. Replace any missing or damaged fasteners with appropriate roofing nails or screws. Ensure all components are flush against the roof surface.

Step 4: Reinforce vulnerable areas

Add additional fasteners to areas prone to wind uplift, such as roof edges and corners. Use extra caution to avoid damaging the roofing material.

Step 5: Conduct a final inspection

Perform a final walkthrough of the roof to ensure all components are securely fastened. Double-check that no tools or materials are left behind.

Step 6: Document the inspection

Record the inspection details, including any repairs made and materials used. This documentation is crucial for future reference and warranty purposes.

Step 1: Identify Required Harness Points

Identify all necessary harness points based on the roof layout and inspection plan. Ensure that all required points are clearly marked and accessible.

Step 2: Verify Presence of Harness Points

Check that all harness points are present at the designated locations. Confirm that no points are missing or obstructed.

Step 3: Check Security of Harness Points

Ensure that each harness point is securely fastened and capable of supporting the required load. Look for any signs of wear, damage, or corrosion that could compromise safety.

Step 4: Inspect Fall Protection Systems

Verify that all fall protection systems, such as guardrails and safety nets, are in place and secure. Ensure they meet the necessary safety standards and are free from damage.

Step 5: Document Findings

Record the presence and security of all harness points and fall protection systems. Note any deficiencies or areas requiring additional measures and recommend corrective actions.