How to Inspect Your Roof for Storm Damage

Identifying Potential Problem Areas

After a storm, a thorough roof inspection is crucial to identify and address any damage before it escalates into more significant and costly repairs. Knowing where to look for damage is the first step in ensuring the long-term integrity of your roof. Certain areas are inherently more vulnerable to storm-related damage due to their exposure to the elements and the forces exerted during high winds and heavy rainfall.

Identifying potential problem areas requires a systematic approach. Start by visually inspecting the entire roof from the ground, using binoculars if necessary, to get a general overview. Then, proceed to a closer examination of specific vulnerable areas, paying close attention to details. Remember safety first; never attempt a roof inspection during inclement weather or if you feel unsafe. If you’re uncomfortable performing the inspection yourself, it’s always best to hire a qualified roofing professional.

Vulnerable Roof Areas and Signs of Damage

Several areas on a roof are particularly susceptible to storm damage. These include valleys, ridges, chimneys, flashing around vents and pipes, and the edges of the roof. Damage can manifest in various ways, depending on the severity of the storm and the type of roofing material.

Valleys: Where two roof slopes meet, water can accumulate, leading to leaks and premature deterioration. Look for missing or damaged shingles, cracks in the underlayment, and signs of water stains.
Ridges: The highest point of the roof is often exposed to the full force of the wind, making it prone to shingle blow-off or damage. Check for missing shingles, lifted edges, and granule loss.
Chimneys and Vents: Flashing around chimneys and vents is crucial for preventing water penetration. Examine the flashing carefully for cracks, gaps, or rust. Look for signs of water damage around these areas.
Edges of the Roof: The eaves and rakes (the edges of the roof) are vulnerable to wind damage. Check for missing or damaged shingles, and look for areas where the roof edge has lifted.

Visual Indicators of Damage by Roofing Material

Different roofing materials exhibit distinct signs of damage after a storm. The following table summarizes visual indicators for common roofing types:

Roofing Material	Missing/Damaged Components	Surface Damage	Other Indicators
Asphalt Shingles	Missing shingles, cracked or curled shingles, loose shingles	Granule loss, discoloration, blisters	Water stains on ceilings or walls
Tile (Clay or Concrete)	Cracked or broken tiles, missing tiles	Chips or fractures, discoloration	Leaks around tile edges or flashing
Metal (Standing Seam or Sheet Metal)	Dents or punctures, loose seams	Rust or corrosion, scratches	Water stains or leaks around seams or fasteners

Assessing Shingle Damage

After identifying potential problem areas on your roof, a thorough inspection of individual shingles is crucial for accurately assessing storm damage. This involves carefully examining each shingle for signs of wear, tear, and damage that may not be immediately apparent from a distance. Paying close attention to detail during this stage will help determine the extent of repairs needed.

Inspecting individual shingles requires a systematic approach. Begin by visually scanning the roof from a safe distance, noting any areas that appear damaged or discolored. Then, move closer for a detailed examination, focusing on individual shingles. Look for cracks, curling, or missing granules, paying particular attention to areas exposed to the elements such as ridges, valleys, and eaves.

Shingle Damage Indicators

Damaged shingles exhibit several telltale signs. Cracks can appear as small fissures or larger breaks across the shingle’s surface, weakening its structural integrity. Curling occurs when the edges of the shingle lift upward, creating gaps that expose the underlying layers to water damage. Missing granules are small, stone-like particles embedded in asphalt shingles that protect them from UV degradation and weathering; their absence indicates significant wear and tear. Severe damage often presents as a combination of these issues.

Examples of Severely Damaged Shingles

A shingle with multiple cracks running across its surface, accompanied by significant curling and almost complete granule loss, is a prime example of severe damage. This shingle is compromised and offers little protection against the elements. Another example would be a shingle that is completely shattered or has a large section missing, exposing the underlying roofing felt. In these cases, replacement is essential. A shingle exhibiting significant blistering or buckling, indicating possible moisture penetration beneath the surface, should also be considered for immediate replacement.

Safe Removal of a Damaged Shingle

Removing a damaged shingle for closer inspection should be approached cautiously. Always prioritize safety by wearing appropriate personal protective equipment (PPE), including gloves, sturdy shoes, and safety glasses. If working at height, a harness and appropriate fall protection equipment is essential.

Secure the area: Clear the area around the damaged shingle of any debris or obstacles.
Locate the shingle: Identify the exact location of the damaged shingle.
Gentle removal: Using a pry bar or shingle remover, carefully lift the edges of the damaged shingle. Avoid excessive force, which could damage surrounding shingles.
Inspect the underlayment: Once the shingle is removed, inspect the underlying roofing felt for any signs of water damage or deterioration.
Note the damage: Take photographs or detailed notes of the damage before discarding the shingle.

Following these steps will ensure a safe and efficient inspection process, allowing for a proper assessment of the damage and the development of an effective repair strategy.

Examining Flashing and Seals

Proper flashing and sealant around roof penetrations are crucial for preventing leaks. These areas are particularly vulnerable to storm damage, as wind and rain can easily compromise their integrity. Regular inspection of these components is therefore essential for maintaining a watertight roof.

Flashing, a thin, usually metallic material, is installed to direct water away from vulnerable points on your roof. Sealants provide an additional layer of protection, filling gaps and creating a watertight seal. Damage to either can lead to significant water intrusion and costly repairs.

Chimney, Vent, and Skylight Flashing Inspection

Inspecting flashing around chimneys, vents, and skylights involves carefully examining the metal flashing for signs of damage. This includes checking for rust, which indicates corrosion and potential failure. Look for gaps or loose sections where water could penetrate. Pay close attention to the areas where the flashing meets the roof surface and the chimney, vent, or skylight itself. Any lifting, buckling, or missing pieces of flashing are critical indicators of potential problems. For example, a severe hailstorm could easily dent or puncture metal flashing, creating openings for water to enter. A high wind could dislodge poorly installed flashing, leading to similar vulnerabilities. Proper flashing should lie flat and snug against both the roof and the penetration, forming a continuous, watertight barrier.

Sealant Degradation Assessment

Sealants around penetrations such as pipes, vents, and antennas degrade over time due to exposure to the elements. Storm damage can accelerate this process. Inspecting sealant involves visually checking for cracks, gaps, or shrinkage. If the sealant is cracked, brittle, or pulling away from the surface, it needs to be replaced. A simple fingernail test can help determine the sealant’s condition; if you can easily dig your fingernail into the sealant, it’s likely compromised and requires attention. For instance, a strong wind might dislodge debris that damages the sealant around a chimney flashing. Similarly, heavy rain can wash away sealant, leaving vulnerable areas exposed. A thorough inspection ensures these crucial areas remain effectively sealed.

Checking for Leaks and Water Damage

Detecting water damage after a storm is crucial for preventing further structural problems and costly repairs. Identifying leaks early allows for timely intervention, minimizing the extent of damage and associated repair costs. This section details how to effectively inspect your home for signs of water intrusion following a storm.

Locating water stains or signs of moisture penetration within the attic requires a thorough and systematic approach. Water damage often manifests in subtle ways, so careful observation is key. The attic provides a direct view of the underside of your roof, offering valuable insights into potential leaks.

Attic Inspection for Water Damage

Begin by visually inspecting the attic space, paying close attention to areas directly beneath the roofline. Look for water stains on the ceiling, walls, or insulation. These stains may appear dark, discolored, or even exhibit signs of mold or mildew growth. Dark streaks or patches on the underside of roof sheathing are also strong indicators of leaks. It’s helpful to use a flashlight to illuminate shadowed areas and inspect hard-to-reach corners. A moisture meter can be invaluable in confirming suspected moisture penetration, providing a quantifiable measurement of moisture levels in building materials. High readings on a moisture meter in areas with visible stains further confirm the presence of water damage. Remember to check around chimneys, vents, and other roof penetrations, as these are common points of entry for water.

Tracing the Source of a Leak

Once a water stain is located, tracing the source of the leak to its point of entry on the roof requires careful observation and deduction. Begin by carefully examining the area directly above the stain on the roof’s underside. If the leak is recent, the water may still be dripping, making it easier to pinpoint the location. However, for older leaks, it may require more detective work. Look for evidence of water runoff trails on the underside of the roof sheathing, or discoloration or warping of the wood. Following the path of the stain will generally lead to the area where the water initially entered the structure. This may involve moving insulation carefully to better expose the sheathing. Once you’ve identified the area on the roof’s underside, carefully inspect the corresponding area on the roof’s exterior to locate the point of entry. This could be a damaged shingle, a gap in flashing, or a compromised seal around a vent or chimney.

Tools for Inspecting Water Damage

A systematic approach to inspecting for water damage is greatly enhanced by the use of appropriate tools. The following list provides a comprehensive set of tools to assist in the inspection process.

Flashlight: Essential for illuminating dark and hard-to-reach areas in the attic.
Moisture Meter: Provides a quantifiable measurement of moisture levels in building materials, confirming the presence of water damage.
Ladder: Safe and stable access to the roof is paramount for a thorough inspection.
Work Gloves: Protect your hands while handling potentially damaged materials.
Camera: Documenting the damage with photographs provides a visual record for insurance claims and future reference.

Inspecting Gutters and Downspouts

Gutters and downspouts are critical components of your roof’s drainage system, playing a vital role in protecting your home from water damage. Properly functioning gutters collect rainwater and direct it away from the foundation, preventing erosion, basement flooding, and damage to siding and landscaping. Downspouts then channel this water safely to a designated area, such as a storm drain or a designated drainage point away from the house. Neglecting gutter and downspout maintenance can lead to significant and costly repairs down the line.

Inspecting your gutters and downspouts after a storm is crucial to ensure they are functioning correctly and to identify any potential problems. Damage to these systems can lead to water pooling near your foundation, potentially causing structural damage or even leading to mold growth. Blockages can also cause overflowing gutters, leading to water damage to your roof, walls, and landscaping.

Signs of Gutter and Downspout Damage or Blockage

Several indicators can point to damage or blockages within your gutter and downspout system. Clogged gutters often show visible debris accumulation, such as leaves, twigs, and other organic matter. Sagging gutters may indicate a build-up of water or debris, or possibly damage to the gutter’s structure. Downspouts that are detaching from the house or showing signs of rust and corrosion are also significant problems. Water overflowing from the gutters during a rain shower is a clear indication of a blockage or insufficient capacity. Finally, pooling water near the foundation, even after a light rain, suggests a problem with the gutter and downspout system’s ability to properly divert water.

Clearing Debris from Gutters and Downspouts

Before beginning, ensure you have the necessary safety equipment. This includes sturdy ladder, work gloves, and safety glasses. It is also recommended to have a helper present for added safety.

Assess the situation: Begin by carefully inspecting the entire length of your gutters and downspouts from the ground and from a safe position on a ladder. Note the location and extent of any debris or damage.
Gather your tools: You’ll need a sturdy ladder, a garden trowel or scoop, a gutter cleaning tool (if available), a bucket or tarp to collect debris, and a hose with a nozzle for rinsing.
Clear the gutters: Using your chosen tool, carefully remove debris from the gutters. Work slowly and methodically to avoid damaging the gutters. Start at one end and work your way to the other, ensuring thorough cleaning. For hard-to-reach areas, consider using a gutter cleaning tool with an extended handle.
Flush the gutters: Once the gutters are clear, use the hose to flush out any remaining debris and ensure proper drainage. Pay close attention to the downspouts to ensure water flows freely.
Inspect downspouts: Check downspouts for any blockages or damage. Use a plumber’s snake or a flexible wire to clear any obstructions. Look for signs of rust or damage that might require repair or replacement.
Check for proper drainage: After clearing the gutters and downspouts, observe the drainage during the next rainfall. Ensure water flows smoothly away from the foundation, indicating that the system is functioning correctly.

Evaluating Roof Structure

After assessing the shingles, flashing, and other surface components, it’s crucial to evaluate the underlying structure of your roof for any damage sustained during the storm. High winds and falling debris can cause significant structural problems that may not be immediately apparent. A thorough inspection of the roof’s framework is vital for ensuring the long-term safety and integrity of your home.

Structural damage resulting from severe weather can range from subtle issues to catastrophic failures. Understanding the signs of potential problems allows for timely intervention and prevents further damage or costly repairs. Ignoring structural concerns can lead to more extensive and expensive repairs down the line, potentially compromising the safety of your home.

Signs of Sagging, Buckling, or Other Structural Problems

Sagging, buckling, or other deformities in the roof structure are clear indicators of potential problems. These issues can manifest in various ways, from subtle dips in the roofline to more pronounced bowing or collapse of structural members. Sagging may be observed in areas where the roof framing has been weakened, perhaps due to the impact of falling debris or the excessive weight of accumulated snow and ice. Buckling often occurs when supporting members, such as rafters or trusses, have been overloaded or compromised. For example, a direct hit from a large tree branch might cause a significant section of the roof to buckle. Visible cracks in the structural members themselves are also serious indicators requiring immediate attention. These cracks could indicate stress fractures or outright breaks in the supporting framework.

Identifying Potential Structural Damage Caused by High Winds or Falling Debris

High winds can exert immense pressure on a roof, potentially causing significant structural damage. This damage may not always be immediately visible. For instance, strong winds can loosen or dislodge structural fasteners, leading to gradual weakening and eventual failure. Falling debris, such as tree branches or parts of other structures, can directly impact the roof’s framework, causing punctures, fractures, or even complete collapse of supporting elements. A large, heavy object striking a specific area of the roof might cause a localized collapse, while smaller impacts might create hairline cracks that weaken the structure over time. Careful examination of the entire roof structure, including the attic space if accessible, is necessary to identify all potential damage points.

When Professional Structural Inspection is Necessary

If you observe any signs of sagging, buckling, significant cracks in structural members, or damage from falling debris, it is strongly recommended to contact a qualified structural engineer or roofing contractor for a professional inspection. A professional assessment is especially important if the damage appears extensive, affects a large portion of the roof, or involves any uncertainty about the structural integrity. Professional inspectors possess the expertise and equipment to thoroughly evaluate the roof’s structure, identify hidden damage, and determine the extent of necessary repairs. They can also provide recommendations for safe and effective repair or replacement strategies, ensuring the long-term safety and stability of your home. Delaying professional inspection in cases of significant structural damage can lead to serious safety risks and increased repair costs. The cost of a professional inspection is a small price to pay for peace of mind and the avoidance of potentially catastrophic consequences.

Documenting Damage

Thorough documentation of storm damage to your roof is crucial for insurance claims and future repairs. Clear records ensure you receive the appropriate compensation and facilitate efficient repairs by providing a detailed account of the damage. Photographs and detailed notes work together to create a comprehensive record.

Detailed documentation of roof damage, including photographic evidence and written notes, is essential for a successful insurance claim. This allows for a clear understanding of the extent of the damage and supports your claim for repairs or replacements. Accurate records also help contractors understand the scope of the work needed.

Damage Documentation Checklist

A systematic approach to documenting damage is key to creating a complete and useful record. This checklist provides a framework for recording all relevant information. Remember to be thorough and accurate in your observations.

Location: Specify the exact location of each damaged area on the roof (e.g., “northwest corner, above the master bedroom”). Use a combination of descriptions and measurements from easily identifiable landmarks, like chimneys or dormers.
Type of Damage: Clearly describe the type of damage (e.g., missing shingles, cracked flashing, punctured roof membrane, damaged gutters). Be specific; instead of simply “shingle damage,” describe the damage type (e.g., “crushed shingles,” “missing shingles,” “shingles with significant curling”).
Severity of Damage: Assess the extent of the damage using a scale (e.g., minor, moderate, severe) or by estimating the area affected (e.g., “approximately 10 square feet of missing shingles”). Include any measurements to quantify the extent of damage.
Photographs: Take multiple photographs from various angles, showing the extent of the damage. Include close-up shots and wide shots to show the overall context. For example, a close-up photo of a cracked shingle, followed by a wider shot showing the area of the roof where the damage is located. Use a ruler or other measuring tool in some photos to provide a scale for the damage.
Date and Time: Record the date and time each photograph was taken. This helps establish a timeline of events.

Roof Damage Documentation Template

This template provides a structured format for recording your findings. You can adapt it to suit your needs, adding or removing columns as necessary.

Date	Time	Location	Type of Damage	Severity of Damage	Photographs (Description/Reference Number)	Notes
October 26, 2024	14:30	Southeast corner, above kitchen	Missing shingles	Moderate (approximately 5 square feet)	Photo 1: Close-up of missing shingles; Photo 2: Wide shot showing the damaged area	Significant wind damage observed in this area.
October 26, 2024	14:45	Valley flashing, near chimney	Cracked flashing	Minor	Photo 3: Close-up of cracked flashing	Flashing appears to be aged and brittle.

Safety Precautions

Inspecting your roof after a storm can be dangerous. Even seemingly minor damage can create unstable conditions. Prioritizing safety is crucial to prevent serious injury or even fatality. Taking the necessary precautions will allow you to thoroughly assess the damage without putting yourself at risk.

Roof inspections after storms require careful planning and adherence to safety protocols. This section details the essential precautions and equipment needed for a safe and effective inspection. Remember, if you are uncomfortable or unsure about any aspect of the inspection, it is always best to contact a qualified roofing professional.

Necessary Safety Equipment

Proper equipment is essential for a safe roof inspection. Failing to use appropriate safety gear can lead to serious accidents. The following list Artikels the minimum required equipment:

Ladder: A sturdy, appropriately sized ladder is paramount. Ensure it’s long enough to reach the roof safely, with at least three feet extending above the roofline. Regularly inspect your ladder for damage before each use.
Hard Hat: A hard hat protects your head from falling debris, tools, or branches. Choose a hard hat that meets safety standards and fits comfortably.
Safety Harness and Lanyard: A safety harness with a lanyard provides an extra layer of protection against falls. This is particularly important on steeper roofs or when working at heights.
Work Gloves: Sturdy work gloves protect your hands from cuts, scrapes, and splinters. Choose gloves that provide a good grip.
Safety Glasses: Safety glasses protect your eyes from flying debris and dust. They should be impact-resistant.
Sturdy Footwear: Wear shoes with good traction to prevent slips and falls on the roof. Avoid wearing smooth-soled shoes or sandals.

Avoiding Falls and Other Injuries

Falls are the most significant risk during roof inspections. The following guidelines will help minimize the risk of falls and other injuries:

Before you begin, carefully assess the condition of the roof. Look for areas of obvious damage that might make the roof unstable. Avoid walking on areas that appear damaged or compromised. If possible, have a spotter on the ground to assist you and observe your movements.

Always maintain three points of contact with the ladder or roof at all times. This means having two hands and one foot, or two feet and one hand, securely in place. Avoid overreaching or stretching while on the roof. Take frequent breaks to avoid fatigue, which can increase the risk of accidents.

Never inspect a roof during inclement weather such as rain, snow, or strong winds. Wet surfaces are extremely slippery, and strong winds can make it difficult to maintain your balance. Postpone the inspection until conditions improve.

If you encounter any significant damage or are unsure about the structural integrity of the roof, stop the inspection immediately and contact a professional roofing contractor. Attempting to repair damage yourself can be dangerous and may further compromise the roof’s structural integrity.

When to Call a Professional

After a thorough self-inspection, you may find yourself unsure about the extent of the damage or the best course of action. Knowing when to call a professional is crucial for ensuring the safety and longevity of your roof. This section Artikels situations demanding professional expertise and explains the cost-effectiveness of professional versus DIY repairs.

Professional roof inspection and repair are essential when dealing with significant damage, complex issues, or situations exceeding your skillset. Attempting complex repairs without proper training can lead to further damage, increased costs, and safety hazards. A qualified roofing contractor possesses the expertise, tools, and insurance to handle even the most challenging roofing problems.

Situations Requiring Professional Assistance

Several scenarios strongly suggest the need for a professional roofing contractor. These range from visible, extensive damage to more subtle indicators of underlying problems. Ignoring these signs can lead to costly and potentially dangerous consequences.

Significant shingle damage exceeding 25% of the roof’s surface area. This level of damage indicates a substantial compromise to the roof’s protective layer, requiring a comprehensive assessment and likely extensive repairs or replacement.
Missing or severely damaged flashing around chimneys, vents, or skylights. Flashing is critical for preventing water penetration; compromised flashing necessitates immediate professional attention to avoid significant water damage.
Evidence of structural damage, such as sagging rafters or cracked roof trusses. These issues indicate underlying problems that require the expertise of a structural engineer and a roofing contractor experienced in complex repairs.
Persistent leaks despite your attempts at DIY repairs. Continued leaks can lead to mold growth, structural damage, and costly repairs down the line. Professional leak detection and repair are vital in these situations.
Uncertainties about the extent or nature of damage after a storm. A professional inspection provides a comprehensive assessment, allowing for informed decisions about necessary repairs.

Reasons to Contact a Roofing Contractor Immediately After a Storm

Prompt action after a storm is crucial to minimize further damage and expedite insurance claims. Delaying professional assessment can exacerbate problems and complicate the repair process.

To prevent further water damage from lingering leaks or compromised roofing materials. Immediate action limits the spread of water damage and reduces the scope of necessary repairs.
To document damage for insurance claims. A timely professional inspection provides documented evidence supporting insurance claims, facilitating a smoother claims process.
To ensure safety. Damaged roofs can pose significant safety hazards, such as falling debris or unstable structures. A professional can assess and address these hazards promptly.
To secure temporary repairs to protect the home from further weather damage. A roofing contractor can implement temporary solutions to safeguard the home while awaiting permanent repairs.
To obtain accurate cost estimates for repairs. A professional assessment allows for a detailed and accurate cost estimate, enabling informed budgeting and planning.

Cost-Effectiveness of DIY vs. Professional Repairs

While DIY repairs may seem cost-effective initially, they often prove more expensive in the long run. This is due to potential errors leading to further damage, the need for professional intervention to correct mistakes, and the risk of voiding warranties.

Professional repairs, while initially more expensive, offer long-term cost savings by ensuring proper repairs, preventing future damage, and maintaining warranties.

For example, attempting to repair a complex leak without proper knowledge could lead to more extensive water damage requiring far more costly repairs later. Similarly, improperly installed shingles could result in premature wear and tear, necessitating an earlier-than-expected roof replacement. The expertise and insurance offered by professionals often outweigh the initial cost difference, making them a more financially sound decision in the long run.

Understanding Insurance Claims

Filing an insurance claim for storm damage can seem daunting, but understanding the process and preparing necessary documentation can significantly streamline the experience. This section Artikels the steps involved and offers advice for effective communication with your insurance adjuster. Remember, prompt and accurate reporting is crucial for a successful claim.

The process typically begins with reporting the damage to your insurance company as soon as possible after the storm. You’ll likely speak with a representative who will guide you through the initial steps. This often involves providing basic information about the damage and scheduling an inspection with an insurance adjuster. The adjuster will then visit your property to assess the extent of the damage and determine the appropriate compensation. Following the inspection, you will receive a detailed report outlining the assessed damages and the amount your insurance company will cover. Finally, you will receive payment based on the agreed-upon settlement. This payment can be directly deposited into your bank account or issued as a check.

Necessary Documentation for an Insurance Claim

Gathering comprehensive documentation is vital for a smooth and efficient claims process. Incomplete or missing documentation can lead to delays or even claim denials. It is advisable to compile all relevant information before contacting your insurance company.

Policy Information: Your insurance policy number and details are essential for identifying your coverage and processing your claim.
Proof of Ownership: Provide documentation such as your property deed or mortgage agreement to verify your ownership of the damaged property.
Detailed Description of Damage: A written description of the damage, including specific areas affected, should be included. Photographs and videos are extremely valuable supporting evidence.
Photographs and Videos: High-quality images and videos documenting the damage from multiple angles are crucial. These visuals provide compelling evidence of the extent of the damage.
Repair Estimates: Obtain estimates from reputable contractors detailing the cost of repairs. These estimates serve as evidence of the financial impact of the storm damage.
Prior Claims History: If you have filed any previous claims with your insurance company, it’s important to provide this information for a complete picture of your claims history.

Communicating with Insurance Adjusters

Effective communication with your insurance adjuster is crucial for a successful claim. Being prepared and professional will ensure a smooth process.

Be Prepared: Have all your documentation organized and readily available when speaking with the adjuster. This will allow for a more efficient and productive conversation.
Be Honest and Accurate: Provide accurate information about the damage and avoid exaggerating or minimizing the extent of the damage. Accuracy is key to a successful claim.
Be Respectful and Professional: Maintain a respectful and professional demeanor throughout the process. A positive and collaborative approach will facilitate a smoother resolution.
Keep Detailed Records: Keep a detailed record of all communication, including dates, times, and the content of conversations with your insurance adjuster. This documentation can be invaluable in case of any disputes.
Ask Clarifying Questions: If you are unsure about any aspect of the claims process, do not hesitate to ask clarifying questions. Understanding the process is crucial for a successful claim.

FAQ Section

What are the common signs of hail damage to a roof?

Common signs include small dents or bruises on shingles, cracked or broken shingles, and granule loss. Hail damage can be subtle, so a thorough inspection is crucial.

How often should I inspect my roof for damage?

It’s recommended to inspect your roof at least twice a year, in spring and fall, and immediately after a severe storm. Regular inspections can help prevent costly repairs down the line.

Can I use a drone to inspect my roof?

While drones can provide a visual overview, they may not be able to detect all types of damage. A physical inspection is still recommended for a thorough assessment.

How long does it typically take to get an insurance claim processed for roof damage?

Processing times vary depending on the insurance company and the extent of the damage. It’s best to contact your insurer promptly and follow their procedures diligently.