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The Minnesota Radon Licensing Act (Minnesota Statutes 144.4961) was passed by the legislature and signed into law in May 2015. This act gives Minnesota Department of Health (MDH) the authority to write rules and enforce laws related to the radon industry in the state. Professionals and companies that measure for radon, mitigate for radon or perform radon analysis in the State of Minnesota are required to be licensed and use system tags. I am now good until December 17, 2025. Minnesota Radon Licensing Act 144.4961 https://www.revisor.mn.gov/statutes/cite/144.4961   Radon Measurement Professional License 4620.7200 https://www.revisor.mn.gov/rules/4620.7200/

As I sit down to write this blog post, I can’t help but reflect on the journey that has led me here—to the 100th blog post. When I first started this blog, I never imagined reaching such a milestone. What began as a way to share my experiences and educate homeowners about the ins and outs of home inspections has grown into something much larger. It’s not just a place for me to share tips and insights; it’s become a resource for homeowners, buyers, sellers, and even fellow home inspectors. For almost five years now, I’ve been working in the home inspection industry, and these past few years, in particular, have been a whirlwind of activity. As the demand for home inspections has grown along with the services I provide, so too has my dedication to providing thorough, accurate, and honest assessments for my clients. Along the way, I’ve learned that being a home inspector is more than just pointing out problems—it’s about helping people make informed decisions, whether they are buying their first home or ensuring that their current one is safe and well-maintained. As I write this 100th post, I want to take a moment to celebrate the journey so far, share some lessons I’ve learned, and hopefully provide some value to both my loyal readers and anyone who might be stumbling across this blog for the first time. The Beginning of the Journey When I first entered the world of home inspections, I knew there would be a steep learning curve. Like many industries, it’s one thing to learn about it in a classroom or through training, and it’s another thing entirely to be out in the field, encountering real homes with real issues. Every inspection brought new challenges, from identifying minor maintenance issues to spotting more serious structural concerns. What surprised me the most early on was the sheer variety of homes I would encounter. No two houses are the same, and each one tells its own story through its construction, materials, and even its wear and tear. This is one of the things I love most about being a home inspector—it’s never boring. Every day brings something new, and I get to use my problem-solving skills to uncover the nuances of each property. Becoming an Educator Over time, I realized that my role extended beyond just inspecting homes. While my primary job is to deliver a detailed report to my clients, I’ve always felt a responsibility to educate them as well. A home inspection report can be overwhelming for someone unfamiliar with the technicalities of a house’s systems. My goal has always been to demystify the process and help homeowners understand what’s really going on behind the walls, under the floors, and on the roof. That’s what inspired me to start this blog. I wanted to create a place where people could come to learn more about their homes, even if they weren’t currently in the process of buying or selling. After all, maintaining a home is a lifelong responsibility, and the more knowledge you have, the better prepared you are to keep it in great shape. Writing these blog posts has allowed me to share what I’ve learned in the field with a broader audience. Whether it’s explaining common home inspection findings, offering maintenance tips, or giving advice on how to prepare for a home inspection, I love being able to empower homeowners with information. The Growth of the Blog and My Business As I approached the 100th post, I realized just how much both the blog and my home inspection business have grown. The early days were filled with uncertainty. I wasn’t sure if anyone would read my blog, and I wasn’t sure if I would get enough clients to stay afloat. But as the months and years passed, things started to pick up. Word of mouth spread, and soon I was getting calls not just from clients who needed inspections, but also from people who had read my blog and wanted to learn more. There’s a certain satisfaction that comes from knowing that the information I’m providing is helping people, whether they’ve hired me for an inspection or they’ve simply come across my blog while doing research. My goal has always been to offer value, and I’m thrilled that so many people have found my posts helpful. As my schedule has gotten busier, I’ve had to become more disciplined about finding time to write. There are weeks when I’ve completed multiple inspections, written several reports, and then still had to carve out time for the blog. It’s a labor of love, though, and every time I hit “publish” on a new post, I’m reminded of why I started in the first place—to help people understand their homes and make informed decisions. Key Lessons from 100 Posts and 5 Years in the Field After nearly five years in the home inspection industry and now 100 blog posts, I’ve learned quite a few lessons along the way. Here are a few that stand out the most: 1. Every Home Tells a Story No two homes are the same, and each one has its own quirks and characteristics. Some homes have been meticulously maintained, while others may have suffered from years of neglect. As a home inspector, it’s my job to uncover the story behind each home and communicate it to my clients in a way that’s clear and helpful. 2. Education is Empowerment Whether I’m talking to a client during an inspection or writing a blog post, my goal is always to educate. When people understand how their home works and what issues to look out for, they can make better decisions. Homeownership can be overwhelming, especially for first-time buyers, but knowledge is power. The more you know, the more confident you’ll feel in maintaining and improving your home. 3. Communication is Key A home inspection is only as good as the communication that follows it. I’ve learned that delivering a detailed report is important, but so is taking the time to explain what it all means. Whether it’s an in-person walk-through or a follow-up phone call, I always make sure my clients fully understand the findings of the inspection. 4. Never Stop Learning The home inspection industry is constantly evolving, with new technologies, materials, and building techniques being introduced all the time. To provide the best possible service, it’s important to stay up to date on the latest developments in the field. I’m always seeking out new training opportunities and certifications to ensure that I’m delivering the most accurate and reliable inspections possible. I network with other home inspectors when I can. 5. Passion Leads to Success I truly believe that my passion for home inspections and for educating homeowners has been a big part of my success. When you’re passionate about what you do, it shows. Clients appreciate working with someone who is genuinely interested in helping them, and that enthusiasm has helped me grow my business over the years. What’s Next for the Blog? As I celebrate this milestone of 100 blog posts, I’m excited for what’s to come. There’s still so much to explore in the world of home inspections, and I have a long list of topics that I’m eager to dive into. Whether it’s breaking down new technologies in home inspections, sharing case studies from the field, or offering seasonal maintenance tips, there’s always something new to discuss. Looking ahead, I also plan to expand my content to include more video tutorials and possibly even live Q&A sessions where homeowners can ask me questions directly. The goal is always to provide as much value as possible, and I’m constantly looking for new ways to engage with my audience and make home inspection knowledge more accessible. A Heartfelt Thank You Before I wrap up this 100th post, I want to take a moment to thank everyone who has supported me along the way. To my clients who have trusted me to inspect their homes, thank you for your confidence and for allowing me to be a part of such an important process in your lives. To my readers who have followed the blog, whether you’ve been here since the beginning or are just now discovering it, thank you for your time and for finding value in what I share. And most importantly, to my wife Pamela, who has been by my side offering up words of encouragement and wisdom. This journey has been an incredible one, and I’m grateful for every step of the way. Here’s to 100 more blog posts, thousands more home inspections, and continued growth in this industry that I love so much. Cheers to the next chapter, and as always, happy home inspecting!

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Radon is a radioactive gas that occurs naturally from the decay of uranium in soil and rock. Since radon is colorless, odorless, and tasteless, it can go undetected without the proper tools. Long-term exposure to elevated levels of radon is linked to lung cancer, making it a significant health concern. Radon measurement professionals (RMP) play a critical role in identifying the presence of this hazardous gas, especially in homes and buildings where radon can accumulate to dangerous levels. In Minnesota, the demand for radon professionals is growing due to increased public awareness and regulations. If you’re considering becoming a radon measurement professional in Minnesota, there are several steps and requirements you must follow, including state certifications, education, equipment management, and ongoing continuing education units (CEUs). Here’s a comprehensive guide on how to enter the field and maintain your standing as a professional radon measurement technician in Minnesota. 1. Initial Certification: Becoming a Licensed Radon Measurement Professional The first and most important step to becoming a radon measurement professional in Minnesota is obtaining certification. In Minnesota, all radon professionals must be licensed by the Minnesota Department of Health (MDH), as the state mandates strict compliance to ensure that professionals are trained and knowledgeable in radon testing. The process includes: Pre-Licensing Education Before applying for licensure, you must complete a state-approved radon measurement training course. These courses are typically offered by recognized radon organizations such as the National Radon Proficiency Program (NRPP) or the National Radon Safety Board (NRSB). The coursework generally covers the principles of radon, measurement techniques, health risks, state regulations, and equipment use. Exam Requirement After completing the training, you must pass a national certification exam to demonstrate your proficiency in radon testing methods. The exam assesses your understanding of radon, testing protocols, and proper device placement. Both the NRPP and NRSB offer certification exams that are recognized by the MDH. This is a 4 hour proctored exam that covers all aspects of radon measurement, i.e. the test procedures, the measurement techniques, report writing, quality program, etc. Application Process. Once you have passed the exam, you can apply for your radon measurement professional license through the MDH. This application involves submitting proof of training, exam results, and an application fee. As part of the process, you must also agree to adhere to Minnesota’s radon measurement standards and provide evidence of the equipment you will use. 2. Continuing Education Units (CEUs) Obtaining your radon measurement professional license is not the end of the journey. As technology and research on radon evolve, it’s critical to stay updated on the latest practices and regulations. Minnesota mandates that all licensed radon professionals participate in continuing education to maintain their license. CEU Requirements. Radon professionals in Minnesota are required to complete 8 continuing education units (CEUs) every year. CEU courses must be approved by a recognized radon certification body, such as the NRPP or NRSB. These courses focus on advanced topics in radon testing, new measurement technologies, regulatory updates, and proper mitigation methods. The courses are designed to ensure that professionals stay current with industry standards and best practices. Renewal Process In addition to CEUs, professionals must renew their license every year. This requires submitting documentation of the completed continuing education credits, as well as an application and renewal fee to the MDH. Failure to complete CEUs or renew the license can result in suspension or revocation of your certification. Equipment Calibration and Maintenance One of the most important aspects of radon measurement is the reliability and accuracy of the equipment used. In Minnesota, licensed radon measurement professionals must follow strict guidelines to ensure that their testing devices are properly maintained and calibrated. Types of Equipment Common types of radon measurement devices include continuous radon monitors (CRMs), electret ion chambers, charcoal canisters, and alpha track detectors. Regardless of the type of device used, it is essential that it provides accurate readings, as inaccurate measurements can lead to serious health risks. Calibration Requirements In Minnesota, it is mandatory that all continuous radon monitors and other electronic measurement devices be calibrated at least once every 12 months. Calibration ensures that the device remains accurate and reliable over time, providing homeowners and property managers with valid radon readings. Calibration must be performed by a qualified calibration laboratory, and the radon professional must keep detailed records of each calibration. Maintenance In addition to regular calibration, radon professionals are responsible for ensuring that their equipment is maintained in proper working order. This includes regular inspections, testing of sensors, and replacing batteries as needed. If a device is not functioning correctly, it must be repaired or replaced before being used in a client’s home or building. Record-Keeping Minnesota requires that radon professionals maintain detailed records of all equipment calibrations and repairs. These records must be readily available for review by the MDH upon request. Failure to maintain proper documentation could result in penalties or loss of certification. Random audits by the MDH are a way of ensuring that all measurement professionals are adhering to the regulations. 4. Adhering to Minnesota’s Radon Testing Protocols Beyond training, CEUs, and equipment calibration, radon professionals in Minnesota must adhere to specific testing protocols established by the MDH. These protocols are in place to ensure consistency and accuracy across all radon measurements performed in the state. Test Duration According to MDH guidelines, short-term radon tests must be conducted for at least 48 hours. During this time, the building must remain under closed conditions, meaning that windows and doors should be kept shut as much as possible, among other requirements. Test Placement Proper placement of radon measurement devices is critical. In Minnesota, testing should be conducted in the lowest level of the building that could be occupied, such as a basement or first floor. The device must be placed away from drafts, high humidity areas, and direct sunlight. Written Reports A formal report must be published and kept for 6 years after the test was completed. It will include test conditions, the result, and a recommendation for mitigation if the data warrants. This data must also be inputted online with an MDH database. Follow-Up Testing If initial radon levels are found to be elevated, follow-up testing is often recommended to confirm the results. In many cases, long-term radon tests (lasting 90 days or more) are used to provide a more accurate reading of the average radon levels over time. Becoming a licensed radon measurement professional in Minnesota has been a rewarding career choice in my retirement, but it comes with strict requirements and responsibilities. From completing the initial training and passing a national exam, to maintaining CEUs and ensuring my equipment is properly calibrated, you must stay on top of regulations and best practices to protect public health. By adhering to these requirements and keeping up with advancements in the field, I provide accurate radon testing services and contribute to the safety and well-being of Minnesota’s residents. Consider getting your house tested this year.

As the crisp autumn air settles over Minnesota, the vibrant green leaves begin to turn shades of orange, red, and gold, signaling that fall is in full swing. For homeowners, this season isn’t just about enjoying pumpkin spice lattes and cozying up indoors—it’s also a crucial time for garden and yard maintenance, particularly trimming back plants and trees. The right pruning and trimming practices during fall can help ensure the health and longevity of your garden while setting the stage for robust growth in the spring. But knowing when and how to trim back plants and trees is essential to avoid damaging your landscape, especially in Minnesota’s unique climate. This guide will explore everything you need to know about trimming plants and trees in Minnesota during the fall, including why fall pruning is necessary, the best timing, tips for different plant types, and considerations specific to Minnesota’s harsh winters. Why Fall Pruning is Essential Trimming plants and trees during the fall is essential for several reasons, especially in a place like Minnesota, where the winters can be harsh, and summers short. Proper fall pruning promotes healthy growth, prevents diseases, and enhances the overall structure and appearance of your plants. Let’s break down the main benefits of fall pruning: 1. Prepares Plants for Winter Fall trimming helps plants and trees transition smoothly into winter dormancy. When you remove dead or diseased branches and excess growth, it reduces the plant’s energy expenditure. Instead of wasting energy on weak or dying branches, the plant can conserve resources and focus on surviving the winter. 2. Reduces the Risk of Winter Damage In Minnesota, the combination of heavy snow, ice, and strong winds during winter can cause significant damage to trees and shrubs. Trimming weak or overly long branches before winter reduces the risk of branches snapping under the weight of snow or ice. This helps to protect not only your plants but also your property. 3. Prevents the Spread of Diseases Diseases can easily spread among plants if they are not properly maintained. Dead or diseased branches serve as breeding grounds for pests and fungal infections. Pruning away these branches in the fall can help prevent diseases from taking hold during the dormant winter months, ensuring that your plants are healthier come spring. 4. Improves Plant Shape and Growth Fall pruning allows you to shape your plants and trees before they enter dormancy. Removing crossing branches, suckers, and excess growth can improve air circulation and sunlight penetration, which encourages more robust growth in the spring. 5. Aesthetic Appeal Trimming back plants and trees in the fall also helps improve the appearance of your yard. Fall is the perfect time to clean up any overgrown shrubs or unsightly branches, leaving your yard looking neat and well-maintained as winter approaches. When to Trim Back Plants and Trees in Minnesota’s Fall Timing is crucial when it comes to fall pruning in Minnesota. Because of the state’s cold winters, you want to give your plants enough time to heal from pruning wounds before the deep freeze sets in. However, you also don’t want to prune too early, as this can stimulate new growth, which is vulnerable to frost damage. Here are some guidelines to help you time your fall trimming appropriately: 1. Wait Until After the First Frost The general rule of thumb in Minnesota is to wait until after the first hard frost to start trimming trees and plants. The first frost typically occurs in late September to mid-October in most parts of Minnesota, depending on your location. Once the frost hits, plants begin to enter dormancy, and you can safely prune without stimulating new growth. 2. Aim for Late October to Early November For most trees and shrubs, late October to early November is the sweet spot for fall pruning in Minnesota. By this time, plants are firmly in dormancy, and the risk of frost damage to newly pruned areas is minimized. However, make sure to finish your pruning before the temperature drops below freezing consistently, as freezing conditions can make pruning difficult and risky for the plant’s health. 3. Avoid Pruning During Heavy Rain or Snow While fall rains can help soften the ground and make yard work easier, it’s important to avoid pruning when plants are wet, as this can promote the spread of fungal diseases. Similarly, snow-covered or icy branches are more brittle and prone to breaking during pruning, so wait for dry, mild weather conditions to trim back your plants and trees. Plants and Trees to Trim in the Fall Not all plants and trees should be trimmed in the fall. While some benefit from fall pruning, others are better left alone until late winter or early spring. Here’s a breakdown of common Minnesota plants and trees, and whether or not they should be trimmed in the fall: 1. Deciduous Trees Most deciduous trees, such as maples, oaks, and birches, benefit from fall pruning. Once the leaves have dropped, it’s easier to see the structure of the tree and identify which branches need to be removed. Here’s how to approach pruning deciduous trees: Remove Dead, Diseased, or Damaged Branches: These branches are more susceptible to breaking under the weight of snow or ice. Prune them away in the fall to reduce the risk of winter damage. Trim Crossing or Rubbing Branches: Crossing branches can cause wounds that make the tree more vulnerable to pests and diseases. Trim away these branches to improve the tree’s structure. Avoid Heavy Pruning: While light pruning is beneficial, avoid removing more than 10-15% of the tree’s canopy in one season. Over-pruning can stress the tree and make it more susceptible to winter damage. 2. Evergreens Evergreen trees and shrubs, such as pine, spruce, and juniper, should generally not be pruned in the fall. These plants are sensitive to cold, and pruning in the fall can leave them vulnerable to winter burn and other cold-related damage. Instead, wait until late winter or early spring to prune evergreens. 3. Flowering Shrubs When it comes to flowering shrubs, the timing of your pruning depends on when the shrub blooms. Here’s how to handle common flowering shrubs in Minnesota: Spring-Blooming Shrubs (e.g., lilacs, forsythia): These shrubs bloom on old wood, meaning they develop flower buds during the previous summer. Pruning them in the fall can remove next year’s flower buds, so it’s best to prune them immediately after they bloom in the spring or early summer. Summer-Blooming Shrubs (e.g., hydrangeas, spirea): These shrubs bloom on new wood, so they can be pruned in the fall without affecting next year’s blooms. Focus on removing dead or damaged branches and shaping the shrub for better growth in the spring. 4. Perennials Most perennials, such as hostas, coneflowers, and daylilies, can be cut back in the fall. Here’s how to approach perennial pruning: Remove Spent Flower Stalks: Cutting back flower stalks in the fall helps tidy up the garden and prevents the plant from putting energy into seed production. Trim Back Foliage: Once the foliage has died back after the first frost, you can cut perennials down to the ground. This helps prevent diseases and pests from overwintering in the dead foliage. Leave Some Plants for Winter Interest: If you enjoy the look of dried seed heads and grasses in the winter garden, you can leave some perennials standing until spring. Plants like ornamental grasses, coneflowers, and sedums can add texture and visual interest to your yard during the winter months. 5. Roses Roses can be tricky to prune in Minnesota’s climate. While some light pruning can be done in the fall to remove dead or damaged canes, heavy pruning should be avoided until spring. This is because pruning roses too late in the fall can stimulate new growth, which is susceptible to winter damage. After the first frost, you can remove any diseased or dead branches, but save major pruning for the spring. Pruning Techniques and Tips for a Healthy Garden When trimming back plants and trees in the fall, it’s essential to use proper pruning techniques to avoid damaging your plants. Here are some key tips to keep in mind: 1. Use Clean, Sharp Tools Dull or dirty pruning tools can tear or crush branches, leaving the plant vulnerable to disease and pests. Always use clean, sharp pruning shears or saws to make smooth, clean cuts. Disinfect your tools between cuts, especially if you’re dealing with diseased branches, to prevent the spread of pathogens. 2. Make Proper Cuts When pruning, make sure to cut just above a bud or lateral branch to promote healthy growth. Avoid leaving long stubs, which can rot and invite disease. For larger branches, use the “three-cut method” to prevent the branch from tearing as it falls. Start by making an undercut a few inches away from the trunk, then make a second cut from the top, just beyond the undercut. Finally, remove the remaining stub with a clean cut close to the trunk. 3. Don’t Over-Prune While it can be tempting to give your trees and shrubs a dramatic trim in the fall, avoid removing too much growth at once. Over-pruning can stress plants and leave them vulnerable to winter damage. As a general rule, never remove more than 10-15% of a tree’s canopy in a single season. 4. Watch for Signs of Disease During fall pruning, keep an eye out for signs of disease or pest infestations, such as discolored leaves, abnormal growth, or damaged bark. If you spot any issues, take appropriate action to remove the affected areas and prevent the problem from spreading to other plants. 5. Consider Mulching After pruning, apply a layer of mulch around the base of trees and shrubs to help protect their roots during the winter. Mulch helps regulate soil temperature and retains moisture, which can be especially beneficial during Minnesota’s cold, dry winters. Minnesota-Specific Considerations Minnesota’s cold winters and fluctuating fall weather patterns present unique challenges for gardeners and homeowners. Here are some additional considerations specific to Minnesota: 1. Protect Young Trees Young trees are especially vulnerable to winter damage, so it’s important to give them extra care after fall pruning. Consider wrapping the trunks of young trees with burlap or tree wrap to protect them from sunscald, frost cracks, and animal damage during the winter. 2. Be Mindful of Snow and Ice In Minnesota, heavy snowfall and ice storms can put extra stress on trees and shrubs. When trimming plants in the fall, focus on removing weak or damaged branches that are more likely to break under the weight of snow or ice. For larger trees near your home or power lines, consider consulting a professional arborist to ensure the tree is structurally sound. 3. Winter Watering While Minnesota’s winters are cold, the soil can still dry out, especially during dry fall and early winter periods. After pruning, make sure your trees and shrubs are well-watered before the ground freezes. This helps them retain moisture throughout the winter and emerge healthier in the spring. 4. Consider Windbreaks In areas with strong winter winds, consider using windbreaks to protect more delicate plants. Wind can cause desiccation, or drying out, which is especially harmful to evergreens. A burlap windbreak or strategic placement of protective barriers can help shield your plants from winter winds. Conclusion Fall is an essential time for pruning and trimming back plants and trees in Minnesota. With the right timing, techniques, and a mindful approach to Minnesota’s unique climate, you can ensure that your plants enter the winter season healthy and well-prepared for the challenges ahead. By pruning dead or diseased branches, shaping trees for better growth, and maintaining healthy shrubs and perennials, you’ll set the stage for a vibrant, thriving garden when spring arrives. Taking the time to carefully trim your plants in the fall will not only improve the health of your garden but also enhance the aesthetic appeal of your yard throughout the colder months. Whether you’re dealing with towering maples, delicate roses, or hardy evergreens, self-discipline in maintaining your garden now will yield long-term rewards.

Do-it-yourself (DIY) home repairs can be a great way for homeowners to save money, learn new skills, and take pride in maintaining their homes. However, not all DIY projects are created equal, and some repairs can lead to long-term issues if not done correctly. As a home inspector, I’ve seen firsthand how improper repairs can cause serious problems down the line—problems that could have been easily avoided with the right knowledge and approach. In this blog, I’ll walk you through 8 key tips to help you spot poorly done DIY home repairs. Whether you’re buying a new home, maintaining your current property, or preparing for a home inspection, these tips will help you identify red flags and make informed decisions. 1. Look for Inconsistent Paint Jobs One of the most common signs of a DIY repair is an inconsistent paint job. While painting may seem like a simple task, poor techniques can lead to uneven coverage, drips, or mismatched colors. In some cases, a quick paint job may be used to cover up larger issues such as water damage, mold, or cracks in the walls. How to Spot It: - Look for areas where the paint appears thicker or thinner than the surrounding surface. - Check for brush strokes or roller marks, especially around edges and corners. - Compare the color and texture of the paint in different parts of the room—mismatched tones can indicate a rushed or amateur job. - Peeling or bubbling paint may be a sign of underlying moisture problems or poor surface preparation. Why It Matters: A poorly done paint job may indicate a lack of attention to detail or a rushed attempt to cover up more significant problems. If you notice inconsistent paint, it’s worth investigating further to ensure there aren’t underlying issues that could cause bigger problems down the line. 2. Check for Misaligned or Uneven Tiles Tiling is another common DIY project, but it requires precision to ensure the tiles are installed properly. Misaligned or uneven tiles can be a sign that the installer lacked the necessary skills or tools to complete the job correctly. In some cases, poor tiling can lead to cracks, water leaks, or even structural damage. How to Spot It: - Check for gaps between tiles that vary in width—consistent spacing is a sign of a professional job. - Run your hand over the surface of the tiles to feel for unevenness or raised edges. - Look for crooked tiles, especially in high-traffic areas like bathrooms or kitchens. - Examine the grout lines for cracks or gaps that could allow water to seep through. Why It Matters: Misaligned or uneven tiles can lead to water damage, especially in bathrooms and kitchens where moisture is common. Poorly sealed tiles can also become loose over time, creating safety hazards and requiring costly repairs. 3. Inspect Electrical Work for Safety Hazards DIY electrical work is one of the most dangerous types of home repairs. Many homeowners attempt to tackle electrical projects without fully understanding the risks involved. Faulty wiring, incorrect installation of outlets or switches, and improper grounding can all lead to serious safety hazards, including electrical fires and shocks. How to Spot It: - Check for outlets or switches that are loose, wobbly, or improperly installed. - Look for exposed wires, especially around light fixtures, outlets, or electrical panels. - Test outlets to ensure they’re working properly—if an outlet doesn’t work or sparks when used, it’s a red flag. - Make sure all outlets near water sources (e.g., kitchens and bathrooms) have ground fault circuit interrupters (GFCIs) installed. These are essential for preventing electrical shocks. Why It Matters: Poorly done electrical work is a serious safety hazard. If you suspect DIY electrical repairs, it’s crucial to have a licensed electrician inspect the work to ensure it meets code and safety standards. 4. Examine Plumbing for Leaks and Inconsistent Water Pressure Plumbing is another area where DIY repairs can lead to future problems. Improperly installed pipes, fixtures, or connections can result in leaks, water damage, or inconsistent water pressure. Over time, these issues can worsen, leading to costly repairs or even structural damage to the home. How to Spot It: - Check under sinks, around toilets, and near water heaters for signs of water leaks, such as puddles, dampness, or water stains. - Test the water pressure in faucets and showers—if the pressure is low or fluctuates, it could indicate a problem with the plumbing. - Look for pipes that are improperly supported or installed at odd angles, as this can lead to stress and eventual leaks. - Inspect the caulking around sinks, bathtubs, and showers—poor caulking can allow water to seep into walls and floors. Why It Matters: Leaky or poorly installed plumbing can lead to significant water damage, mold growth, and even structural issues. If you notice signs of DIY plumbing repairs, it’s essential to address them before they cause more extensive problems. 5. Check for Gaps in Flooring Installation Installing new flooring is a popular DIY project, but it requires precision and expertise to ensure a seamless finish. Poorly installed flooring can result in gaps between boards or tiles, uneven surfaces, and buckling. These issues can not only affect the appearance of your home but also lead to long-term damage. How to Spot It: - Look for gaps between floorboards or tiles—these can allow dirt, moisture, and pests to enter. - Check for uneven or bouncy sections of the floor, which may indicate improper installation or inadequate subflooring. - Examine the transition areas between rooms or different types of flooring—poor transitions can be a sign of amateur work. - Look for areas where the flooring doesn’t meet the walls or baseboards properly, as this can create gaps and an unfinished appearance. Why It Matters: Gaps in flooring can lead to water damage, warping, and even pest infestations. If you spot signs of poor flooring installation, it’s important to address the issue before it worsens and requires more extensive repairs. 6. Inspect Doors and Windows for Poor Alignment Installing or replacing doors and windows is a common DIY project, but it’s one that requires careful attention to detail. Poorly aligned doors and windows can lead to drafts, water leaks, and difficulty in opening or closing them. Over time, this can result in energy loss and damage to the frame or surrounding walls. How to Spot It: - Test doors and windows to see if they open and close smoothly—if they stick or are difficult to latch, it could indicate misalignment. - Look for gaps between the door or window frame and the wall—these can allow drafts and moisture to enter. - Check for uneven gaps around the edges of doors or windows—consistent spacing is a sign of proper installation. - Examine the caulking and weatherstripping around doors and windows for cracks or wear, which can indicate poor sealing. Why It Matters: Poorly aligned doors and windows can lead to energy loss, water damage, and security concerns. If you notice issues with the alignment, it’s worth having a professional inspect and correct the installation. 7. Look for Signs of Poor Drywall Installation Drywall installation may seem straightforward, but it requires skill to achieve a smooth, professional finish. Poorly installed drywall can result in visible seams, cracks, and uneven surfaces. Over time, these issues can worsen, leading to structural problems and the need for costly repairs. How to Spot It: - Look for visible seams or tape lines where drywall panels meet—these should be smooth and invisible after painting. - Check for cracks in the drywall, especially near corners or windows, which can indicate improper installation or movement in the walls. - Run your hand over the surface of the drywall to feel for unevenness or bumps. - Examine the corners for signs of poor finishing, such as jagged edges or uneven joint compound. Why It Matters: Poor drywall installation can lead to long-term structural issues and an unsightly appearance. If you notice signs of amateur drywall work, it’s important to address the problem before it worsens. 8. Inspect Exterior Repairs for Weatherproofing Issues DIY exterior repairs, such as siding, roofing, or deck installation, can be particularly problematic if not done correctly. Poor weatherproofing can lead to water infiltration, rot, and damage to the home’s structure. It’s important to inspect exterior repairs carefully to ensure they’re properly sealed and protected from the elements. How to Spot It: - Look for gaps or cracks in the siding or roofing, which can allow water to seep into the home. - Check the caulking around windows, doors, and other exterior openings for cracks or wear. - Examine the gutters and downspouts to ensure they’re properly installed and directing water away from the home. - Inspect wooden decks or porches for signs of rot or improper sealing. Why It Matters: Poorly done exterior repairs can lead to significant water damage, rot, and structural issues. If you spot signs of DIY exterior work, it’s crucial to have a professional assess the repairs and ensure the home is properly protected from the elements. Conclusion DIY home repairs can be a great way to save money and take control of your home’s maintenance, but they also come with risks. By learning how to spot poorly done repairs, you can avoid the headaches and expenses that come with future problems. If you’re unsure about the quality of a DIY repair, it’s always a good idea to consult a professional to ensure your home is safe and properly maintained. Incorporating these tips into your home purchasing process can also help you identify potential issues before they become costly repairs, ensuring that your home remains a safe and comfortable place for years to come.

Unsure if you need a new roof? It can be hard to know, especially if you’re not a roofing professional. To help, I've put together six no-fail signs you need a new roof. And remember, proactive, regular maintenance can help you avoid major issues down the road. Sign No. 1: Light is coming through your attic Start by heading upstairs to your home’s attic. Do you see light coming through the beams? If so, some light may be normal. For example, gable, soffit and ridge vents all let a small amount of light in while they do the job of circulating air in your attic. If it’s a small amount of light, look for water stains and see if they change over time. But, if you have larger water stains and significant light coming through, it may be time to invest in a new roof. Consider calling a roofing professional for assistance. Sign No. 2: Your roof is 20 to 30 years old If your roof is celebrating its 25th birthday, then a new one might be in store. Most asphalt shingle roofs are ready to be repaired or replaced prior to that. And, if you installed a new roof over a layer of existing shingles, you may need a replacement after 20 years. Calling a licensed and insured roofing professional may be the easiest and fastest way to find out the age of your roof. A roof inspector will look carefully at damage. If you want to investigate on your own prior to calling a roofing professional, here are a few additional tips for finding out the age of your roof: Reach out to the previous owner to ask. You can check in with the seller’s real estate agent to help you get their contact information. Information about the age of the roof should also be in the seller’s disclosure document. This document provides details about the condition of the property that could negatively impact the value of the house. Contact the roofer who worked on your home . If you know that your roof was recently replaced, you may be able to find the roofing contractor who completed the job. Dig around to see if there are any records in the home. You can also reach out to local roofing companies nearby. They may have records of the work done. Look for a building permit for the roof. This solution works in some states, but not others, because a permit for work isn’t always required. But, if you find the date a permit was filed, you should be able to estimate the roof’s age. If you’re working with a roofing contractor, they may be able to assist with this step. Look at roof condition to estimate the age. You’ll want to look for chipped or broken tiles (on a slate, clay or tile roof), or shingle curling and loose granules (on an asphalt roof). If you’re buying a home, you should always ask about the age of a home’s roof before making a purchase. And, you should be aware of the signs you need a new roof. Otherwise, you may have to pay for a replacement before you’re financially ready. Sign No. 3: Your shingles are curling Take a good look at your roof’s shingles. Do you see curling on their edges or in the middle? If so, that’s a sign you may need a new roof soon. Shingles tend to curl in one of two ways—either on their edges, called cupping, or in the middle, called clawing. When shingles are warped, they can leave your home at risk for leaks that can lead to other property damage to walls, ceilings, support beams, floor beams and joists. As soon as curling appears, keep the damage on your radar. You’ll probably need to replace your roof within a few years. Call a roofing professional to be certain. Sign No. 4: Granules are in your gutters. If you’re cleaning out your home’s gutters and find granules, it may be time for a new roof, especially if your roof is over 10 years old. Granules are the crushed stone and other materials that are on top of your roof’s shingles. They’re designed to help protect your roof from excessive sun damage. If you have a new roof and see loose granules, don’t worry. That’s part of a new roof installation, and it should improve over time. But, if your roof is at least a decade old and you see loose granules, it’s time to call a professional for an inspection. You probably have a new roof in your future. Sign No. 5: Many shingles are cracked or missing It’s important to inspect your roof for cracked, missing or damaged shingles, especially after a hailstorm, excessive wind or if you experience an ice dam. Not only do ice dams prevent snow and water from running off the roof, but they can also damage your roof’s shingles. If you see an ice dam, call a professional to remove it quickly. Remember, a few cracked or damaged shingles usually can be repaired, but if your roof is full of damage, it’s time for a full replacement. Sign No. 6: You see moss or algae If your roof looks green, it’s possible that moss or algae has made its way into your shingles. Fortunately, this isn’t an immediate reason to replace your roof, as long as there’s no water damage. However, moss can damage your roof over time since it tends to keep the surface damp for long periods, increasing the risk of water getting under the shingles. Many new shingles are resistant to moss and algae. But be careful not to wash or scrape moss off your roof on your own. This can actually cause more harm than good. You think you need a new roof. What now? Don't panic. Most homeowners need to replace their roofs eventually. It's part of regular home maintenance and an important investment in your property. A new roof can save you money in the long term by preventing costly damage from storms and other hazards. Many home insurers offer discounts on your premium for replacing your roof. A new roof could also save you thousands in potential property damage. If you’re convinced your home needs a new roof, start getting quotes right away. To help save money, consider hiring a roofing professional in the off-season, exploring energy-efficient options (which may come with federal, state and local government incentives), and getting multiple quotes to find the right contractor for your needs. By learning as much as you can about the roofing process, you'll be better prepared for what to expect and can make more informed decisions. Remember, investing in your home's roof is almost always a good idea. It may seem costly now, but it is an investment that saves you from major hassles and expenses in the future.

As the crisp fall air begins to settle in Minnesota, it's the perfect time to start thinking about your home's seasonal maintenance. This Fall Maintenance Checklist is designed to help homeowners get a head start on essential tasks while the weather is still mild. Early September is the ideal time to begin crossing off some of these items, ensuring your home is ready for the cooler months ahead. From inspecting your furnace to sealing gaps around windows, this checklist covers the key steps to protect your home and keep it running smoothly all season long.

Attic ventilation may not be the most exciting topic in homeownership, but it’s one of the most crucial elements for maintaining a healthy and energy-efficient home. Attics are often out of sight and, consequently, out of mind, but their ventilation system plays a pivotal role in the overall comfort, durability, and energy efficiency of your house. This blog will explore: Why Attic Ventilation is Important Consequences of Inadequate Insulation How to Achieve Adequate Insulation in your Attic Understanding this will not only improve your home’s longevity but also save you money and stress over the years. Why Attic Ventilation is Important Proper ventilation in your attic helps regulate temperatures, control moisture, and prevent costly damage to your home. Let’s break this down further: 1. Temperature Regulation One of the main purposes of attic ventilation is to moderate temperature fluctuations. During the summer, attics can become incredibly hot—reaching temperatures upwards of 150°F in some climates. Without adequate ventilation, this excessive heat gets trapped, causing your cooling system to work harder to keep your home comfortable. This results in higher energy bills and added strain on your air conditioning system. In the winter, proper ventilation is equally important, but for different reasons. Warm air from your living space rises into the attic and, without proper ventilation, can cause a cycle of condensation and ice dams, which we’ll discuss in detail later. In short, regulating the temperature in your attic year-round is essential for both your home’s comfort and your energy costs. 2. Moisture Control Moisture is one of the biggest threats to your home’s structure, and the attic is often a battleground where excessive moisture can wreak havoc. Moisture accumulates in attics due to temperature differences between the interior living spaces and the attic. This happens year-round, but it’s more pronounced in the colder months when warm air from the heated living space below meets the cooler attic space. Without proper ventilation, moisture becomes trapped and can lead to a variety of problems, including: Mold and mildew growth: High humidity levels foster mold and mildew, which are not only unsightly but also a health hazard. Structural damage: Moisture can deteriorate insulation, wooden beams, and the overall structural integrity of your home. Insulation problems: Wet insulation is much less effective at insulating your home, resulting in higher energy costs. Ventilation helps air circulate and dry out any moisture that builds up in the attic, preventing these issues. 3. Prolonging Roof Life Another key reason for proper attic ventilation is to extend the life of your roof. Poor ventilation leads to temperature extremes in your attic that can damage your roofing materials. In hot climates, excessive heat can cause the roof’s shingles to crack and deteriorate prematurely. Meanwhile, in cold climates, poor ventilation can contribute to the formation of ice dams, which can damage the roof structure and even lead to leaks inside the home. Attic ventilation plays a vital role in ensuring that the temperature in your attic remains consistent, preventing damage to the roof and other materials. 4. Preventing Ice Dams During the winter, one of the most damaging and costly issues related to poor attic ventilation is ice dams. An ice dam forms when warm air escapes from the living areas of your home into the attic, causing the roof to warm up. Snow on the roof melts and runs down toward the eaves, where it refreezes. This causes a dam of ice to form, preventing subsequent melting snow from draining properly. Water then backs up behind the dam, eventually seeping into your home, causing water damage to ceilings, walls, and insulation. Ice dams are a direct result of improper ventilation and insulation. The key to preventing them is to keep the attic as cold as possible during the winter so that the snow on the roof melts evenly and naturally. Consequences of Inadequate Attic Ventilation When attic ventilation is insufficient, several problems can occur, leading to costly repairs, health risks, and a less comfortable living environment. Here’s what can happen when you neglect your attic’s ventilation system: 1. High Energy Bills As mentioned earlier, an unventilated attic can lead to extreme temperatures. In the summer, hot air becomes trapped, forcing your air conditioning system to work harder to maintain a comfortable indoor environment. The same occurs in the winter, where heat loss through the attic makes your furnace work overtime. Both of these situations drive up your energy bills and strain your HVAC system. 2. Moisture Problems and Mold Growth When ventilation is inadequate, moisture has nowhere to go. This can lead to damp conditions that promote the growth of mold and mildew. Mold isn’t just an aesthetic problem—it poses serious health risks to you and your family, especially those with allergies or asthma. Mold spores can circulate through your home’s air, causing respiratory issues and other health concerns. Once mold takes hold, it can be costly to remove and may require extensive remediation work. 3. Roof Deterioration Trapped heat in the attic can cause roofing materials to deteriorate prematurely. In hot climates, roofing shingles can warp and become brittle due to prolonged exposure to high heat. In colder climates, trapped heat causes uneven snow melting and leads to the formation of ice dams. Both scenarios lead to costly repairs and reduce the overall lifespan of your roof. 4. Compromised Insulation Insulation works best when it’s dry and fluffy. When condensation forms in an attic due to poor ventilation, it dampens the insulation, reducing its effectiveness. Wet insulation becomes compacted, losing its ability to trap heat and cold air, which drives up energy costs and makes your home less comfortable. 5. Structural Damage Without proper ventilation, the wooden components in your attic, such as rafters and joists, can absorb moisture and become weak over time. Prolonged exposure to moisture can cause wood rot, compromising the structural integrity of your home. In extreme cases, this can lead to costly repairs or even structural failure. How to Achieve Adequate Ventilation in Your Attic Now that you understand why proper attic ventilation is important, let’s look at how you can ensure your attic has the proper ventilation it needs. 1. Calculate Ventilation Needs The first step is determining how much ventilation your attic requires. This is typically measured by the amount of attic vent space needed per square foot of attic space. A common rule of thumb is to have 1 square foot of vent space for every 300 square feet of attic space, assuming you have a vapor barrier installed. Without a vapor barrier, you may need 1 square foot of vent space for every 150 square feet of attic space. Attic ventilation works best when there is a balance between intake vents (usually located in the soffits or eaves of your roof) and exhaust vents (typically located near the roof ridge or gable). The goal is to create a continuous flow of air through the attic space, where cool air enters through the intake vents and warm air exits through the exhaust vents. 2. Install Soffit Vents for Air Intake Soffit vents are one of the most common types of intake vents used in attic ventilation. These vents are installed in the soffit, the underside of the roof overhang, and allow cool air to enter the attic. To be effective, soffit vents should be installed evenly along the eaves of the roof, ensuring a balanced distribution of air intake. If your home lacks soffit vents, this is one of the first upgrades you should consider to improve attic ventilation. 3. Install Ridge Vents for Exhaust Ridge vents are installed along the peak of the roof and provide an outlet for warm air to escape from the attic. These vents work in tandem with soffit vents to create a continuous airflow system. As warm air rises, it escapes through the ridge vent, while cooler air is drawn in through the soffit vents. Ridge vents are a popular choice because they are effective and blend seamlessly with the roofline, making them less visible than other vent types. 4. Consider Gable Vents Gable vents are another type of exhaust vent, typically located at the highest point of the gable walls at either end of the attic. They allow hot air to escape while drawing in cooler air through intake vents. In some homes, gable vents can be used in conjunction with ridge and soffit vents for enhanced airflow. 5. Install Powered Attic Fans In some cases, especially in extremely hot climates, passive ventilation may not be enough to regulate attic temperatures. In these instances, powered attic fans can be installed to actively pull hot air out of the attic. These fans can be set to turn on automatically when the attic reaches a certain temperature, providing an additional layer of temperature control. However, it’s important to note that attic fans should not be used as a replacement for passive ventilation systems (such as ridge and soffit vents), but rather as a supplement to enhance airflow. 6. Ensure Proper Insulation While not directly related to ventilation, ensuring your attic is well insulated is crucial for maintaining proper airflow and temperature regulation. Insulation prevents heat from escaping from the living areas of your home into the attic during the winter and helps keep the attic cool during the summer. If your attic insulation is old, damaged, or insufficient, it may be worth investing in new insulation to enhance the overall performance of your attic ventilation system. Conclusion Proper attic ventilation is a critical aspect of home maintenance that should never be overlooked. By ensuring your attic is adequately ventilated, you can prevent a host of problems—from high energy bills and mold growth to roof damage and structural issues. Whether you install soffit and ridge vents or consider more advanced options like powered attic fans, the key is to create a balanced airflow system that regulates temperature and controls moisture.

There are several common liability claims against home inspectors, including: Roofing Damage Mold Problematic Plumbing Defects in the Foundation Water Damage Power issues Continue reading below to understand how the 6 top general liability claims against home inspectors come about and how they can be avoided. 1. Roofing Damage Claim Example of a Ceiling Hole Accidents can happen during home inspections, especially in attics. One example involves a home inspector who fell through the ceiling while navigating an attic, creating a hole and damaging the kitchen below. Repairs for such incidents can be costly, as evidenced by a case where repairs totaled $900. This incident underscores the importance of prioritizing safety during attic inspections. Why is it Common? Most attics lack safe, consistent walking surfaces. They’re typically filled with a maze of trusses, framing elements, and loose boards – all presenting a significant risk if stepped on. What You Can Do As A Home Inspector Always prioritize safety when entering an attic. Avoid attics lacking proper walkways or sufficient headroom. Postpone inspection if insulation completely conceals the ceiling joists, as hidden hazards might be present. Approach makeshift walkways made from loose planks with caution; their stability is unreliable. Ultimately, your goal is a safe inspection that avoids property damage or personal injury. If navigating the attic proves unsafe, inspect it from the access point and clearly document this limitation and the reason in your report. 2. Mold Claim Example of a Bathroom Mold Relying solely on a home inspector’s visual assessment can leave new homeowners vulnerable to hidden mold problems. A common scenario involves an inspector giving the “all clear” for mold, only for the new residents to discover extensive growth behind bathroom tiles later. Mold spores, invisible to the naked eye, can trigger respiratory issues and require costly professional remediation to remove safely. Why is it Common? Mold, a sneaky home inhabitant, thrives in damp and dark environments. Unfortunately, a standard visual inspection by a home inspector might miss mold lurking in unseen areas. Moisture leaks or condensation can cause mold to grow behind bathroom tiles or even within wall cavities – areas beyond the inspector’s line of sight. Carpeting or flooring can also conceal mold growth, creating a hidden breeding ground beneath the surface. Attics with limited headroom or those cluttered with insulation pose similar challenges for thorough inspections, potentially leaving mold spores undiscovered in unseen corners. What You Can Do As A Home Inspector Moisture meters can be valuable allies in uncovering hidden mold issues. By detecting hidden moisture within walls, floors, or ceilings, these tools can pinpoint areas with a higher risk of mold growth. Always prioritize a thorough visual inspection in moisture-prone areas like bathrooms, kitchens, laundry rooms, and basements. Look for telltale signs like discoloration, musty odors, or warped surfaces, which might indicate hidden mold. If suspicion arises but confirmation remains elusive, advise the potential buyer to consult a mold specialist. Their expertise and specialized equipment can offer a more definitive diagnosis. Finally, transparency is key. Clearly outline in your report any areas that are inaccessible or pose difficulty for complete examination. 3. Problematic Plumbing Claim Example of Frozen Plumbing In a late-winter inspection in the Northeast, an inspector turned off the boiler to examine the chimney flue. Unfortunately, after the inspection, the boiler was inadvertently left off. The resulting drop in home temperature caused the pipes to freeze and burst, leading to a costly repair bill of nearly $6,000 for replacing the damaged plumbing. Why is it Common? During home inspections, especially in winter, it’s easy to forget to turn major systems back on after shutting them down for examination. This oversight can be costly, as evidenced by frequent frozen plumbing claims linked to inspector negligence. Inadequate sealing of crawlspace access points can leave the home vulnerable to cold air, potentially affecting other systems and contributing to potential damage. What You Can Do As A Home Inspector To ensure comprehensive and reliable results, home inspections should follow a standardized procedure every time. This minimizes the risk of overlooking crucial steps, regardless of the property being inspected. Additionally, during winter inspections, double-checking that the heating system is functional before leaving the property is vital for a complete assessment, especially for systems susceptible to issues in freezing temperatures. 4. Defects in the Foundation Claim Example of a Foundation Cracks A home inspection concludes with a positive assessment of the foundation. Unfortunately, after purchasing the property, the new owners discover significant cracks and uneven settling. These foundation problems lead to structural issues throughout the house, necessitating costly repairs. Why is it Common? Identifying foundation defects can be challenging. Subtle cracks and minor settling may go unnoticed without a meticulous inspection. Here’s what to consider: Hairline cracks: These can be difficult to spot, especially if they’re not leaking. A thorough inspection will involve close scrutiny of the foundation for any irregularities. Specialized tools: Standard inspections may not include using specialized leveling instruments. These tools can detect even minor settling issues that could indicate a more serious problem. What You Can Do As A Home Inspector For a thorough foundation inspection, follow these key steps Meticulous Visual Examination: Closely examine foundation walls for cracks, signs of uneven settling, or misalignment. Utilize a flashlight to inspect dark or hard-to-reach areas. Beyond Visual Inspection: Don’t limit your assessment to sight alone. Consider employing leveling tools to identify potential settling issues that may not be immediately obvious. Seeking Professional Expertise: If you encounter concerning signs of foundation problems, strongly recommend that the potential buyer consult with a structural engineer. Their specialized knowledge can provide a more detailed assessment and pinpoint any necessary repairs. Detailed Reporting: Document the foundation’s condition comprehensively in your report. Include details about any cracks observed, your evaluation of their severity, and acknowledge any limitations of your inspection, such as restricted access to specific areas. 5. Water Damage Claim Example of a Water Damage While examining the plumbing system, the home inspector turned on the water supply. Unfortunately, they neglected to properly shut off a small water line in the basement after the inspection. This resulted in the line leaking for two days, causing flooding and over $4,500 in damage. Why is it Common? Inspecting a home’s water system often involves running water through numerous fixtures and appliances. The sheer number of components can make it easy to miss shutting off a single supply line. Unfortunately, such an oversight can lead to significant water damage, especially if the leak remains undetected for a long time. What You Can Do As A Home Inspector Thoroughness is key during a plumbing inspection. Rushing the process by leaving the water on can lead to missed shut-off valves. Develop a systematic approach to ensure every water source is turned off before leaving the property. Double-checking all potential water sources for shutoff provides an extra layer of protection against accidental leaks. 6. Power issues Claim Example of Power Outage During testing of the exterior outlets, the home inspector tripped a GFCI circuit in the garage. Unfortunately, due to cluttered storage, locating the specific outlet for reset proved difficult. While the inspector noted this issue in the report, subsequent parties reviewing the report may have missed it. In this instance, the homeowner, a scientist utilizing the garage for storing rare seeds in three refrigerators, encountered a significant loss due to a tripped GFCI breaker. Fortunately for the inspector, the homeowner ultimately withdrew the $500,000 claim for reasons independent of the inspection. Why is it Common? Tripped circuit breakers and Ground Fault Circuit Interrupters (GFCIs) can pose challenges during inspections. Food spoilage is a frequent concern raised by both inspectors and homeowners. The Food and Drug Administration (FDA) offers guidelines: a full refrigerator can maintain safe temperatures for up to four hours during a power outage, while a half-full freezer can last for approximately 24 hours. Beyond these timeframes, food spoilage becomes a risk. While not all sellers possess extensive knowledge of food preservation, the growing popularity of healthy and organic options means potential losses due to power disruptions can be significant. What You Can Do As A Home Inspector The initial power state of an inspection property can vary. Document whether the power is on upon arrival and ensure it’s returned to that state when you finish. If the power is expected to be on, comprehensively test outlets throughout the house, prioritizing critical appliances like refrigerators and freezers. Remember to securely close any appliance doors you may open during inspection. In the event of an unintended power outage during the inspection, prioritize informing the current occupants to facilitate a swift restoration and minimize potential losses. It’s important to note that some inspectors, particularly in regions with a strong hunting culture, may adjust their approach to avoid tripping breakers or GFCIs connected to large freezers. Open communication with the occupants beforehand can help determine the best course of action for such situations.

West Egg not only performs house inspections but we also take on small house projects and minor maintenance.

West Egg has contracts in place and is collaborating with another company. This one is NV5. I will be conducting their radon measurements in the Greater Twin Cities area. On their website: https://www.nv5.com NV5 is a provider of technology, conformity assessment, and consulting solutions for public and private sector clients supporting infrastructure, utility, and building assets and systems.  NV5 primarily focuses on six business verticals: Testing, Inspection & Consulting; Infrastructure; Utility Services; Environmental Health Sciences; Buildings & Owner Representative; and Geospatial Technology. With more than 100 offices nationwide and abroad, NV5 helps clients plan, design, build, test, certify, and operate projects that improve the communities where we live and work. As engineers, inspectors, program managers, and environmental professionals, we play a significant role in shaping our communities through the services we provide. From certifying and designing the water systems we rely on; streets and bridges our kids use to get to school; buildings and resorts we enjoy; and the electricity/gas we use to power our homes and businesses, to testing materials used in high-rise buildings and responding to environmental disasters, our everyday decisions make lasting impacts. NV5 takes pride in helping our clients develop and deliver cost-effective, sustainable projects that improve lives in our communities. Our combined capabilities bring effective solutions to complex issues.