Michael BurfittInternachi certified professional inspector |
 I am always looking for ways to further advance my goal of providing the best value in town and accordingly recently added another service to our repertoire. After months of training and testing I launched our sewer scope services in October of this year. What motivated me to finally launch this service? I was driving down a street just off the Halifax Peninsula and saw a home’s front yard being torn up, after noticing how the street beyone the yard had more patches than actual pavement from recent sewer work. I have also seen the results of sewage backup in a commercial building and thank my lucky stars I have never experienced it at home. I also remember that, as a high school student in the 90s, I lived in a neighbourhood that had issues with sewer pipes, it was a running joke about trying to predict how long until the next lawn was going to get dug up as it seemed literally every week (often during the winter) the excavators would be out in full force. Of course, sewer backups don’t wait until a convenient time to appear, and you won’t have time to carefully vet contractors or price shop for the best deals. There is a common misconception that a sewer failure will be paid for by insurance or by the local utility (in our case Halifax Water). Unfortunately, standard home insurance usually does NOT cover sewage system failures. Of course, contact a licensed broker since we are home inspectors not insurance representatives for information specific to your home. It has also been claimed that only older homes need a sewer inspection. While it is certainly less likely to see problems in more recent homes, I have known from other home inspectors that even brand-new homes can have sewer problems such as poor installation (in one case the sewer line just randomly ended before reaching the street!) and tree root infiltration. While I always suggest a sewer scope just for peace of mind alone, if you have any of the following:
it is HIGHLY recommended by professional home inspectors that a sewer scope be performed both at the time of inspection AND at regular intervals. While sewer failures seem sudden, they almost always develop slowly over a long period of time and can usually be detected with a quick sewer scan. Here are a few samples of what a sewer line looks like: don't worry about being grossed out: the lump is just a hairball, and the yellow streak is simply ABS cement that holds two pieces of waste pipe together: the installer likely used a little too much and it dripped down, but this is not a defect or an issue whatsoever. I once wrote a blog post which is currently my third most popular about signs of a Marijuana grow house. I mentioned briefly about so called “meth houses” that while very rare are very dangerous, so this week is a great opportunity to look at them. Like most home inspectors I have never seen one in person and hope I never will but I am always on the lookout for the signs. Given the highly illegal nature of this drug it goes without saying that there is no public database of current and former meth houses!  Meth 101 Methamphetamine is known as meth, ice, chalk, and other street names and is a highly addictive stimulant. It is illegal in most of the world and as a result, this is not an item that can be bought at the local corner store, hence the presence of houses where meth and other similar drugs are illegally manufactured. There are numerous negative health effects and our focus as home inspectors is not law enforcement but on identifying dangers located on properties that were formerly used as meth labs. Is it REALLY That Dangerous? I have heard stories of homes that were so contaminated they had to be demolished and I found that hard to believe at first. Can’t you just spend a few hours using some bleach and call it a day? Unfortunately, is usually not enough. Methamphetamine production uses a lot of dangerous chemicals that, unlike in a hospital or medical lab environment, does not use sterile environments and expensive fume hoods to keep occupants and the community safe. I won’t bore you with the list of common ingredients and how dangerous they are but let’s just say you do not want to touch or breathe in most of them! These toxic substances can leech into walls, floors, toys and furniture and can contaminate the entire property, leading to too many potential health problems to list. Meth Causes a LOT of Waste It is estimated that 1 pound of meth creates 5-7 pounds of waste by-products. Rarely is a meth cook careful to follow all waste disposal laws and they can be dumped throughout a property, including behind the walls and down the plumbing. Some of this waste is toxic to human health. Signs of a Former Meth Lab While doing environmental testing is beyond the scope of a home inspection, there are a few signs that home inspectors are trained to look for when suspecting a former drug lab. They include:
While I hope nobody ever has to deal with buying a former drug lab, with many buyers waiving home inspections or buying sight unseen over the past couple of years this remains a concern. The biggest symptom is unusual, unexplained and recurring health problems, and an environment air quality company should be contacted for further testing. Remember nobody will ever hang a sign saying “METH LAB!” and various levels of effort are made to hide homes with nefarious pasts.  This is a typical meth lab, but it usually isn't this obvious to outsiders! I am definitely not an electrician, nor do I play one on TV (at least not yet....) but if there is one area where I can confidently say I have a strong knowledge it is electrical systems. Electricity is a very complex subject, and while my knowledge is nowhere near that of an electrician or an electrical engineer, I certainly know enough to advise my clients whether or not they need the services of a professional. Today I thought I would share with you Ohm's Law, one of the backbones of electrical theory and the importance of understanding it as home inspectors.  In its basic form, Ohm's law states that power (Watts), current (Amperes), resistance (Ohms) and voltage (Volts) are closely related. If you treat the vertical lines as multiplication and the horizontal lines as division, you can solve for lots of variables just like in Junior High and/or Middle School! Here are some examples:
What's the Relevance to Homes? This likely seems like good information, but not information you will ever need. The truth is this is important information to note and to help you understand more about your home. The first thing we will look at is power, which is measured in Watts just like on lightbulb labels. Looking at the pyramid above you can see power is a measure of current multiplied by voltage. From a home inspector's point of view, a house with a higher amperage means more power is available. We can generally ignore voltage because as much as we complain about Nova Scotia Power, we have a very stable electrical system that is almost always around 120-125 volts, with 99.9% of homes having two of these feeds (120x2=240 volts). Three phase systems work a little differently, usually at 208 volts, but we'll focus on single phase residential homes for this blog post. Understanding Power Bills Simply put, the power bill is measured in Kilowatt hours used (kw/H). One kilowatt hour is equivalent to 1000 watts used over a one-hour period and while the rates fluctuate, it usually runs around 16 cents. Our home is pretty typical and usually consumes around 30,000 watts a day in summer and 70,000 watts in the coldest weeks of the year. Doing simple math, we spend roughly (30,000/1000) x 0.16= $4.80/day on electricity in the summer and (70,000/1000) x 0.16= $11.20/day in the coldest days of winter. Since we have a 125-amp system at home, looking at Ohm's law this means we have 125A x 240V = 30,000 watts available. With an upgrade to 200-amp service, we would have 200A x 240V = 48,000 watts. This means we don't have enough capacity, right? Of course not! The 70,000 watts we use in the winter for example is spread over an average of 24 hours while the 30,000 is our capacity at a specific point in time. In simple terms, unless we ran the dryer, oven, air conditioner and heaters all at once we should have more than enough capacity to handle the electrical load. Any electrician would point out I am ignoring the fact that electrical systems are designed to run at approximately 80% capacity, but this further proves my point: electrical systems are both very basic AND very complicated at the same time and should be left to the experts. Reality is a Wee Bit More Complicated My example above is only an approximation because real life power systems use Alternating Current (AC) rather than Direct Current (DC). Any electrical engineer could give us a long lecture about how the Power Factor (basically an efficiency rating from 0 to 1, ideally 0.95 or higher) needs to be accounted for. Although it is far more important in industrial settings it does mean that some of the Apparent Power received is known as Reactive Power (useless) rather than Real Power (useful). This is yet another reason why, although it seems very simple to just attach a few wires to a box, electricity is complicated, dangerous and needs to be left to the pros.  I am sure this analogy makes it far easier to understand Power Factor! At this time of this writing in the fall of 2022, housing prices are beginning to fall in Halifax. That is of course good news but the simple fact is that, when factoring in higher interest rates, housing remains unaffordable for far too many people in Nova Scotia. Rightfully, some people are looking for alternatives to the sky-high cost of housing and one such up-and-coming trend is that of shipping container homes. Sounds like a great way to build a home at a great price, right? Not so fast! It certainly sounds appealing: a disused shipping container can be purchased for only a few thousand dollars and is constructed mainly of solid steel. They have literally been around the world multiple times in all weather conditions and are built to last. This however does not mean they necessarily translate to a solution to the housing crisis.  Your next home? What’s Wrong with Shipping Container Homes?
The biggest issue is that they are small. They are a decent height for those not over 6’6” (like almost everyone but me) at 8.5 feet and are plenty long (usually 40 feet) but are a mere 8 feet in length. That doesn’t sound terrible until you consider that…. Homes Need Utilities! A home is a complex system of interdependent components: electrical, plumbing (both supply AND waste) and heating, ventilation & air conditioning (HVAC) pipes that run behind the walls in all homes (and are required by all building codes)! This means that a significant portion of the interior space needs to be dedicated to these items, further reducing the living space. Speaking of HVAC….. Metal is a Conductor of Heat AND Cold When I was a teenager, I occasionally helped load shipping containers that were bound for various projects in Northern Africa. On one hot day, we measured 51 degrees Celsius inside the container! It was like being in an oven and while I wasn’t loading anything that day, I tried to see how long I could last. It was less than a minute before I started sweating uncontrollably and I had to leave. Metal is a conductor both of heat and cold and we certainly get both extremes in Nova Scotia. Neither air conditioning nor high R insulation are required in our province, but I don’t see how one can survive without them in a shipping container That’s not even getting into…. Shipping Containers are (Not) Really Strong Shipping containers are strong and heavy, right? Think about it: they are stacked 9 high on ships and face countless treacherous weather conditions in the open sea. However, unlike goods, people need windows and doors. You might think that it’s as simple as cutting a few holes in the steel, but the fact is that these containers are designed to transfer all the weight to the ends, so cutting a hole for a window requires structural reinforcement. Furthermore, many Engineers, Architects and Contractors refuse to work with shipping containers as they are not familiar with them (and that goes for home inspectors too!) and consider them too high a liability to work on. An Important Disclaimer I am NOT an expert on construction and shipping container homes and there are some advantages that I did not touch on. As well, you may be reading this in the future and this type of construction might go mainstream with improvements in construction techniques. I am just pointing out that in 2022, the cost savings can be quickly wiped out with all the expensive modifications required to make containers habitable. I am in favor of anything that can make housing affordable to everyone on the planet but while on the surface this seems like the ideal solution there are too many disadvantages to this type of construction to consider it a viable option at this time. There are few things I prioritize over quality home inspections and my family is at the top of that list. Like all parents I always try to keep my child safe and healthy but, like being a great home inspector, there are always lessons to be learned and improvements to be made. A few years ago my son was born, and I officially became a parent. I remember on the drive home from the hospital thinking about how it was crazy that possibly the two biggest life changers most people face (moving into a new house and bringing home a newborn) both have no technical manuals and while I knew I would be a great parent, I had the all-too-common feeling of not even knowing where to start. But enough about my personal ramblings: this article is about providing a safe and healthy environment for our little ones. I have learned a lot, both through my home inspector training and general life experience about having a safe and healthy home. New parents already know about baby gates, outlet covers, etc. so I’m going to look at less obvious ways to keep kids healthy and happy. Houses (and Children) Need to Breathe! I just finished writing a post about mechanical ventilation before this. The obvious retort that I didn’t address in that post was “is ventilation REALLY that important? I grew up in an airtight home and did fine!” Most of the kids in my neighbourhood in my early 80s constructed subdivision were fine in terms of surviving but health problems such as asthma and ear infections were rampant. While I am no medical professional, I now realize the most likely reason for this was simple: the air was stale and contaminants floated in the air, especially cigarette smoke. Yes, for you younger readers, back in the 80s people smoked EVERYWHERE except in schools and the concern for homebuilders was keeping heat in, not getting pollutants out. Lead is Still an Issue Today I remember as an 80s kid pulling up to the gas station and hearing my parents ask for “regular unleaded”. Lead was slowly removed in the 1980 and by the time the 90s arrived the gas station no longer had leaded gasoline. So, it’s great that lead is no longer used, and we don't need to worry, right? WRONG! Fact is, lead is still used to this day although usually either in very small quantities or safely sealed, such as in lead-acid batteries. Lead poisoning has been linked to a number of significant neurological issues and it affects children much more than adults. What's worse is that lead has a sweet texture, which can be attractive to exploring babies and toddlers. There is certainly no need to panic about lead, just to be aware. Some common areas that lead is found are: Water Pipes In the Halifax area, they are ONLY found in Peninsular Halifax, Dartmouth inside Highway 111 and near Chocolate Lake and even within these areas, only a small fraction of homes use lead rather than copper supply lines. Any home inspector or plumber can usually quickly tell you if you have lead pipes and point you to the next steps to safely remove them. Keep in mind that lead solder was used until 1986 and lead was permitted in plumbing fixtures (in small quantities) until 2014! Paint This varies: before 1950 paint had a large amount of lead, by 1980 lead levels were greatly reduced, by 1992 paint is virtually lead free. While on the wall it isn’t too hazardous (almost all pre-90s houses have had leaded paint covered over by another lead-free layer), stripping or disturbing lead paint can spread toxic lead dust throughout a home. Mini-Blinds. While they were voluntary recalled in 1996, some of these window coverings may still be around. Even if kept out of reach of children, the Sun’s UV rays slowly degrade the blinds and releases lead dust into the air. These should be removed and replaced immediately if discovered. Carbon Monoxide (CO) is a Silent Killer Any home that uses a heat source other than electricity and/or has an attached garage has carbon monoxide as a result of the combustion process. Usually, it is safely vented outside but no system is perfect. I have heard some people claim it’s not big deal since you can smell it and this is wrong. CO, like Propane and Natural Gas is 100% odourless, colourless and flavourless. The difference is that companies add Methanethiol, commonly known as Rotten Egg smell that is easily detected by humans, while CO obviously has no additives and cannot be detected by any human senses. Children are especially vulnerable to CO poisoning, especially after bedtime and sadly far too many adults and children pass away in their sleep due to CO. Therefore, it is imperative to not only have working CO detectors but to regularly inspect and replace if necessary. These are just a few of many examples that new parents, often already overwhelmed, simply don’t consider when childproofing their home for the first time.  If this picture had a smell, it would be just like rotten eggs! I owe a lot of my skill as a home inspector to the time I spent working at NSCC (Nova Scotia Community College), where I was not only able to access high quality training but was able to see firsthand how complex modern technology helps to create safe, healthy, efficient buildings. NSCC is a leader in sustainable building practices, and I have taken plenty of courses on topics such as Heating, Air Conditioning, Pipe and Air System Design to name a few. I also learned to apply many of these principles to my own home and one project I will be working on soon is to look at replacing our HRV, possibly with a modern ERV. Modern building codes require the installation of mechanical ventilation (i.e. just exhaust fans are no longer acceptable) as modern homes are built very tight for energy saving purposes. What is an HRV? ERV? HRV stands for Heat Recovery Ventilator while ERV stands for Energy Recovery Ventilator. These two systems are very similar with the difference being that an ERV recovers both heat AND moisture. Personally, I think they should be called HMRVs (Heat & Moisture Recovery Ventilators) as this would be a better descriptor. Here is a basic diagram about how these systems work. While it appears the air mixes based on this picture, they remain completely separate with only heat (and possibly moisture) being exchanged.  So, Does This Mean a ERV is Better?
Not necessarily. While ERVs are considered a step above HRVs (and more expensive!) opinions vary on which is the right choice in Nova Scotia. While we do have humid summers, having too much humidity is not an issue for the rest of the year and heating is prioritized over cooling in our province. When considering installing a new unit, remember mechanical ventilation is a job that should be left for a qualified HVAC contractor and they can offer the best advice on what will be effective for your situation. How Are These Units Different from an Air Exchanger? An air exchanger does exactly what it says: exchanges air from inside to outside and replaces it with outside to inside air. This works great in theory but in reality it is rare that outside conditions are as comfortable as the ideal indoor conditions. The air outside is typically colder and bringing in constant fresh air without capturing heat from the air vented outside will lead to unnecessarily high energy bills. In short, a HRV is a step above an air exchanger with an ERV being another step above that. HRVs and ERVs Need Maintenance Too! While they are generally very reliable and are designed (and supposed) to run 24 hours a day for 20+ years, they still require regular maintenance just like any piece of HVAC equipment. The biggest faux pas (other than a home missing an HRV/ERV entirely) I see is units that have not been cleaned (often times it is clear they have NEVER been cleaned!). It is important to inspect for proper operation and clean the unit according to manufacturer's instructions, typically once a season. Are these units pricey? Absolutely, but it is a small price to pay for a clean and healthy home! Like most home inspectors, I have read countless articles about “How to Choose a Home Inspector” that by an amazing coincidence always seem to include narrow criteria that miraculously describes the inspector writing the article! I promise to never write such a blog post, but I thought with today’s economic conditions where a homeowner or potential homeowner is being squeezed to the limit it might be a good idea to highlight the difference between cost and value.
I firmly believe that of the many home inspectors in Nova Scotia, few if any can match the level of value that I, and by extension our company provides. My extensive academic and professional background in both home inspection and building services combined with my friendly, go-above-and-beyond personality (or so I have been told) means that everyone who hires Inside Edge will get a professional, highly detailed, personalized inspection that is easy to understand. As well, thanks to my Commerce Degree and entrepreneurial experience, I am able to keep overhead costs low and pass the savings onto you. However, while my value is at the top of the market, I make no apologies for not being the lowest priced in the Halifax area. If anyone is looking for the cheapest possible home inspectors and nothing else, our company is simply not going to be the right choice and never will be. A house is a complicated system of interdependent components, and an inspection should be performed by someone with a high degree of competency and who understands a superficial “drive-by” inspection is not an acceptable practice. Let me make it clear that I am FAR from the only competent inspector in the local market but all the skilled inspectors in our province have one thing in common: they charge more because, like your favourite Halifax home inspector, they have invested in advanced education, training and equipment and bring more value to the table. I was once addressing a group of both new and potential immigrants to Canada. There are a lot of misconceptions from people unfamiliar with our country and region, such as the idea of homes in North America being built like tanks (trust me: they aren’t!), newer homes not needing inspections (it’s possible to find just as many issues in newer homes than older homes) and that flips are basically brand-new houses (all home inspectors will agree this is ANYTHING but the truth in almost all situations). One thing I made clear was that while my prices are lower than average, I warned that when choosing a home inspector, the total cost should be at the bottom of your concerns. I also pointed out that Nova Scotia, just like most places in Canada, DO NOT require ANY training or qualifications to become a home inspector and there are NO regulations specific to home inspectors aside from the usual requirements to register your business with the provincial government. Yes, you too can start a home inspection company in our province within approximately 1-2 weeks with just a few hundred dollars. Caveat emptor indeed! How Do I Know Who to Choose? While I fully believe in my skills and my company, I am aware that not everybody falls in my service area, and I cannot fulfill every request (feast or famine is an apt description of the home inspection industry as my fellow home inspectors across North America can attest to). I am passionate about homes and do not want to see anyone get burned by a bad inspection, whether it be by being given a false sense of security or being unnecessarily spooked by issues that are relatively minor. Here are a few signs of a good home inspection company or home inspector:
In addition, in Nova Scotia, you can always consult the Registry of Joint Stock Companies. All information about businesses registered in the province is public information including information on our corporate structure. This does not guarantee a good home inspection company by itself but can show you if the legal requirements for operating a business in Nova Scotia are being followed. It is important to know that while I am committed to growing Inside Edge and we (and this blog) won’t be going anywhere, the home inspection industry is highly cyclical, with companies always coming and going due to market conditions (and NOT necessarily because they are bad home inspectors). This is not a typical career, where a student goes from High School directly to a Home Inspection program and it is important to remember that there are many paths to success in this field. …or why I have two smoke detectors next to each other in the basement. One of the biggest safety issues I see in my home inspections is also one that is easy to remedy: the lack of smoke detectors or (more commonly) the prevalence of smoke detectors that are past the 10-year life expectancy and should be replaced. It’s an easy fix: almost every hardware store sells them for a very affordable price. They are not only an invaluable life safety device that can save lives but, along with fire extinguishers, can help stop a fire from becoming out of control and destroying a home. As mentioned, I have two smoke detectors in very close in proximity in the basement. The obvious reason for this is so that there is no question we will hear the alarm upstairs while sleeping and as a backup if one fails, but it is a little more complicated than that. The main reason is that the detector present when we moved in was ionization and I wanted an photoelectric alarm, especially near the dryer. Does this mean a photoelectric detector is better? The truth is more complicated than that. Ionization Advantages The biggest advantage of this type of detector is that it is superior in detecting flaming fires. In other words, fast moving fires that can quickly overwhelm occupants and block escape routes. This would be fires as the result of paper, wood or flammable liquids to give a few examples. These detectors are, believe it or not, filled with a radioactive substance called Americium. As scary as that sounds, the amount is astronomically tiny and poses no threat as long as they are not deliberately dismantled. In my experience, most smoke detectors utilize ionization technology. Why Use a Photoelectric Detector? Photoelectric smoke detectors are better at detecting smoldering fires, which are fires that are barely visible with a lazy haze of smoke, often for hours. A common example would be a burning cigarette, and a photoelectric detector can alert occupants to a situation that can lead to a flaming fire and give time to act (either fight or flee) accordingly.
Which is Better?
I will again use my most common stock phrase and say “it depends” but the most important fact is that placement is far more important than what type you have. The simple facts are:
While it is a great idea to know the difference between the two types of residential smoke detectors, this is not generally something that home inspectors note. What IS important is that smoke detectors are installed, are working, and are well placed to maximize safety and minimize nuisance alarms. It is concerning that few homes have proper smoke detectors installed and this is one of the easiest and cheapest DIY jobs. I hope that one day I will never again hear about a fatality caused by occupants not being aware of a house fire and being unable to escape in time. Recently we have been doing a little spring cleaning in the summer and trying to do some organizing. I must admit I have a hard time letting go of items “just in case” although I certainly cannot be considered a hoarder in any way. There are several TV shows that cover the topic of hoarding and while they are informative, they tend to show the worst examples of a hoarding disorder. What is Hoarding? The generally accepted definition of hoarding is someone who has “persistent difficulty with getting rid of possessions, especially with little or no value”. Like many other issues, it is not an all or nothing condition and various stages of hoarding exist. Generally, for a home inspector this means a hoarded home has items stored outside the normal expected areas in a house such as in stairways, in the middle of living room floors and an excessive amount on kitchen counters. The Main Problems with Hoarding The most obvious one to home inspectors is that an unusually large number of belongings in a home makes it difficult to do our jobs. We don’t have the ability to move a significant amount of homeowner belongings, and this can conceal signs of water damage or mold growth. The biggest concern however is safety. Hoarding and Emergencies When you think of emergencies, most people think of needing a clear path to escape in a fire or for paramedics to enter. Even with a path cleared that doesn’t mean that fire safety can be ignored. It takes very little time for toxic smoke to overwhelm someone, often in seconds rather than minutes. The more obstacles to walk around, the higher the chances of a tragic outcome. From a home inspection point of view, there is another potential emergency that few new homeowners think of: access to shut offs. All homes should have at least 2 and possibly 3 or more: they are usually located:
Burst plumbing in particular can do devastating amounts of damage in only a short period of time. Electrical arcs can cause fires if not immediately de-energized and electrocution can occur by touching even a single live wire if the electrical source is not stopped immediately. Some outlets in a home are protected by GFCI (Ground Fault Circuit Interrupters) but this is not universally required on all receptacles, particularly in older homes and, like an airbag or a seatbelt should not be 100% relied on to save your life. Too Many Things are a Liability, NOT an Asset Of course, many of us find that we have accumulated many more items in our house than we had when we moved in but it is vital that we regularly manage our clutter to keep it from impeding the safe function of our home. Too many assets can actually be a liability. Always keep things in designated storage spots so you will have access to everything necessary to maintain your home and be safe. Your local home inspectors and emergency responders thank you!  Most hoarding doesn't get to this extreme but this is a perfect example of a dangerous hoard. I recently added an impact driver to my toolkit to go with the existing power drill I own. Though an impact driver and a power drill look similar and perform overlapping functions, both have their place in a workshop. Think of it like a ball pen hammer vs a sledgehammer: they both perform the same basic function, but both have their specific uses. While an impact driver appears to be just a tiny power drill, in many ways it is the superior and more powerful choice when installing screws.  Smaller = More Powerful So, What’s the Difference?
The basic answer is that the drill is used for precision and the impact driver is used for raw power. Of course, this seems very counterintuitive just by looking at the size of each tool but it’s true. The reason is that an impact driver delivers bursts of torque many times a second while a standard drill delivers a constant force, without stopping or pulsing. Why I Love My Newest Tool The best feature of an impact driver is that is far easier to drive screws into place. I went back at some screws that would not budge using either a screwdriver or power drill and they were fixed with ease. It’s also very easy to switch bits and are simple to lock into place, making it much quicker to use with jobs that have different bit sizes (in other words most of them!). The compact size makes it easier to easy to fit in tight corners, which made my recent DIY work far easier. Then Why Keep the Power Drill? The obvious answer is that it’s great as a backup in case the impact driver battery runs out or otherwise needs maintenance. The real answer is that an impact driver simply can’t perform some functions well. The most obvious is drilling a pilot hole. While they can technically be used for drilling the far better choice is….. a drill. As well, it is either all or nothing with no variable settings when precision is needed. A good example would be when installing drywall screws, as they need to be set properly without being pushed right through the wall. Should You Get an Impact Driver? The answer to this is a common one: it depends. If you are just doing an occasional assembly of furniture or other minor jobs, the power drill will be more than adequate. If, however, you are a bit of a DIYer (or play one on TV) you will find immense benefits in adding an impact driver to your arsenal. I was skeptical that it would be worth the cost but to be it has quickly become one of my go to tools, both around the home and out in the field doing home inspections. |
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