Aging in Place

Aging in place means planning to live at home as your needs change. It may involve home modifications, help with daily activities and healthcare or community support. The right arrangement depends on the individual; staying in the same home is not a guarantee of independence or the best choice for everyone.

Plan around the person and the home

Discuss preferences, daily routines, access needs, available support and maintenance costs with the people involved. An occupational therapist or other appropriate healthcare professional can help assess individual functional needs; a qualified contractor can plan modifications.

Aging-in-Place Inspections  InterNACHI certified Aging-in-Place Professional badge

An inspection can identify accessible home conditions and potential barriers for follow-up. It does not determine whether someone can safely live alone or replace a clinical assessment, accessibility design or code review.

The checklist below offers ideas to discuss with qualified professionals. Dimensions, appliance arrangements and fixtures are planning examples, not universal requirements or a construction specification. Suitability depends on the occupant, mobility equipment, installation instructions and applicable requirements. Have grab bars and seats securely installed with appropriate support.

  • Appliances:
    • microwave oven in the wall or on the counter;
    • refrigerator and freezer side by side;
    • side-swing or wall oven;
    • controls that  are easy to read;
    • raised washing machine and dryer;
    • front-loading washing machines;
    • raised dishwasher with push-button controls;
    • stoves having electric cooktops with level burners for safely transferring between the burners; front controls and downdraft feature to pull heat away from user; light to indicate when surface is hot; and
    • consider cooking controls and appliance features suited to the user; induction cookware and the surface beneath it can still become hot.
  • Bathroom:
    • fold-down seat installed in the shower;
    • adjustable showerheads with 6-foot hose;
    • light in shower stall;
    • wall support, and provision for adjustable and varied-height counters and removable base cabinets;
    • contrasting color edge border at countertops;
    • at least one wheelchair-maneuverable bath on the main level;
    • bracing in walls around the tub, shower, shower seat, and toilet for installation of grab bars;
    • if the stand-up shower is used in the main bath, it is curbless and wide;
    • low bathtub;
    • toilet higher than a standard toilet, or height-adjustable;
    • design of the toilet paper holder allows rolls to be changed with one hand;
    • wall-hung sink with knee space and panel to protect the user from pipes; and
    • slip-resistant flooring in the bathroom and shower.
  • Counters:
    • base cabinet with roll-out trays;
    • pull-down shelving;
    • wall support, and provision for adjustable and varied-height counters and removable base cabinets;
    • upper wall cabinetry lower than conventional height;
    • accented stripes on edge of countertops to provide visual orientation to the workspace;
    • counter space for dish landing adjacent to or opposite all appliances;
    • glass-front cabinet doors; and
    • open shelving for easy access to frequently used items.
  • Exterior:
    • low-maintenance exterior (vinyl, brick, etc); and
    • low-maintenance shrubs and plants.
  • Entry:
    • sensor light at exterior no-step entry focusing on the front-door lock;
    • non-slip flooring in the foyer;
    • accessible path of travel to the home;
    • at least one no-step entry with a cover;
    • entry door sidelight or high/low peep hole viewer; sidelight should provide both privacy and safety;
    • doorbell in an accessible location; and
    • a surface on which to place packages while opening the door.
  • Electrical, Lighting, Safety, and Security:
    • install new smoke and CO detectors;
    • install automated lighting, an emergency alert system, or a video-monitoring system;
    • easy-to-see and read thermostats;
    • light switches by each entrance to halls and rooms;
    • light receptacles with at least two bulbs in vital places (exits, bathroom);
    • light switches, thermostats, and other environmental controls placed in accessible locations no higher than 48 inches from the floor;
    • move electrical cords out of the flow of traffic;
    • replace standard light switches with a rocker or touch-light switches; and
    • pre-programmed thermostats.
  • Faucets:
    • thermostatic or anti-scald controls;
    • lever handles or pedal-controlled; and
    • pressure-balanced faucets.
  • Flooring:
    • if carpeted, use low-density with a firm pad;
    • smooth, non-glare, slip-resistant surfaces, interior and exterior; and
    • color and texture contrast to indicate changes in surface levels.
  • Hallways:
    • wide;
    • well-lit; and
    • fasten down rugs and floor runners, and remove any that are not necessary.
  • Heating, Ventilation, and Air Conditioning:
    • install energy-efficient units;
    • HVAC should be designed so filters are easily accessible; and
    • windows that can be opened for cross-ventilation and fresh air.
  • Miscellaneous:
    • 30-inch by 48-inch clear space at appliances, or 60-inch diameter clear space for turns;
    • multi-level work areas to accommodate cooks of different heights;
    • loop handles for easy grip and pull;
    • pull-out spray faucet;
    • levered handles;
    • in multi-story homes, laundry chute or laundry facilities in master bedroom;
    • open under-counter seated work areas; and
    • placement of task lighting in appropriate work areas.
  • Overall Floor Plan:
    • main living on a single story, including a full bath
    • 5-foot by 5-foot clear turn space in the living area, kitchen, bedroom, and bathroom, and
    • no steps between rooms on a single level.
  • Reduced Maintenance and Convenience Features:
    • easy-to-clean surfaces;
    • built-in recycling system;
    • video phones;
    • central vacuum;
    • built-in pet feeding system; and
    • intercom system.
  • Stairways, Lifts, and Elevators:
    • adequate hand rails on both sides of the stairway
    • residential elevator or lift, and
    • increased visibility of stairs through contrast strip on top and bottom stairs, and color contrast between treads and risers on stairs with the use of lighting.
  • Storage:
    • lighting in closets;
    • adjustable closet rods and shelves; and
    • easy-open doors that do not obstruct access.
  • Windows:
    • plenty of windows for natural light;
    • low-maintenance exterior and interior finishes;
    • lowered windows, or taller windows with lower sill height; and
    • easy-to-operate hardware.

Advice for those who wish to age in place:

  • Talk with your family about aging-in-place
    • Do you want to downsize to a smaller single-family home, or do you plan to stay put in your traditional family home?
  • Take a look at your finances and retirement funds.
    • With your current savings and assets, will you be able to pay for home maintenance? Plan a realistic maintenance and modification budget, including ongoing support costs.
  • Remodel your home before your mobility becomes limited.
    • As you age, changes in mobility, hearing, vision, and overall health and flexibility will affect how easily you function in your home. Consider making your home “age-friendly” as a phased-in and budgeted home improvement, rather than waiting until you need many modifications at a time due to a health crisis.
    • If you decide before you retire that you want to live in your current home through the remainder of your life, consider paying for “big ticket – long life” home projects while you still have a healthy income. Such items may include having the roof assessed or replaced, replacing and upgrading the water heater or cooling unit, completing termite inspections and treatment, having a septic tank inspection and replacement, as needed.

Review the plan as needs change

Reassess the home and available support over time. Prioritize clear walking routes, suitable lighting, secure handrails and bathroom supports, and working alarms. Home changes can reduce hazards, but cannot eliminate every fall or other risk.

Aging-in-Place Home Inspections
Contact Realm to discuss the inspection scope appropriate for your home and goals. View inspection scheduling options.
For additional information, check out InterNACHI’s Aging-in-Place flyer.
Adapted from an article by Nick Gromicko, CMI® and Kate Tarasenko 

Additional resources: National Institute on Aging: growing older at home and CPSC: home safety checklist for older consumers.

Dead Valleys on your Roof

“Dead valleys”, sound ominous, don’t they?

A complex roof intersection can concentrate runoff and make drainage more difficult. The name alone does not establish a defect, but visible ponding, debris, damaged roofing or flashing, and evidence of leakage warrant attention. Inspection findings depend on the conditions observed and the areas that can be evaluated.

What is a dead valley?

Dead Valley

Dead valleys are where multiple roof slopes converge

A roof valley channels water where roof slopes meet. The term “dead valley” is commonly used for a constrained or low-slope intersection where drainage is difficult, sometimes involving a wall. Roof intersections are not all dead valleys; the concern is whether water can drain effectively without collecting or entering the building.

The Problem

Debris in a roof valley

Tree debris collecting in a roof valley

  1. Debris Accumulation: The most obvious issue with a dead valley is the collection of debris. Trees shed their leaves, twigs, pollen husks, nuts, acorns, amongst other things. In a perfect world, the rain will wash the debris off the roof. However, this area will create a bottleneck that traps the debris. This trapped debris holds water against the covering, gradually deteriorating the shingles and shortening the roof’s useful life.
  2. Construction details: Roof covering, underlayment and flashing must work together at intersections in both new and older homes. An inspection can identify visible concerns, but cannot confirm concealed installation details or guarantee that a roof will not leak. A qualified roofer should evaluate questionable drainage or flashing.
  3. Erosion:  High volumes of water rushing down from dead valleys can cause erosion. This can lead to damage to landscaping, splash-back on less durable siding, and even affect windows and doors if not properly managed.
  4. Water near the foundation: Concentrated runoff can saturate soil and contribute to moisture problems. The effect depends on site grading, drainage, soils and foundation conditions; roof runoff alone does not establish structural damage.

What can I do?

Dead valley water management

Wide channels to account for high volumes of water from a dead valley

A qualified roofing contractor can evaluate whether maintenance, drainage improvements or changes to the roof details are needed. Homeowners can:

  • Arrange safe maintenance to keep debris from building up. Use a qualified professional for roof access and repairs; do not climb onto the roof to investigate a suspected drainage problem.
  • Ensure proper water drainage away from the foundation using gutters, downspouts, diverter heads, and other drainage systems.
  • Direct downspout discharge to a suitable location that drains away from the house. DOE/PNNL guidance describes surface discharge at least five feet from the foundation onto sloping grade, or an appropriate alternative drainage system. Distance alone does not ensure drainage; site conditions and local requirements matter.

When it comes to a dead valley on your roof, vigilance is key.

If you are in need a professional home inspector in Fuquay Varina or the surrounding Raleigh, NC market, contact Realm Inspections for the best in home inspection services!  But I already own my home.  Perfect!  We are big advocates of proactive homeownership.  Get in front of any potential hardships and have us perform a Home Maintenance Inspection on your home.  Schedule today!

 

Further reading: DOE/PNNL guidance on gutters and downspouts and DOE guidance on roof water barriers and flashing.

Home’s Life Expectancy

Your home’s life expectancy and when to replace the things in your home.

Life-expectancy charts can help with budgeting, but they do not predict when an individual component will fail. Installation, exposure, usage, materials and maintenance all matter. Age is one planning input; current condition, safety, repair history and manufacturer instructions also matter. A home inspection evaluates accessible conditions and cannot guarantee remaining service life.

Roof

Shingle Roof

A shingle roof being removed

Roof materials have different expected service lives. Leaks, flashing defects, storm damage and installation problems can require attention well before a nominal lifespan. Ask a qualified roofer for a condition assessment and repair or replacement options rather than relying on age alone.

Deck

Deck boards and the supporting structure are separate concerns. Sound-looking decking does not establish that connections, posts, stairs and guards are safe. Investigate movement, decay or loose components promptly.

Exterior Materials

Siding

Fiber cement shake style siding

Fiber cement shake style siding being painted

Cladding and coatings need material-specific care. Follow the manufacturer’s maintenance instructions and address water entry, damaged joints and deteriorated finishes. No siding material is guaranteed to outlast its owner, and there is no universal repainting interval.

Foundations

Foundations, waterproofing and termite treatments are different systems. Do not apply one replacement interval to all three. New movement, water entry or pest evidence warrants appropriate professional evaluation.

Kitchen Items Life Expectancy

Cabinets

Cabinets may remain useful for many years, but moisture damage, loose mounting and worn hardware can require earlier repair. Cosmetic updating is different from correcting a functional problem.

Countertops

Service life depends on material, support and use. Follow product-specific cleaning and sealing guidance; not every surface needs the same treatment.

Dishwasher

Dishwasher installation

A new dishwasher being installed

Follow the model’s instructions for cleaning filters and maintaining the appliance. Leaks and poor operation deserve attention regardless of age. Compare an actual repair estimate with replacement and installation costs.

Garbage Disposal

Use the manufacturer’s troubleshooting instructions. Never put your hand into the disposal or try to free a jam while it can operate. If unsure, arrange professional service rather than following generic online tricks.

Refrigerator

Temperature performance, seals, maintenance and repair history are more useful than a promised expiration date. Have cooling problems assessed promptly.

Stovetop and Oven

Condition, correct installation and safe operation matter more than age alone. See our gas-stove guidance for ventilation and professional follow-up considerations.

Laundry Room Replacements

Washing Machine

washing machine

Washing machines need to be cleaned too

There is no universal dollar threshold at which replacement becomes the best choice. Consider the diagnosed fault, warranty, repair history, parts availability and total installed replacement cost.

Clothes Dryer

Follow the manufacturer’s lint-filter and exhaust-maintenance instructions. Longer drying times or overheating need investigation; a warranty period is not a prediction of service life.

Plumbing Life Expectancy

Toilet

Leaks, loose mounting, cracks and recurring clogs need diagnosis. Some faults involve replaceable components; others may require replacing the fixture or investigating the drain.

Water Heater

water heater

Follow the water heater manufacturer’s maintenance instructions

Follow the exact model’s instructions for inspection, flushing and any anode maintenance. Do not override those instructions with a generic annual-draining rule. Have leaks, unusual noise or discolored water investigated by a qualified plumber; these signs do not by themselves identify the cause or remaining life.

Faucets and Sinks

Repairable valves and seals may wear out before the fixture itself. Address leaks and damaged connections promptly and follow product-specific care instructions.

Flooring

Material, moisture exposure, installation and wear affect flooring life. Subtracting the home’s age from a chart cannot tell you how many years a floor has left. Investigate movement, soft areas or moisture damage.

Whole Home Replacements

Doors

Weather exposure, flashing, seals and hardware affect door performance. Repair water entry, damaged frames and faulty latches rather than waiting for a nominal replacement age.

HVAC System

HVAC

Get HVAC check ups before every heating and cooling season.

Plan for replacement using equipment condition, service history and a qualified contractor’s assessment. Efficiency, repair cost and comfort may influence the decision, but an age range cannot guarantee operation or savings.

Masonry

Masonry can be long-lived, but cracking, displacement, deteriorated mortar and water entry require evaluation. Longevity does not eliminate maintenance.

Wiring/Electrical

Wiring age alone does not establish safety. Material, installation, modifications, heat and moisture exposure matter. Have damaged or questionable wiring evaluated by a licensed electrician.

GFCI Receptacles

GFCI receptacle

Test GFCI receptacles according to their instructions; Leviton recommends monthly testing

Follow the device’s testing instructions. Leviton recommends manual testing monthly, including its self-test devices. If a GFCI fails the prescribed test or will not reset, have a qualified electrician investigate. Do not wait for a fixed 15–20-year replacement date.

Smoke and Carbon Monoxide Detector Alarms

Smoke detector

Check alarm labels for age and replacement instructions.

USFA recommends testing smoke alarms monthly and replacing them at 10 years. Follow the manufacturer’s earlier replacement or fault instructions when applicable. CO and combination alarms have model-specific service lives: check their labels and instructions. Yellowing is not a reliable replacement schedule. See our smoke-alarm article.

Paint

Coating life varies with product, preparation, exposure and moisture. Inspect the finish and address peeling or underlying water problems rather than assuming a universal 15-year interval.

Windows

Assess operation, seals, glazing and surrounding water management. Repair or replacement decisions depend on the specific fault and product, not simply the frame material or home age.

Use estimates to build a maintenance plan

Keep installation dates, warranties and service records. Budget for larger replacements, but address observed defects promptly. For broad planning ranges, consult InterNACHI’s estimated life-expectancy chart; those estimates are not warranties or inspection findings for your home.

Safety references: USFA smoke-alarm guidance and Leviton GFCI testing guidance.

Smoke Detector Types, Which One to Use?

Smoke detector located on the ceiling If you didn’t already know, the two most commonly recognized smoke detector types are ionization smoke detection and photoelectric smoke detection. 

So, Ionization vs Photoelectric, which smoke detector types are right for me?  Is there really a difference?

Ionization and photoelectric alarms respond differently to different fires. No single technology is the fastest in every situation. The U.S. Fire Administration recommends both technologies, either as separate alarms or a dual-sensor smoke alarm. Follow manufacturer instructions and applicable installation requirements when selecting alarms.

Hate reading? Check out this 5-minute video demonstrating the different smoke detector types.  It may just save your life!

Check out this video demonstrating the difference between the two technologies

 

Let’s take a deeper dive into the different smoke detector types.

• Ionization smoke alarms

Smoke filled room typical of house fires

The most common smoke detector types (usually due to cost) are Ionization smoke alarms.  These are generally more responsive to fires with visible flames or environments heavily saturated with smoke.
How they work: Ionization-type smoke alarms have a small amount of radioactive material between two electrically charged plates.  These plates ionize the air and cause current to flow between the plates. When smoke enters the chamber, it disrupts the flow of ions, thus reducing the flow of current and activating the alarm. Download this chart on ionization smoke alarms.

• Photoelectric smoke alarms

Smoldering couch fire from lit cigarette

Photoelectric smoke alarms are generally more responsive to fires that begin with a long period of smoldering (called “smoldering fires”).  Think of a cigarette that may not have been fully extinguished and dumped in the trash.  Another example is that of an overheating appliance that doesn’t actually burn but smokes before a flame is present.

How they work: Photoelectric-type alarms aim a light source into a sensing chamber at an angle away from the sensor. Smoke enters the chamber, reflects the light onto the sensor, thus triggering the alarm. Download this chart on photoelectric smoke alarms.

The U.S. Fire Administration (USFA) is aware that there is a controversy about smoke detector types and which is most appropriate to protect people in their homes. 

The body of scientific knowledge about fire, smoke, and smoke detection has developed over many years and is quite extensive. The USFA has either fully or partially funded a number of research efforts.  These include a recent study by the National Institute of Standards and Technology’s (NIST) Center for Fire Research. Other contributors to this data include the Consumer Product Safety Commission (CPSC), the National Fire Protection Association, Underwriters Laboratories, the Home Fire Safety Council, the Residential Fire Safety Institute, the Home Fire Sprinkler Coalition, and distinguished academics with expertise in smoke alarm and sensor technology.

The body of research reflects the following:

  • There are two types of smoke alarms in general use for home smoke alarms, Photoelectric and Ionization. These smoke alarms sense the prese Post fire house image missing roof and most of the second floor nce of smoke differently.
  • The type of smoke produced by fire depends on the type of fire. Flaming fires produce a different type of smoke than smoldering fires.
  • Both smoke alarms will detect the smoke from either a smoldering fire or a flaming fire. It has been established and well known for many years that:
    • Ionization smoke alarms tend to respond faster to the smoke produced by flaming fires than photoelectric smoke alarms.
    • Photoelectric smoke alarms tend to respond faster to the smoke produced by smoldering fires than ionization smoke alarms.
  • In some full-scale fire tests, the difference in the time to alarm between ionization and photoelectric smoke alarms was found to be trivial. In other full-scale fire tests, the difference in response time was considerable.

Based on this information, the USFA provides guidance to the public and to state and local legislative bodies.  Either body may be grappling with the issue of determining which smoke detector types to select for residential use.  Their guidance includes:

  • We cannot state that one type of alarm is better than another because every fire is different.
  • Because both ionization and photoelectric smoke alarms are better at detecting distinctly different yet potentially fatal fires, and because no one can predict what type of fire might start in a home, the USFA recommends that every home and place where people sleep be equipped with either
    • both ionization and photoelectric smoke alarms, or
    • dual sensor smoke alarms (which contain both ionization and photoelectric smoke sensors).
  • The location of a smoke alarm within a home may be more important than the type of smoke alarm present, depending on the location of a fire. The USFA recommends that users follow the manufacturer’s guidance along with current standards on the recommended location of smoke alarms in a home.

To wrap this up

For each of the smoke detector types, the advantage they provide may be critical to life safety in some fire situations.  Fatal home fires, day or night, include a large number of smoldering fires and a large number of flaming fires. You cannot predict the type of fire you may have in your home or when it will occur. Any smoke alarm technology, to be acceptable, must perform for both types of fires in order to provide sufficient warning. Regardless of the type of fire, for all times of the day or night, and whether you are asleep or awake.
For the best protection, use both types of smoke alarm technologies.

Choosing the Right Home Inspector

Choosing a home inspector starts with understanding the service you need and how the findings will be explained. Compare inspection scope, current credentials, reporting and availability together.

Verify Credentials at Their Source

Use the North Carolina Home Inspector Licensure Board directory and consumer resources to check licensing information. Ask about any advertised certification and verify it with its issuing organization. Professional membership, licensing and specialized training describe different qualifications; none is a guarantee that every defect will be found.

Read the Inspection Agreement

Ask what systems and components are included, what access is needed and how limitations will be reported. Discuss concerns specific to the property before the appointment. Radon testing, water testing, mold sampling, wood-destroying insect inspections and other specialty services should be confirmed separately rather than assumed to be included.

Review How Findings Are Communicated

  • Ask to see a sample report so you can assess whether explanations and photographs are useful to you.
  • Confirm when the report will arrive and how you can ask follow-up questions.
  • Ask how inaccessible areas and recommendations for further evaluation will be documented.
  • Allow time for any recommended specialist or contractor follow-up before your transaction deadlines.

Realm’s home inspection report is expected by the end of the next business day after the inspection, barring unusual circumstances. Laboratory and specialty-service results follow separate timelines. Learn about our inspection reports.

Confirm Tools, Access and Service Needs

Thermal imaging is included with Realm’s inspections of finished homes, both new and existing. Standalone specialty inspections have their own scope. Drone use depends on the requested service and suitable conditions. Tools support the inspection; they do not remove all access or visibility limitations.

For an existing home purchase, review our buyer inspection service. Tell us about the property, your concerns and deadlines so we can discuss appropriate services.

Confirm the Appointment Details

Before booking, confirm the agreed scope, total quote, access arrangements and report timing. Contact or schedule with Realm Inspections when you are ready to discuss the property.

10 Easy Ways to Save Money & Energy in Your Home

This article updates an earlier contribution credited to Nick Gromicko, Ben Gromicko, Kenton Shepard and Realm Inspections.

Start with the equipment you already have and the way your household uses it. Savings depend on the home, weather, utility rates and existing conditions. These ten steps help you identify sensible changes without assuming a particular dollar return.

1. Review Your Energy Use

Compare several months of bills and note unusual changes in occupancy, weather or equipment use. Keep this information for a service visit or energy assessment. A single high bill does not identify the cause.

2. Maintain Heating and Cooling Equipment

Check filters regularly and follow the equipment and filter manufacturers’ instructions. Confirm compatibility before changing filter type. See our HVAC filter maintenance guide and ENERGY STAR heating and cooling guidance.

3. Check Thermostat Compatibility

Before buying a programmable or smart thermostat, confirm that it works with your equipment. Ask your HVAC professional about appropriate schedules and settings for your system, including a heat pump. Avoid assuming a fixed percentage of savings from each degree of adjustment.

4. Use Lighting Where It Is Needed

Turn off unnecessary lights and consider suitable efficient replacement bulbs for frequently used fixtures. Check fixture and dimmer compatibility before purchasing. For more ideas, see ENERGY STAR’s low- and no-cost tips.

5. Investigate Drafts Before Sealing

Record where you notice drafts and ask about suitable weatherstripping or repairs. Larger air-sealing projects should account for ventilation and the home’s other systems. Avoid blocking intentional vents or filling openings indiscriminately. DOE’s whole-house weatherization approach considers these systems together.

6. Plan Water-Heating Changes

When replacement is needed, ask a qualified installer to compare equipment suitable for your household demand, available space and utilities. Request installed-cost and operating-cost estimates. A tankless unit is not automatically the best choice for every property.

7. Check Water Fixtures and Leaks

Address dripping fixtures and discuss efficient replacement options with a plumber when needed. Compare product specifications and household use instead of relying on a universal annual savings estimate.

8. Use Appliance Settings Thoughtfully

Review the appliance instructions for energy-saving modes and suitable load sizes. Use lower-temperature laundry settings when appropriate for the fabric, detergent and cleaning needs. Clean the dryer lint filter as directed by its manufacturer.

9. Compare Before Replacing

Check the condition of existing equipment before committing to a new appliance, heating system or window project. Review ENERGY STAR product information and obtain a property-specific installation assessment. Confirm any incentive directly with the program administrator before including it in your budget.

10. Match the Assessment to Your Goal

A general home inspection and a dedicated energy audit have different purposes. If you need measured energy performance or projected savings, confirm those deliverables with the provider. Contact Realm Inspections to discuss the scope of a home inspection and your property concerns.

Taxes and Your Home Inspection

Keep your home inspection invoice with your purchase records. Its tax treatment depends on the purpose of the expense and how the property is used; an inspection receipt is not, by itself, proof of a deduction.

Buying a home for personal use

A home inspection fee is generally not an immediately deductible personal expense. IRS Publication 530 distinguishes deductible closing items from costs that may be included in the home’s basis. Mortgage interest and certain real estate taxes have their own eligibility rules and limits, including itemization requirements. Do not assume every amount on a closing statement is deductible.

A deduction and tax basis are different

A deduction may reduce taxable income for the relevant year. Basis is used in calculating gain or loss and, where applicable, depreciation. Certain acquisition costs can be added to basis, while some financing costs and other expenses receive different treatment. An expense does not automatically qualify for basis simply because it cannot be deducted.

Give your preparer the itemized invoice and closing statement so they can classify the inspection and other costs for your transaction. Avoid combining all nondeductible fees into a single basis adjustment without checking them.

Rental and mixed-use property

Buying a rental does not automatically make all purchase-related expenses immediately deductible. IRS rental guidance distinguishes current rental expenses from acquisition costs that become part of basis. When you live in part of a property and rent another part, allocation and personal-use rules can also apply. Buying a duplex alone does not establish that the entire inspection fee is deductible.

Records to keep and questions to ask

  • Keep the inspection invoice, proof of payment and closing statement.
  • Explain whether the inspection related to a purchase, an existing rental or a property used partly as your home.
  • Ask whether the cost is deductible, included in basis, allocated between uses or treated another way.
  • Confirm the rules for the tax year involved and any separate state-tax treatment.

Realm provides inspection services, not individual tax advice. A CPA, enrolled agent or tax attorney can evaluate your facts before you claim an expense.

IRS resources: Publication 530: Tax Information for Homeowners; Publication 527: Residential Rental Property; Publication 551: Basis of Assets.