Property Address:
New Construction
Fort Collins CO 00000
Todd Gourley
4742 Westbury Dr.
Fort Collins, Colorado. 80526
970-389-1250
Date: 2/1/2023 | Time: 01:00 PM | Report ID: 20230201-new-construction |
Property: New Construction Fort Collins CO 00000 |
Customer: NEW CONSTRUCTION INSPECTION |
Real Estate Professional: |
READ THE ENTIRE REPORT FOR COMPLETE UNDERSTANDING OF THIS PROPERTY
Comment Key or Definitions
The following definitions of comment descriptions represent this inspection report. All comments by the inspector should be considered before purchasing this home. Any recommendations by the inspector to repair or replace suggests a second opinion or further inspection by a qualified contractor. All costs associated with further inspection fees and repair or replacement of item, component or unit should be considered before you purchase the property.
Inspected (IN) = I visually observed the item, component or unit and if no other comments were made then it appeared to be functioning as intended allowing for normal wear and tear.
This section may include:
Not Inspected (NI)= I did not inspect this item, component or unit and made no representations of whether or not it was functioning as intended and will state a reason for not inspecting.
Not Present (NP) = This item, component or unit is not in this home or building.
Repair or Replace (RR) = The item, component or unit is not functioning as intended, or needs further inspection by a qualified contractor. Items, components or units that can be repaired to satisfactory condition may not need replacement.
Action Summary = The following items are suggestions for repairs or replacement or further evaluation that should be considered for correction prior to moving in to the home.
QUALIFICATIONS:
ASHI (AMERICAN SOCIETY OF HOME INSPECTORS) 263277 Certified Home Inspector
ICC (INTERNATIONAL CODE COUNCIL) 8253912 Certified Building Inspector (Residential and Commercial)
NRPP (National Radon Proficiency Program) Certified Radon Measurement Professional 111064-RT
State of Colorado - DORA Licensed Radon Measurement Professional RME:048
Certified Residential Thermographer #20220819011
FAA (Federal Aviation Administration) Certified Drone Pilot 3994424
Former builder/remodeler and county building inspector
In Attendance: Customer | Type of building: Single Family (2 story) | Approximate age of building: New Construction |
Temperature: 30's | Weather: Clear | Ground/Soil surface condition: Snow Covered |
Radon Test: No | Sewer Scope: Yes |
4742 Westbury Dr.
Fort Collins, Colorado. 80526
970-389-1250
Customer
NEW CONSTRUCTION INSPECTION
Address
New Construction
Fort Collins CO 00000
1.3 | Roof Drainage Systems | |
Repair or Replace | ||
2.0 | Wall Cladding Flashing and Trim | |
Repair or Replace | ||
Item(s) of concern:
I suggest the builder install a quality silicone sealant to reduce potential moisture and pest infiltrating behind the siding.
Noted: incomplete painting of trim near slider. ![]() 2.0 Photo 1 install sealant around service entrance boxes![]() 2.0 Photo 2 seal out moisture and pests![]() 2.0 Photo 3 seal out moisture and pests![]() 2.0 Photo 4 seal out moisture and pests![]() 2.0 Photo 5 incomplete painting of trim near slider |
2.5 | Doors (Exterior) | |
Repair or Replace | ||
Item(s) of
function concern:
I suggest the builder adjust to the satisfaction of the buyers. ![]() 2.5 Photo 1 exterior slider difficult to open |
3.0 | Foundation | |
Repair or Replace | ||
(2) Item(s) of
air quality concern:
The crawlspace is conditioned per 2018 IRC 408.3 thus its air mixes with the habitable space air. It is assumed the vapor barrier/crawlspace would be free of debris to reduce potential allergens. I suggest the builder replace the radon membrane or thoroughly clean the crawlspace for the health of the occupants. ![]() 3.0 Photo 2 contaminants in crawlspace![]() 3.0 Photo 3 debris in crawlspace![]() 3.0 Photo 4 unknown origin of water stains - appear old![]() 3.0 Photo 5 accumlated debris in crawlspace |
3.2 | Floors (Structural) | |
Repair or Replace | ||
(1) Item(s) of
potential
structural
concern:
I suggest the builder's structural engineer further evaluate for structural integrity and repair as necessary.
Note: if the structural engineer says it is ok, I suggest getting this in writing with their PE stamp as this concern will likely come up at subsequent home inspections. ![]() 3.2 Photo 1 questionable support for mid landing - lower level staircase![]() 3.2 Photo 2 9" of lumber under stair stringers![]() 3.2 Photo 3 lacking direct bearing support![]() 3.2 Photo 4 stacked 2x's ledger locked together![]() 3.2 Photo 5 possible inadequate support with primary 2x cut ![]() 3.2 Photo 6 unsupported and cut at non-bearing stair wall![]() 3.2 Photo 7 support strap may not be adequate with additional stacked 2x's carrying the stair load |
||
(2) Item(s) of
fire safety concern:
Fireblocking is required at all openings at ceiling/floor levels to resist the free passage of flame and products of combustion. I suggest the builder close this gap by installing tight fitting fiberglass batt insulation or rock wool insulation for the safety of the occupants.
Reference: Fire Blocking: 2018 IRC R302.11. ![]() 3.2 Photo 8 gaps to wall cavity above fire blocking![]() 3.2 Photo 9 tape indicates gap![]() 3.2 Photo 10 suggest closing off space |
4.1 | Walls | |
Repair or Replace | ||
Noted: primary shower - future warranty item
Tile installer used grout in the corners and at the pan. These areas will crack in the near future. It is more common to use matching colored caulk or clear sealant over the existing grout. I suggest the builder install silicone sealant over the grout at all 90 degree corners at field tile and between dissimilar materials, such as between pan and bottom tile. ![]() 4.1 Photo 1 primary shower - future warranty item![]() 4.1 Photo 2 installer used grout in the corners and at the pan![]() 4.1 Photo 3 these areas will crack in the near future |
4.2 | Floors | |
Repair or Replace | ||
(1)
Noted: missing floor moulding at staircase landing.
![]() 4.2 Photo 1 missing floor moulding at staircase landing |
5.1 | Plumbing Water Supply, Distribution System and Fixtures | |
Repair or Replace | ||
(1) Item(s) of
function concern:
The clog is likely from debris in the supply line. I suggest the builder's plumber repair. ![]() 5.1 Photo 1 right primary sink ![]() 5.1 Photo 2 hot side not operating![]() 5.1 Photo 3 valves on |
||
(2) Item(s) of
function concern:
Nearly overflowed when tested. I suggest toilet repaired and cleaned. ![]() 5.1 Photo 4 primary toilet clogged ![]() 5.1 Photo 5 water shut valve currently off |
||
(3) Item(s) of potential
health concern:
I suggest the builder add water into the p-trap asap. ![]() 5.1 Photo 6 sewer gas exposure at laundry standpipe |
||
(4)
Noted: shared bath - both sink stoppers need adjusting. I suggest the builder adjust to allow more room for drainage.
![]() 5.1 Photo 7 shared bath![]() 5.1 Photo 8 both sink stoppers need adjusting |
||
(5) Item(s) of
function concern:
I suggest the builder make the necessary adjustment to provide a greater water pressure closer to the higher range and verify using a water pressure gauge. Note: the average household water pressure is between 40 to 75 psi. Do not exceed 75 psi. How to Increase Water Pressure ![]() 5.1 Photo 9 low water pressure = about 40 psi ![]() 5.1 Photo 10 installed PRV |
6.0 | Heating Equipment | |
Repair or Replace | ||
(2) Item(s) of concern:
I suggest the builders HVAC pro extend discharge pipe and Zip Tie to floor drain trim.
More explanation: The furnace produces an acidic condensate that will degrade concrete. ![]() 6.0 Photo 3 extend over drain |
||
(3) Item(s) of
function/ health concern:
Common building practices and furnace manufacturers do not recommend using furnace heat to condition the home during the construction process. The lifespan of the furnace has the potential to be reduced and the warranty has the potential to be voided due to this practice. I suggest the builder have the furnace professionally cleaned of debris including the blower. ![]() 6.0 Photo 4 drywall dust in furnace![]() 6.0 Photo 5 my finger marks ![]() 6.0 Photo 6 return air plenum![]() 6.0 Photo 7 drywall dust caked on fins![]() 6.0 Photo 8 has its own section in the manual![]() 6.0 Photo 9 what needs to be cleaned![]() 6.0 Photo 10 specific wording regarding warranty![]() 6.0 Photo 11 example![]() 6.0 Photo 12 drywall debris |
||
(4)
Noted: multiple holes in furnace cabinet and nearby ducts, not all photographed. I suggest the builder install aluminum tape over holes and label "test".
![]() 6.0 Photo 13 multiple holes in furnace cabinet and nearby ducts![]() 6.0 Photo 14 multiple holes in furnace cabinet and nearby ducts![]() 6.0 Photo 15 multiple holes in furnace cabinet and nearby ducts |
7.0 | Service Entrance | |
Repair or Replace | ||
(2) Item(s) of
safety concern:
I suggest the builder's electrician repair for the safety of the occupants. ![]() 7.0 Photo 3 panel not secure![]() 7.0 Photo 4 bottom screw stripped |
7.2 | Branch Circuit Conductors, Overcurrent Devices and Compatability of their Amperage and Voltage | |
Repair or Replace | ||
Item(s) of concern:
I suggest the builder label this cable to eliminate confusion as to its future function. ![]() 7.2 Photo 1 extra larger cable not identified and labeled |
7.3 | Connected Devices and Fixtures (Observed from a representative number operation of ceiling fans, lighting fixtures, switches and receptacles located inside the house, garage, and on the dwelling's exterior walls) | |
Repair or Replace | ||
Item(s) of
function concern:
I suggest the builder's electrician evaluate and repair. ![]() 7.3 Photo 1 shared bathroom lights not operating |
8.0 | Insulation in Attic or Roof system | |
Repair or Replace | ||
Item(s) of concern:
I suggest the builder add more insulation to meet builder's statement posted in garage.
Note: installer info in garage R60 = 22 inches ![]() 8.0 Photo 1 builder's statement![]() 8.0 Photo 2 R60 = 22 inches![]() 8.0 Photo 3 < 20" at marker![]() 8.0 Photo 4 < 20" at marker![]() 8.0 Photo 5 15" at other areas![]() 8.0 Photo 6 R38 at lid![]() 8.0 Photo 7 barrier around access ![]() 8.0 Photo 8 barrier not tall enough to hold back R60![]() 8.0 Photo 9 displaced insulation going to radon fan![]() 8.0 Photo 10 displaced insulation going to radon fan |
8.5 | Radon Mitigation System | |
Repair or Replace | ||
(2) Item(s) of
function concern:
In a typical professional radon mitigation system installation, the above items would be sealed to prevent inefficiencies in the system. I suggest the builder's radon mitigation contractor complete the installation of the active system. ![]() 8.5 Photo 4 sealant in basement control joints showing gaps![]() 8.5 Photo 5 future bath/shower without sealed cover![]() 8.5 Photo 6 some pipe penetrations not sealed![]() 8.5 Photo 7 radon pipe not sealed |
10.5 | Garage Door Operators | |
Repair or Replace | ||
Item(s) of
health and safety concern:
The garage door did not reverse when closed on an obstruction, this is a safety concern for people and property. I suggest the builder make the adjustment at the operator. ![]() 10.5 Photo 1 did NOT pass pressure test![]() 10.5 Photo 2 should have reversed![]() 10.5 Photo 3 adjust at operator |
89
Items Inspected
Total number in report.
22
Summary Comments
Total number in report.
115
Photos
Total number in report.
1.0 |
Roof Coverings
Comments: |
The roof is partially covered with snow but the visible areas are in serviceable condition.
![]() 1.0 Photo 1 roof shingles in serviceable condition |
1.1 |
Flashings
Comments: |
1.2 |
Skylights, Chimneys and Roof Penetrations
Comments: |
1.3 |
Roof Drainage Systems
Comments: |
(1)
To protect your investment: keep roof water and surface water away from the foundation 3-6' minimum.
![]() 1.3 Photo 1 water management |
|
(2) Item(s) of
function concern:
I suggest the builder relocate the downspout 90 degrees to the west as water depositing near concrete is risking future settlement. ![]() 1.3 Photo 2 front downspout depositing water at concrete steps![]() 1.3 Photo 3 redirect away and to aide property line |
2.0 |
Wall Cladding Flashing and Trim
Comments: |
Item(s) of concern:
I suggest the builder install a quality silicone sealant to reduce potential moisture and pest infiltrating behind the siding. Noted: incomplete painting of trim near slider. ![]() 2.0 Photo 1 install sealant around service entrance boxes![]() 2.0 Photo 2 seal out moisture and pests![]() 2.0 Photo 3 seal out moisture and pests![]() 2.0 Photo 4 seal out moisture and pests![]() 2.0 Photo 5 incomplete painting of trim near slider |
2.1 |
Eaves, Soffits and Fascias
Comments: |
2.2 |
Exterior penetrations
Comments: |
2.3 |
Exterior hose bibbs
Comments: |
2.4 |
Irrigation Backflow Preventer
Comments: |
Note: an irrigation system does not appear to be present.
![]() 2.4 Photo 1 future location of irrigation backflow preventer![]() 2.4 Photo 2 future irrigation water supply shut off valve |
2.5 |
Doors (Exterior)
Comments: |
Item(s) of
function concern:
I suggest the builder adjust to the satisfaction of the buyers. ![]() 2.5 Photo 1 exterior slider difficult to open |
2.6 |
Windows
Comments: |
2.7 |
Appurtenance (Accessories to the Main Structure)
Comments: |
2.8 |
Vegetation, Grading, Drainage, Driveway, Walkways, Concrete Surfaces
Comments: |
Maintenance Tip to Protect Your Investment:
To help alleviate any future settlement issues due to water penetration to expansive soils below (clay), it is best to seal the concrete with a quality sealer and cover control joints with a quality elastomeric sealant. (good silicone product) suited for concrete. Do not use self leveling at 90 degree joints. ![]() 2.8 Photo 1 garage and driveway control joints![]() 2.8 Photo 2 crack chaser tool to open cracks![]() 2.8 Photo 3 foam backer rod to pre-fill gaps![]() 2.8 Photo 4 sealant for flat horizontal surfaces, example![]() 2.8 Photo 5 how to install |
3.0 |
Foundation
Comments: |
(1) The foundation could only be inspected at the exposed areas on the exterior.
The interior foundation is covered with insulation and vapor barrier. I did not visualize any conditions on the exterior that would indicate potential problems. ![]() 3.0 Photo 1 foundation concealed |
|
(2) Item(s) of
air quality concern:
The crawlspace is conditioned per 2018 IRC 408.3 thus its air mixes with the habitable space air. It is assumed the vapor barrier/crawlspace would be free of debris to reduce potential allergens. I suggest the builder replace the radon membrane or thoroughly clean the crawlspace for the health of the occupants. ![]() 3.0 Photo 2 contaminants in crawlspace![]() 3.0 Photo 3 debris in crawlspace![]() 3.0 Photo 4 unknown origin of water stains - appear old![]() 3.0 Photo 5 accumlated debris in crawlspace |
3.1 |
Walls (Structural)
Comments: |
The wall framing is not visible due to the finish materials covering them.
|
3.2 |
Floors (Structural)
Comments: |
(1) Item(s) of
potential
structural
concern:
I suggest the builder's structural engineer further evaluate for structural integrity and repair as necessary. Note: if the structural engineer says it is ok, I suggest getting this in writing with their PE stamp as this concern will likely come up at subsequent home inspections. ![]() 3.2 Photo 1 questionable support for mid landing - lower level staircase![]() 3.2 Photo 2 9" of lumber under stair stringers![]() 3.2 Photo 3 lacking direct bearing support![]() 3.2 Photo 4 stacked 2x's ledger locked together![]() 3.2 Photo 5 possible inadequate support with primary 2x cut ![]() 3.2 Photo 6 unsupported and cut at non-bearing stair wall![]() 3.2 Photo 7 support strap may not be adequate with additional stacked 2x's carrying the stair load |
|
(2) Item(s) of
fire safety concern:
Fireblocking is required at all openings at ceiling/floor levels to resist the free passage of flame and products of combustion. I suggest the builder close this gap by installing tight fitting fiberglass batt insulation or rock wool insulation for the safety of the occupants. Reference: Fire Blocking: 2018 IRC R302.11. ![]() 3.2 Photo 8 gaps to wall cavity above fire blocking![]() 3.2 Photo 9 tape indicates gap![]() 3.2 Photo 10 suggest closing off space |
3.3 |
Columns/Piers/Beams
Comments: |
3.4 |
Basement Concrete Slab
Comments: |
3.5 |
Ceilings (Structural)
Comments: |
The structural components of the ceilings are not visible due to the finish materials covering them.
|
3.6 |
Roof Structure and Attic
Comments: |
The accessible/visible roof trusses are in serviceable condition. Not all areas accessible or visible due to limited height and insulation cover.
![]() 3.6 Photo 1 attic access![]() 3.6 Photo 2 roof trusses![]() 3.6 Photo 3 roof trusses |
4.0 |
Ceilings
Comments: |
4.1 |
Walls
Comments: |
Noted: primary shower - future warranty item
Tile installer used grout in the corners and at the pan. These areas will crack in the near future. It is more common to use matching colored caulk or clear sealant over the existing grout. I suggest the builder install silicone sealant over the grout at all 90 degree corners at field tile and between dissimilar materials, such as between pan and bottom tile. ![]() 4.1 Photo 1 primary shower - future warranty item![]() 4.1 Photo 2 installer used grout in the corners and at the pan![]() 4.1 Photo 3 these areas will crack in the near future |
4.2 |
Floors
Comments: |
(1)
Noted: missing floor moulding at staircase landing.
![]() 4.2 Photo 1 missing floor moulding at staircase landing |
|
(2)
Noted: for improvement in wet areas. Wood is not the best material for bathrooms. The base moulding is made of composite wood. If all sides are not painted, it can act as a sponge. I suggest
installing a sealant suitable for wet environments at moulding to floor surface.
![]() 4.2 Photo 2 suggesting to install sealant |
4.3 |
Steps, Stairways and Railings
Comments: |
4.4 |
Counters and Cabinets (representative number)
Comments: |
4.5 |
Doors (representative number)
Comments: |
4.6 |
Windows
Comments: |
5.0 |
Plumbing Drain, Waste and Vent Systems
Comments: |
(1)
FYI ONLY: Air admittance valves (AAV) were used in the home at the following fixtures: kitchen sink, both sinks in primary bath, future bath, mechanical area floor drain.
These are mechanical devices that may need to be replaced if the sink appears to be draining slow and tends to gurgle or if sewer gas is present. They can be purchased at most home improvement stores. ![]() 5.0 Photo 1 What is an AAV?![]() 5.0 Photo 2 kitchen sink![]() 5.0 Photo 3 both sinks in primary bath![]() 5.0 Photo 4 both sinks in primary bath AAV![]() 5.0 Photo 5 both sinks in primary bath AAV![]() 5.0 Photo 6 mechanical area floor drain |
|
(2)
Note: Rough-in plumbing drains, for a future bathroom has been installed.
![]() 5.0 Photo 7 future bathroom |
|
(3)
Noted: trap seal at laundry floor drain. Prevents water in the p-trap from drying out. I suggest shooting a water bottle full down the drain to make sure the p-trap is full.
![]() 5.0 Photo 8 laundry floor drain![]() 5.0 Photo 9 trap seal |
5.1 |
Plumbing Water Supply, Distribution System and Fixtures
Comments: |
(1) Item(s) of
function concern:
The clog is likely from debris in the supply line. I suggest the builder's plumber repair. ![]() 5.1 Photo 1 right primary sink ![]() 5.1 Photo 2 hot side not operating![]() 5.1 Photo 3 valves on |
|
(2) Item(s) of
function concern:
Nearly overflowed when tested. I suggest toilet repaired and cleaned. ![]() 5.1 Photo 4 primary toilet clogged ![]() 5.1 Photo 5 water shut valve currently off |
|
(3) Item(s) of potential
health concern:
I suggest the builder add water into the p-trap asap. ![]() 5.1 Photo 6 sewer gas exposure at laundry standpipe |
|
(4)
Noted: shared bath - both sink stoppers need adjusting. I suggest the builder adjust to allow more room for drainage.
![]() 5.1 Photo 7 shared bath![]() 5.1 Photo 8 both sink stoppers need adjusting |
|
(5) Item(s) of
function concern:
I suggest the builder make the necessary adjustment to provide a greater water pressure closer to the higher range and verify using a water pressure gauge. Note: the average household water pressure is between 40 to 75 psi. Do not exceed 75 psi. ![]() 5.1 Photo 9 low water pressure = about 40 psi ![]() 5.1 Photo 10 installed PRV |
5.2 |
Hot Water Systems, Controls, Chimneys, Flues and Vents
Comments: |
The Bradford White 50 gallon H2O heater is a 2021 model. It is 2 years old with an average lifespan of 8-12 years.
Make this a part of a yearly maintenance plan to extent this average. ![]() 5.2 Photo 1 50 gallon H2O heater ![]() 5.2 Photo 2 2021 mfg |
5.3 |
Main Water Shut-off Device
Comments: |
The main water shut off valve is located in the basement mechanical room.
![]() 5.3 Photo 1 main water shut off valve |
5.4 |
Gas Delivery Systems
Comments: |
5.5 |
Sump Basin
Comments: |
A sump basin is located in the basement.
It is currently dry and is not equiped with a pump system. I recommend removing the lid after a period of rain to see if the basin accumulates any water. If so, a pump system would be recommended. ![]() 5.5 Photo 1 sump basin is located in the basement![]() 5.5 Photo 2 currently dry |
5.6 |
Sewer Scope
Comments: |
The sewer scope inspection report and video will be sent in a separate email.
|
6.0 |
Heating Equipment
Comments: |
(1) The Lennox high efficiency gas fired furnace is a 2022 model. It is new with an average life span of 16-20 years or longer with routine maintenance. Routine maintenance is every 3 years.
![]() 6.0 Photo 1 high efficiency gas fired furnace![]() 6.0 Photo 2 2022 model |
|
(2) Item(s) of concern:
I suggest the builders HVAC pro extend discharge pipe and Zip Tie to floor drain trim. More explanation: The furnace produces an acidic condensate that will degrade concrete. ![]() 6.0 Photo 3 extend over drain |
|
(3) Item(s) of
function/ health concern:
Common building practices and furnace manufacturers do not recommend using furnace heat to condition the home during the construction process. The lifespan of the furnace has the potential to be reduced and the warranty has the potential to be voided due to this practice. I suggest the builder have the furnace professionally cleaned of debris including the blower. ![]() 6.0 Photo 4 drywall dust in furnace![]() 6.0 Photo 5 my finger marks ![]() 6.0 Photo 6 return air plenum![]() 6.0 Photo 7 drywall dust caked on fins![]() 6.0 Photo 8 has its own section in the manual![]() 6.0 Photo 9 what needs to be cleaned![]() 6.0 Photo 10 specific wording regarding warranty![]() 6.0 Photo 11 example![]() 6.0 Photo 12 drywall debris |
|
(4)
Noted: multiple holes in furnace cabinet and nearby ducts, not all photographed. I suggest the builder install aluminum tape over holes and label "test".
![]() 6.0 Photo 13 multiple holes in furnace cabinet and nearby ducts![]() 6.0 Photo 14 multiple holes in furnace cabinet and nearby ducts![]() 6.0 Photo 15 multiple holes in furnace cabinet and nearby ducts |
6.1 |
Normal Operating Controls
Comments: |
6.2 |
Automatic Safety Controls
Comments: |
6.3 |
Distribution Systems
Comments: |
6.4 |
Chimneys, Flues and Vents (for fireplaces and heat systems)
Comments: |
6.5 |
Combustion air for gas fired appliances
Comments: |
The furnace is a direct vent appliance which brings outdoor combustion air directly into the cabinet.
|
6.6 |
Return air present
Comments: |
6.7 |
Humidifier
Comments: |
6.8 |
Gas Distribution System
Comments: |
6.9 |
Gas/LP Firelogs and Fireplaces
Comments: |
6.10 |
Cooling Equipment
Comments: |
The Lennox AC unit is a 2022 model; it is new with an average life span of 10-15 years.
Add this to a yearly maintenance plan to extend this average life span. ![]() 6.10 Photo 1 Lennox AC unit ![]() 6.10 Photo 2 2022 mfg |
6.11 |
Normal Operating Controls
Comments: |
I was unable to operate the unit due to the below 60 degree temperatures. (per Standards of Practice)
|
6.12 |
Washer and Dryer
Comments: |
7.0 |
Service Entrance
Comments: |
(1) The electrical service entrance is located on the left side of the home. There is a service disconnect if power to the whole house needs to be turned off.
![]() 7.0 Photo 1 service entrance![]() 7.0 Photo 2 150 amp disconnect |
|
(2) Item(s) of
safety concern:
I suggest the builder's electrician repair for the safety of the occupants. ![]() 7.0 Photo 3 panel not secure![]() 7.0 Photo 4 bottom screw stripped |
7.1 |
Service and Grounding Equipment, Main Overcurrent Device, Main and Distribution Panels
Comments: |
The main circuit breaker panel is located in the garage.
![]() 7.1 Photo 1 main breaker panel |
7.2 |
Branch Circuit Conductors, Overcurrent Devices and Compatability of their Amperage and Voltage
Comments: |
Item(s) of concern:
I suggest the builder label this cable to eliminate confusion as to its future function. ![]() 7.2 Photo 1 extra larger cable not identified and labeled |
7.3 |
Connected Devices and Fixtures (Observed from a representative number operation of ceiling fans, lighting fixtures, switches and receptacles located inside the house, garage, and on the dwelling's exterior walls)
Comments: |
Item(s) of
function concern:
I suggest the builder's electrician evaluate and repair. ![]() 7.3 Photo 1 shared bathroom lights not operating |
7.4 |
Polarity and Grounding of Receptacles
Comments: |
7.5 |
Operation of GFCI (Ground Fault Circuit Interrupters)
Comments: |
FYI ONLY: The powder room and guest bath GFCI receptacles reset at the primary bathroom GFCI receptacle.
FYI ONLY: The kitchen, laundry, receptacles are GFCI protected and resets at the main breaker panel. ![]() 7.5 Photo 1 reset in primary |
7.6 |
AFCI (ARC Fault Circuit Interrupters)
Comments: |
FYI ONLY: Arc Fault Circuit Interrupters (AFCI) are breakers that detect arcing in plugged-in appliances and behind walls. If this AFCI breaker trips, you can reset this from inside the main
breaker panel.
![]() 7.6 Photo 1 AFCI breakers=ones with white test buttons |
7.7 |
Smoke Detectors
Comments: |
The smoke detectors are installed in their required locations. They were tested and should be tested upon moving into the home. |
7.8 |
Carbon Monoxide Alarms
Comments: |
Carbon Monoxide alarms are installed in their required locations. They were tested and should be tested upon moving into the home.
|
8.0 |
Insulation in Attic or Roof system
Comments: |
Item(s) of concern:
I suggest the builder add more insulation to meet builder's statement posted in garage. Note: installer info in garage R60 = 22 inches ![]() 8.0 Photo 1 builder's statement![]() 8.0 Photo 2 R60 = 22 inches![]() 8.0 Photo 3 < 20" at marker![]() 8.0 Photo 4 < 20" at marker![]() 8.0 Photo 5 15" at other areas![]() 8.0 Photo 6 R38 at lid![]() 8.0 Photo 7 barrier around access ![]() 8.0 Photo 8 barrier not tall enough to hold back R60![]() 8.0 Photo 9 displaced insulation going to radon fan![]() 8.0 Photo 10 displaced insulation going to radon fan |
8.1 |
Insulation Under Floor System
Comments: |
Insulation is not located in the floor system, only at the perimeter at the rim locations. In this application, floor insulation would be for sound reduction.
|
8.2 |
Vapor Retarders (in Crawlspace)
Comments: |
8.3 |
Ventilation of Attic and/or Roof System
Comments: |
8.4 |
Venting Systems
Comments: |
The dryer termination is on the roof.
Ask the builder how the homeowner is supposed to clean this termination periodically to reduce the accumulation of lint and the associated fire danger.
![]() 8.4 Photo 1 location of dryer termination![]() 8.4 Photo 2 appears to be the correct style |
8.5 |
Radon Mitigation System
Comments: |
(1) There is an active radon mitigation system for this home.
I suggest retesting every 3 years. The test kits found at home improvement stores work well.
![]() 8.5 Photo 1 radon pipe near furnace with manometer![]() 8.5 Photo 2 installer information![]() 8.5 Photo 3 radon extraction fan |
|
(2) Item(s) of
function concern:
In a typical professional radon mitigation system installation, the above items would be sealed to prevent inefficiencies in the system. I suggest the builder's radon mitigation contractor complete the installation of the active system. ![]() 8.5 Photo 4 sealant in basement control joints showing gaps![]() 8.5 Photo 5 future bath/shower without sealed cover![]() 8.5 Photo 6 some pipe penetrations not sealed![]() 8.5 Photo 7 radon pipe not sealed |
8.6 |
Whole House Ventilation
Comments: |
Noted: A whole house ventilation fan is installed in the laundry to provide mechanical ventilation for the entire home. These system are required and provide the necessary air exchanges per
hour for a healthy home. It continuously operates.
![]() 8.6 Photo 1 whole house ventilation fan |
9.0 |
Dishwasher
Comments: |
9.1 |
Ranges/Ovens/Cooktops
Comments: |
Note: the induction cooktop could not be tested without special cookware.
![]() 9.1 Photo 1 induction cooktop |
9.2 |
Range Hood (s)
Comments: |
The rangehood did operate as expected. It does exhaust to the outdoors.
![]() 9.2 Photo 1 termination for rangehood, I believe |
9.3 |
Food Waste Disposer
Comments: |
9.4 |
Microwave Cooking Equipment (built-in)
Comments: |
10.0 |
Garage Ceilings
Comments: |
10.1 |
Garage Walls
Comments: |
10.2 |
Garage Floor
Comments: |
10.3 |
Garage Door (s)
Comments: |
10.4 |
Garage Separation Door
Comments: |
10.5 |
Garage Door Operators
Comments: |
Item(s) of
health and safety concern:
The garage door did not reverse when closed on an obstruction, this is a safety concern for people and property. I suggest the builder make the adjustment at the operator. ![]() 10.5 Photo 1 did NOT pass pressure test![]() 10.5 Photo 2 should have reversed![]() 10.5 Photo 3 adjust at operator |
I suggest the builder relocate the downspout 90 degrees to the west as water depositing near concrete is risking future settlement.