building inspection report€¦ · 1. hidden leaks and air leakage detected 2. areas of missing...
TRANSCRIPT
Address 3 Westleigh Way - NewlandsDate 7/3/17
Inspector Mike Winton
Certification Number IICRC Certified Technician #144810
Thermal Camera FLIR C2
Hygrometer Extech MO295
Moisture Sensors Trotec T3000
Testing standards Internachi Residential Standard
IICRC S500
Moisture detection depth 2cm's deep
Level of surety
Environmental testing Yes
Meth testing undertaken No
website www.buildingscience.kiwi
email [email protected]
contact 0275 57 87 66
BUILDING INSPECTION REPORT
Building Science Ltd - Certified Consulting Water Damage Technicians and Building Inspectors
Property information generated on: Tue Mar 14 10:12:57 NZDT 2017
Here to helpIf you get stuck or need to ask a question, reach our friendlyCustomer Support Team on 0800 65 11 33 or [email protected]
3 Westleigh Way, Newlands, Wellington, 6037
Property overviewBedroom: 4 Building type: Residential-Dwelling-1960's
Bathroom: 1 Building age: 1964
Land area: 550 m2 Property ID (QPID): 972010
Suburb: Newlands Territorial Authority: Wellington City
Rating valuationA Rating Valuation is an indicative market value at the date of valuation that is updated every three years. Itincludes the Capital Value, floor area and construction materials. It can be helpful when comparing properties.
Valuation Date: 01/09/2015 Valuation Reference: 16780/26300Capital Value: $400,000 Floor Area: 180 m2
Land Value: $147,000 Site Area: 140 m2
Improvement value: $253,000 Carparks: 1Wall construction: Weatherboard Rateability: RateableRoof Construction: Steel/G-Iron Maori Land: NoTenure: Not Leased (Owner is
Occupier)Property Name: -
Zone: Residential 9A Ownership: IndividualUse: Single Unit excluding Bach Units 1
Disclaimer
The inspector believes the information contained within this home inspection report to be correct at the
time of inspection. The inspector does not accept responsibility for any consequences arising from the
use of the information herein. The report is based on matters which were observed or came to the
attention of the inspector during the day of the assessment and should not be relied upon as an
exhaustive record of all possible risks or hazards that may exist, or potential improvements that can be
made.
Building Science Ltd. is the testing entity, Mike Winton, your inspector, is an internationally certified
IICRC water damage remediation technician, and an Internachi certified home inspector, with over 20
years of experience in the insurance industry.
Building Science Ltd's terms and conditions can be found online at www.buildingscience.kiwi
Contact us on 0275 578766
www.buildingscience.kiwi
Expectations In the areas we can access and test, you can expect:
1. hidden leaks and air leakage detected
2. areas of missing insulation detected
3. blocked weep holes detected
4. moisture content at surface levels detected for the standard inspection
5. assessment of the house as a dry, moist or wet occupancy
6. visual determination of internal and external building envelope
It is assumed that there will be minor levels of wood decay beneath aluminium joinery, caused by the
limitations of aluminium joinery systems and the manufacturing ability in assembling the joinery. Current
thoughts on these systems indicate 20-40% of all joinery installed may leak on installation. "University of Auckland Leaky Homes Conference 2005"
It is assumed that there will be wear and tear of all floors, walls and furnishings, window stays, and
plumbing fixtures in proportion to the life of the building, unless noted otherwise, no further comment
will be made to normal wear and tear - only exceptions to this will be noted.
Not every building weakness may be able to be discovered while on site, and the inspection is
undertaken on that basis that you have understood, we might not be able to see and access all areas.
And you understand that issues may not be presenting in a manner to be noted, when the building was
inspected.
The inspection has been undertaken on the basis that you understand we will do our best effort, to
access all areas, to detect all issues, but that this is not always possible, and that you will not pursue
remedy for any matters, issues or defects we were unable to be detect while onsite.
Confidentiality Statement In order to maintain the integrity and credibility of the inspection processes and to protect the parties
involved, it is understood that the inspector will not divulge to unauthorised persons any information
obtained during this inspection unless legally obligated to do so.
Based on a survey conducted in Feb 2017, I am enclosing the following report.
Maintenance
There is no such thing as a "no maintenance" home, and there is unlikely to be one developed in our lifetimes. So remember, maintenance of a dwelling in always needed.
Dry Occupancy
The overall environmental readings taken, indicate the home is a “dry occupancy” with moisture entry and exit balanced, meaning the home is not hiding any hidden moisture within the building envelope on the date of inspection.
These readings can vary from day to day, but we could not see any other symptoms that indicate the house is carrying an abnormal moisture load.
For the age of the home, the house is in a great condition, it is spacious and warm. It is a fine example of a home built at that time. All of the building work seen would have been consented and passed inspection at time of build.
Any wear and tear seen is expected for its age, and if maintained as well into the future by its next owners, as it has been by its current owners, this home should not experience any undue premature problems.
There is indication of moisture entry in the basement next to the
Summary
The house is not a "leaky home."
It is performing as expected for a home of its age. All readings taken indicate the home is a dry occupancy with vapour fluctuations in all rooms being recorded at less than .4 kpa difference.
The home has been well built, there is nothing discovered to stop a willing buyer, and willing seller concluding a transaction.
Higher moisture readings against lower rear wall as expected as up against bank.
Thermal images all good.
Mike Winton for Steam Ltd. IICRC Certified Water Damage Technician #144810
R E P O R T S U M M A R Y
Type of home Stand alone house
The home is in good condition Yes
Is the dwelling a "leaky home"? No
The paint system is in good condition Yes
The cladding is in good condition Yes
There was no evidence of plumbing failure None was discovered
No roof leaks were discovered No leaks were discovered
Were there needs for repair discovered? No repair work necessary at this stage
Is there any external work to be done? None seen
Would the inspector advise against purchase? No
B U I L D I N G S U M M A R Y
Framing type light wooden framing
Cladding type weatherboard - wood
Is the cladding on a cavity system? No
Consented by Building Code prior to 2004
Gradient Sloping section
Condition of dwelling Well maintained
Unconsented building work discovered? none was discovered
Foundation type concrete pad
Joinery type known wooden joinery
Roofing style known corrugated iron
Balconies/Patios/Decks: timber framed
Underfloor Insulation not applicable
Occupancy status occupied and fully furnished
Orientation of dwelling North
Quality of workmanship and materials average
Evidence of structural damage was not observed
Condition of dwelling comparable to similar building above average
What is the driveway type? paved
What is the condition of the guttering? no defects seen
What is the condition of the down pipes? no defects seen
What is the condition of the roof? good condition
What is the type of sewer system? mains sewer
M B I E R I S K P R O F I L EYour dwelling
Number of storeys 1 storey - low risk
Roof wall Intersection Low risk - Roof-to-wall intersection fully protected (e.g. hip and gable roof with eaves
Eaves width Low risk - Greater than 600 mm for single storey
Envelope complexity Low risk - Simple rectangular, L, T or boomerang shape, with single cladding type
Wind zone high
Deck design Low risk - None, timber slat deck or porch at ground floor level
Your Dwellings Risk Profile Low
The MBIE Risk Profile is based on the experience of the Ministry of Business, Innovation and Employment's research into
risky design features in modern building designs.
Regardless, of the risk profile of your dwelling, the actual risk will depend on the quality of build, and the regular
scheduled maintenance performed.
Blaming a particular building style, material or method is simplistic at best. Ever since humans have built buildings, they
have leaked and failed. Regular scheduled maintenance is key for every dwelling built.
Everything built, and on the market now was consented at time of build, and the products and materials used in it,
approved for use and sale.
Design plays a huge part in a buildings performance, as does attention to detail and the skill of the builder.
Many products used in a dwelling only have a lifespan of 15 years.
Most homes are only expected to have a lifespan of 50 years.
So always consider where your dwelling fits in the time life cycle, and plan for regular scheduled maintenance.
C L A D D I N G T Y P E S
susceptible to brick weatherboard monoclad stucco concrete
cracking
thermal movement
moisture penetration at seals and joints
moisture absorption
aging of materials
paint failure
All building types are susceptible to different forms of failure, to protect against these known and predictable
failures. Owners need to plan for regular scheduled maintenance to prevent these predictable events from
threatening the lifespan of the building, and the health of the occupants.
L I F E S PA N O F B U I L D I N G C O M P O N E N T S
warranty manufacturer's product lifespan owner's expectation practical maintenance
period
Roof 25 years 25 years life of building 12 years
Cladding system 15 years life of building life of building 8 years
Paint limited 10 years until it's obvious 8 years
Aluminium joinery 5 years 15 years life of building 3-4 months
Trafficguard 15 years 15 years life of building 3-5 years
R E C O M M E N D E D M A I N T E N A N C E C Y C L E S
period use if missed
Weep holes in windows 3 months pipe cleaner damaged framing timber
Roof 12 years re-coat with similar coatings or materials water entry / rust
Paint annual soft wash lichen / algae / mould
Paint continued 8 years repaint entire house penetrations fail / moisture entry
Aluminium joinery 3 months soft wash and polish dulling of paint / mitres opening
Window rubbers 8 years replace damaged framing timber
Cracks in cladding when they appear professional moisture entry eventually
Traffic Guard Deck 3-5 years professional water entry when it fails
Butynol Deck check annually two pot adhesive water entry when adhesive fails
Tile Deck annually thermal imaging below deck moisture entry into areas below
best
better
acceptable
Non Invasive Probe Type: Used in most building inspections These results are based on a non invasive moisture sensor, getting readings 2cm's deep in a wall, possibly 14cm's thick.
This is giving a result based on readings close to the surface, and not against the cladding
Invasive 10 mm Probe Type: To follow up a high reading These results are based on invasive moisture probes, getting readings 10mm's deep in a wall, possibly 140mm's thick. This is giving an accurate moisture result based on readings 10mm into the surface building materials. This testing is more accurate than non invasive meters.
Invasive 130 mm Probe Type: Most reliable Results These results are based on invasive moisture probes, getting readings 130mm deep in a wall, possibly 140mm thick. This is giving an accurate moisture result based on readings 100mm into the surface building materials. This testing is the most accurate possible.
L E V E L S O F S U R E T Y
Levels of Surety - Moisture
The inspector will make the best effort to ascertain moisture levels in all areas of typical
entry.
The level of surety, depends on the method of moisture testing used.
The typical pre purchase building inspection, uses non invasive moisture meters, which
penetrate 20 mm's into the building materials.
This method will detect areas where the moisture has moved from the cladding through
to the internal coverings.
If the skirting / window sill is 1 cm thick and gib board is one cm thick, it often means that
the internal framing is not reached, so this level of test will only allow the detection of
heavy moisture penetration, that has penetrated from wall through to edge of internal
walls.
This is the testing method the inspection industry is based on, and if supported with
thermal imaging and environmental readings should provide a two star level of surety in
well built homes. This is the standard testing method in our $550 test
Our preferred method as water damage technicians for detecting water entry is invasive
testing, this requires drilling two 6 mm holes, 13 cm's deep, into chosen locations to
detect moisture content of timber 1 cm away from the external cladding. This is the
"gold standard" of moisture testing, and provides five star surety in the areas tested.
Testing this way starts at $1,200.00 and requires written permission from the building
owner, in advance of drilling.
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Building Science Ltd
Verifiable Data in every reportReport created by my FLIR Tools iPhone app
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Building Science Ltd
Verifiable Data in every reportReport created by my FLIR Tools iPhone app
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Building Science Ltd
Verifiable Data in every reportReport created by my FLIR Tools iPhone app
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Building Science Ltd
Verifiable Data in every reportReport created by my FLIR Tools iPhone app
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