Ask anyone who has built in an unfamiliar jurisdiction where the time went, and the answer is rarely the building work. It is approvals.
Most of that delay is avoidable, because it comes from sequence and completeness rather than from the authorities being slow.
| Stage 1 | confirm the use is permitted |
|---|---|
| Stage 2 | planning or development permission |
| Stage 3 | building approval and technical clearances |
| Stage 4 | inspections during construction and completion sign-off |
Stage 1 — is the use permitted at all
This must be answered before purchase, not after. It is the cheapest stage and the one that determines whether the rest is possible.
What to establish:
- The land use designation applying to the parcel
- Whether your intended use is permitted, permitted with conditions, or requires a change of use
- Any overlay designations — coastal, environmental, heritage, watershed
- Density, height and setback limits
Where the intended use is not permitted, a change may be possible but should be treated as uncertain in both outcome and timing. Buying land on the assumption that a change will be granted is speculation, not planning.
Stage 2 — development permission
This is the substantive approval, assessing whether the proposal is acceptable in principle and in design.
Typical requirements include site plans, drawings, a survey, details of water supply and wastewater disposal, drainage, access and parking, and for larger projects an environmental assessment.
Where applications actually stall:
Incomplete submission. The most common cause by far. An application missing a required document does not begin processing — it waits. Two weeks spent completing a submission properly saves months of intermittent correspondence.
Wastewater. Where there is no public sewer, the proposal must include a workable on-site solution, and the site must be suitable for it. This is a frequent cause of redesign, and it is worth testing early because it can determine the density the site supports.
Drainage. On sloping ground, how surface water is managed matters both for approval and for the neighbours. Concentrating runoff onto adjoining land creates both a planning objection and a future dispute.
Access. Junction visibility, road width and turning space are common conditions.
The practical rule: engage a local professional who has taken projects through this process recently. Requirements and expectations change, and current experience is worth more than published guidance.
Stage 3 — building approval
Separate from development permission, and concerned with whether the structure meets technical standards.
In a hurricane-exposed region, structural requirements are the substantive part of this review, not a formality. Expect attention to:
- Wind loading and the design wind speed used
- Roof structure and its connection to the walls
- Wall-to-foundation connection and the continuity of the load path
- Foundations relative to soil conditions and slope
- Openings, and protection for them
The second and third items are worth understanding rather than delegating, because they explain most storm damage. Buildings commonly fail not because a component was weak but because the connections between components were — the roof separates from the walls, or the walls from the foundation.
A continuous, properly detailed load path from roof to foundation is the single most important element of storm resilience, and it is relatively inexpensive when designed in and very expensive to retrofit.
Treat this as an investment decision rather than a compliance cost: it affects insurability, premium, and whether the building survives an event that closes competitors.
Stage 4 — inspections and completion
Approvals usually require inspection at defined stages, and the sequencing has a hard consequence.
Work covered up before inspection may have to be opened up again. Foundations poured, reinforcement concealed or services buried without the required inspection can mean demolition of finished work.
Practical measures:
- Know the inspection stages before starting and build them into the programme
- Book inspections in advance — availability is not instant
- Do not let a contractor proceed past a hold point to keep momentum
- Photograph work before covering, comprehensively
- Obtain the completion certificate and keep it
The last item is easy to neglect once the building is in use, and it matters later: a sale, a refinancing or an insurance claim can all turn on being able to produce it.
Realistic sequencing
- Confirm permitted use — before purchase
- Purchase with searches complete
- Site investigation: soil, drainage, wastewater feasibility
- Design, developed with a professional familiar with local requirements
- Development permission
- Building approval
- Contractor procurement
- Construction with inspections at hold points
- Completion certificate and occupancy
Two errors account for most schedule failures. Buying before step one, and starting step seven before steps five and six are complete — engaging a contractor and committing to a start date while approvals are outstanding creates pressure that leads to building without permission, which is far more expensive to resolve than waiting.
Frequently asked questions
What causes most approval delays?
Incomplete submissions. An application missing a required document does not begin processing — two weeks spent completing it properly saves months of intermittent correspondence.
Why does wastewater come up so often?
Because where there is no public sewer the site must physically support an on-site solution, and whether it does can determine the density the site supports. Test it early.
What matters most for storm resilience?
A continuous, properly detailed load path from roof to foundation. Buildings usually fail at the connections between components rather than within them.
Why not start construction while approvals are pending?
Because it creates pressure to build without permission, which is far more expensive to resolve than waiting — and work covered before a required inspection may have to be opened up again.
