Lift Inspector Software Australia: The Two Problems Draining Inspection Businesses (2026)
Australian lift inspection businesses operate at the intersection of strict WHS plant registration obligations, complex per-lift AS 1735 compliance documentation, and recurring contract management across dozens of buildings and hundreds of registered lifts. Every periodic inspection event generates multiple documents — an AS 1735.2-referenced inspection report, a plant registration compliance certificate for the building owner, defect notices for each non-conformance, hydraulic pressure test certificates where required, and a submission to the state WHS regulator on registration renewal. At the same time, the bulk of inspection revenue is structurally recurring — AS 1735 and state plant regulations require periodic inspection at defined intervals — but invoice delays of three to six weeks, lapsed renewal reminders, and contracts priced years before recent award rate and insurance premium increases quietly erode the margin on every contract. This post breaks down both problems in full and shows what purpose-built lift inspection software does to fix them.
Problem 1: AS 1735 Compliance Documentation Chaos
Every lift periodic inspection in Australia produces a mandatory documentation trail. Under AS 1735.2 and the state WHS plant regulations that reference it, a major periodic inspection must be conducted by a competent person at the required interval, and the inspection must be documented with sufficient detail to demonstrate that every safety-critical component was assessed against the standard's checklist criteria. That means a per-lift report identifying the registration number, drive type, rated capacity and speed, date of last inspection, inspector's competency credentials, and a systematic assessment of every AS 1735.2 inspection item — safety circuit, speed governor, buffer, door interlock, overload device, safety gear, suspension ropes or hydraulic system, emergency lighting, communication, and accessibility features. A one-page summary with a tick-and-sign conclusion does not constitute a compliant inspection record.
The documentation obligation compounds for hydraulic lifts. Where an AS 1735 inspection includes a hydraulic pressure test — as required for hydraulic passenger lifts at the periodic inspection — a separate pressure test certificate must be produced recording the test pressure, the duration, the observed response of the hydraulic circuit, and the compliance outcome. Where a safety device test is conducted — governor trip test, buffer compression test, parachute safety gear activation — the test results must be recorded per device. Where a defect is identified, a written defect notice must be issued to the building owner identifying the defect by AS 1735 clause reference, stating the required corrective action, and setting a compliance deadline. All of this documentation must be retained per lift, per building, for a minimum period under state WHS legislation — typically five years — and must be retrievable on demand when a state WHS regulator, an insurer, or a building owner's legal team requests it.
The failure mode for paper-based and generic systems is consistent. Inspection sheets are filled in on site, the certificate is generated from a Word template back at the office, checked, and emailed to the building manager. The plant registration renewal is tracked in a spreadsheet. Defect notices are sent by email and their follow-up status is tracked in the inbox. When a SafeWork inspector arrives at a building following a lift incident and requests the complete inspection history for the specific lift involved, or when a strata manager changes agencies and the incoming agency needs the compliance records for six lifts across three buildings, the retrieval exercise begins: searching email sent items, opening shared drive folders, checking spreadsheet rows for the relevant plant registration numbers. For a business managing 100 lifts across 50 buildings, this exercise can consume an entire working day and still produce an incomplete answer.
The professional liability for a lift inspector is not theoretical. In the event of a lift incident involving injury to a passenger — a fall from an improperly levelled car, a door closure injury, a mechanical failure — the first evidence a WHS regulator and legal team examine is the inspection record for that lift. If the record does not exist, is incomplete, or cannot be produced, the inspector and the inspection business face potential prosecution under the WHS Act alongside the building owner as duty holder. Penalties for Category 1 WHS offences — those resulting in death or grievous bodily harm — include fines of up to $3 million for a corporation and up to five years imprisonment for individuals. The AS 1735.2-referenced inspection report and the associated defect notice and re-inspection records are the competent person's primary evidence that the inspection was conducted at the required standard. They are not paperwork overhead; they are the risk management foundation of the entire business.
Problem 2: Recurring Contract Cash Flow Gaps
Lift inspection revenue is structurally recurring. AS 1735 and state WHS plant regulations require periodic inspection of every registered lift at defined intervals. For an inspection business with 60 registered lifts across 30 buildings, that is 60 or more major periodic inspection events per year — plus annual interim service inspections in states that require them — that do not require quoting or business development, just scheduling, completing, documenting, and invoicing. The revenue model is almost identical to a subscription business. In practice, the cash flow does not reflect that.
The primary problem is the gap between completing the inspection and the building owner receiving an invoice. A lift inspector who finishes a four-lift periodic inspection in a commercial building, completes paper inspection sheets on site, returns to the office, generates the AS 1735 reports from a Word template, has the certificates reviewed, emails them to the building manager, and then raises the invoice from a separate accounting system has typically introduced a three-to-six-week delay. On a commercial building with four passenger lifts, that delay represents $4,000 to $10,000 sitting completed but unbilled for over a month. For a business completing 8 to 12 inspection events per week, the rolling aggregate of completed but unbilled work can represent $40,000 to $80,000 in outstanding invoices at any given time — a cash flow gap that does not appear on the P&L but is felt every time a creditor payment is due.
The second risk is the lapsed annual renewal. When a building is approaching its periodic inspection due date and the reminder system fails — because the spreadsheet was not checked, because the office was managing a backlog, because a key staff member was on leave — the inspection simply does not happen on schedule. The building owner is exposed to a lapsed plant registration. For a lift inspection business that is meant to be proactively managing its clients' compliance obligations, an overdue inspection represents a failure of the core service promise. It also defers revenue by weeks or months, compounding the cash flow timing problem that the invoice delay has already created.
The third problem is invisible contract profitability. Most lift inspection contracts are priced per lift, per visit, at a rate established when the contract was first agreed. Where those rates were set three or four years ago — before recent increases in the Electrical Trades Union (ETU) and CEPU award rates for lift mechanics, before increases in professional liability and public liability insurance premiums for lift inspection businesses, before vehicle running cost increases — the margin on each inspection has quietly declined. Without per-job cost visibility — actual labour time on-site, travel cost, report preparation time, hydraulic test equipment maintenance and calibration cost — the business owner cannot identify which contracts are profitable at the contracted rate. By the time the accountant provides the year-end picture, the contracts have renewed for another year at the same rate.
What Purpose-Built Lift Inspection Software Actually Fixes
TPT's field service ERP includes a dedicated lift inspection workflow covering per-asset registers, AS 1735-compliant report generation, plant registration tracking, defect management, periodic scheduling, and mobile invoicing. Here is what each capability addresses.
AS 1735-compliant periodic inspection reports generated on-site
Generate a fully pre-populated periodic inspection report from the lift's asset record at the moment the inspection is completed — lift registration number, installation year, drive type (traction, hydraulic, MRL), rated speed and capacity, last major inspection date, inspection scope (full AS 1735.2 item list or interim service), condition assessment per inspection item, safety device test results, and the inspector's competency credentials and signature. The report is ready to hand to the building manager before the inspector leaves the site. No office processing step, no risk of a paper inspection sheet being misplaced, no delay between completing the inspection and delivering the documentation that the building owner needs for their plant registration.
Per-lift asset register with full inspection history
Every registered lift, escalator, and moving walk in your client base has a persistent asset record — registration number, plant item class, installation address, installation year, manufacturer, model, drive type, rated capacity and speed, the name of the design registration holder, the date of the last major periodic inspection, and a complete chronological inspection history. When a SafeWork inspector visits a building following an incident and requests the full inspection history for a specific lift, or when a building changes managing agents and the new agent needs to understand the compliance status of the building's six passenger lifts, the complete asset history is retrievable in seconds — not by searching through folders, email attachments, and shared drives.
Defect notices with corrective action tracking and re-inspection workflow
Issue a written defect notice from your phone at the point of inspection for every non-conformance identified during a periodic or interim inspection. The defect notice identifies the lift by registration number and asset address, describes the defect by AS 1735 clause reference, specifies the required corrective action, and sets a compliance deadline. The defect is tracked in the platform against resolution — when the building owner or their maintenance contractor notifies you that the corrective action is complete, the re-inspection is scheduled from the same record. For a business managing 60 lifts across 30 clients, tracking open defects to resolution without a dedicated system means relying on memory, sticky notes, and an inbox — all of which fail at volume.
Plant registration tracking per state WHS regulator
Track the registration status of every lift in your client base against the relevant state WHS regulator — SafeWork NSW, WorkSafe Victoria, Workplace Health and Safety Queensland, SafeWork SA, WorkSafe WA, NT WorkSafe, or WorkSafe ACT. Plant registration for lifts in most Australian states must be renewed at defined intervals, and a lapsed registration means the lift must not be operated until renewal is obtained. Where your business provides compliance management services to building owners — as many lift inspection businesses do — the platform monitors registration expiry dates and triggers renewal reminders to both the building owner and your own scheduling queue. This removes the most common failure mode of the paper-based approach: a registration lapsing because the calendar note was missed during a busy period.
Periodic inspection scheduling with automated building owner reminders
Set the next major periodic inspection due date and the next annual service inspection due date for every lift at the point of each inspection completion. The platform generates the next inspection job automatically and sends an automated reminder to the building owner or facilities manager at a configurable lead time — 30, 60, or 90 days before the inspection is due. For a lift inspection business managing 100 registered lifts across 50 buildings, removing the manual diary-check step eliminates the primary cash flow failure mode: an inspection going overdue because the spreadsheet was not reviewed when the office was busy. Clients with automated reminders also have a better compliance record — which reduces the number of emergency calls from a building manager who has just noticed their lifts are overdue.
Mobile job completion and same-day invoicing from the field
Mark the inspection complete and generate the invoice from the inspector's phone the moment the site inspection is finished. The invoice — itemised by lift registration number, inspection type, and any additional charges for hydraulic pressure testing, safety device testing, or travel — reaches the building owner the same day. For a business completing 10 inspection events per week, the difference between same-day invoicing and the typical three-to-six-week paper-based delay is tens of thousands of dollars in completed but unbilled work sitting in the gap at any given time. Same-day invoicing also reduces the incidence of client queries — 'what was this invoice for?' is far less common when the invoice arrives while the inspection is still fresh in the building manager's memory.
Per-building compliance dashboards and contract profitability reporting
Maintain a live compliance status dashboard for every building in your client base — which lifts are in date, which are approaching their periodic inspection due date, which have open defects, and whether defect remediation has been completed and re-inspected. When a body corporate strata manager needs to report on the compliance status of the building's lifts for an insurance renewal or a building defect claim, the dashboard summary and the underlying inspection records can be exported in a format the strata manager can use. Per-job cost tracking — labour time on-site, travel, report preparation — against the contract rate enables the business owner to identify which buildings are profitable at the contracted rate and which contracts need to be repriced at renewal.
Already Running an Electrical or Fire Protection Business?
TPT's ERP is built as a multi-trade platform. If you already use the electrical or fire protection module for your main work, the lift inspection workflow is an additional vertical within the same subscription — same client records, same invoicing pipeline, same Xero integration, separate compliance workflows for each trade. There is no second system to maintain, no double-entry of building owner or strata manager contact details, and no separate invoicing run for lift inspection jobs versus electrical maintenance jobs.
For a business that carries out both electrical switchboard inspections and lift periodic inspections for the same commercial building clients — a common combination in the Australian market — managing both workstreams in the same platform removes the most common failure point: the lift inspection side sitting in a spreadsheet while the electrical jobs are managed in a field service system, with periodic inspections falling overdue because the two systems are never reconciled.
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Frequently Asked Questions
What qualifications do I need to inspect lifts in Australia?
In Australia, lift inspection must be carried out by a 'competent person' — defined under the Work Health and Safety Regulations as a person who has acquired, through training, qualification, or experience, the knowledge and skills to carry out the task competently. For lifts and escalators, the relevant competency pathway typically includes: a certificate III or IV in Lift Mechanic (Hydraulic) or Lift Mechanic (Electric Traction) through a registered training organisation, together with a valid high-risk work licence where one is required by the relevant state (for example, a Rigging or Crane and Hoist licence may be required for certain lift-related work in some states). Most states also require the lift inspector to be familiar with AS 1735.2 (the standard for passenger and goods lifts) and the relevant sections of the state WHS plant regulations. The Lift and Escalator Industry Association (LEIA) provides competency guidance and industry training pathways. For lift inspection businesses providing compliance certification services, the inspector's name and competency evidence should appear on every inspection report — a generic inspection form issued without the inspector's qualifications on record is not a defensible compliance document if the report is challenged by a regulator or in litigation following an incident.
What is AS 1735 and which parts apply to lift inspections?
AS 1735 is Australia's standard series for lifts, escalators, and moving walks. The most important parts for inspection businesses are: AS 1735.1 (general requirements for passenger and goods lifts), AS 1735.2 (the principal standard for electric passenger and goods lifts — this is the primary reference for major periodic inspection checklist items), AS 1735.3 (passenger lifts in residential buildings), AS 1735.10 (escalators and moving walks), AS 1735.11 (fire-rated lift installations), AS 1735.12 (facilities for persons with disabilities — accessibility requirements that many older lifts fail), and AS 1735.15 (lifts for persons with limited mobility — platform lifts and stairlifts). Most major periodic inspections in commercial buildings are conducted against AS 1735.2. A compliant periodic inspection report must reference the specific AS 1735 clauses assessed, not just provide a generic pass/fail outcome. Where a lift does not meet a current AS 1735 requirement because it was installed under an earlier edition of the standard, the inspection report must document the assessed item, the current standard requirement, the applicable transitional or grandfathering provision (if any), and any safety risk associated with the non-compliance.
How often do lifts need to be inspected in Australia?
Lift inspection frequency in Australia is governed by state WHS plant regulations, which implement the model WHS Regulations nationally (with state-by-state variations). Under the model regulations, registered plant must be inspected by a competent person at intervals not exceeding those specified in the relevant standard or the plant's design registration. For passenger lifts under AS 1735.2, the standard requires a major periodic inspection at intervals not exceeding two years, with regular maintenance inspections (by a licensed lift mechanic) at intervals not exceeding three months. Some states impose stricter intervals: in New South Wales, the periodic inspection interval for passenger lifts is 12 months under SafeWork NSW plant guidelines. In Victoria, WorkSafe requires annual inspection for most lifts. Escalators and moving walks under AS 1735.10 typically require a major periodic inspection every two years. Platform lifts and stairlifts under AS 1735.15 may have different intervals depending on the state. For a lift inspection business managing compliance across multiple states and building types, a software platform that tracks the applicable inspection interval per lift registration — by state and by plant class — and automatically schedules the next inspection based on the applicable interval is essential. A single spreadsheet covering 100 lifts across three states will have the wrong interval applied to at least some entries.
What must appear on a compliant lift periodic inspection report in Australia?
A compliant lift periodic inspection report in Australia must include: the plant registration number for the lift, the installation address and specific installation location (floor level, lift number if multiple), the inspection date, the name, qualifications, and signature of the inspecting competent person, the standard against which the inspection was conducted (typically AS 1735.2 with the edition year), a checklist or systematic assessment of each AS 1735 inspection item (including safety circuit, speed governor, buffer, door interlock, overload device, safety gear, suspension ropes or hydraulic system, emergency lighting, communication system, and accessibility features), the result of any safety device tests conducted during the inspection, a list of any defects identified with clause references, the recommended corrective action for each defect, the inspector's overall compliance determination (fit for continued service / conditionally fit pending corrective action / not fit for service), and the recommended interval to the next inspection. A report that provides only a one-page summary without per-item assessment detail does not constitute a defensible competent-person inspection record under AS 1735.2. State WHS regulators — particularly SafeWork NSW and WorkSafe Victoria — have audit programs that check the adequacy of lift inspection documentation in addition to the physical condition of lifts.
How does plant registration work for lifts in Australia?
In Australia, lifts are classified as 'plant' under the Work Health and Safety Regulations and must be registered with the relevant state WHS regulator before they are first put into service, and the registration must be kept current. The specific requirements vary by state: in New South Wales, passenger lifts must be registered with SafeWork NSW, with the registration renewal tied to the periodic inspection interval; in Victoria, WorkSafe requires plant registration for all lifts, with a registration certificate issued on completion of the required periodic inspection; in Queensland, WHSQ manages lift plant registration with an annual renewal fee; other states have equivalent requirements. The design of the lift must also be registered (design registration) separately from the individual item registration — design registration covers the engineering specification of the lift type and is held by the manufacturer or design registration holder. For a lift inspection business, tracking registration status across 100 lifts in multiple states — each with a different renewal date, a different regulatory portal, and a different fee structure — is a significant administrative burden without a purpose-built system. A missed registration renewal means the building owner is operating an unregistered plant item, exposing both the building owner and the lift inspection business (if it is providing compliance management services) to regulatory action.
What happens when a lift fails a periodic inspection in Australia?
When a lift fails a periodic inspection — meaning it has a defect that creates an immediate safety risk to users — the inspector is obligated under the WHS Regulations to notify the duty holder (the building owner or person in control of the premises) immediately, issue a written defect notice identifying the specific non-conformance by AS 1735.2 clause reference, and, in serious cases where the lift cannot be safely operated, notify the state WHS regulator. The building owner must immediately take the lift out of service if it presents an immediate risk, arrange the required corrective action, and arrange a re-inspection by the competent person before returning the lift to service. Where the defect is not an immediate safety risk — for example, a degraded but not yet failed component, or an accessibility feature that does not meet the current standard — the inspector issues a defect notice with a corrective action deadline and schedules a re-inspection at or before that deadline. The inspector cannot certify the lift as compliant until the corrective action has been completed and re-inspected. A lift inspection business that issues defect notices but does not systematically track them to resolution — through a purpose-built defect register with corrective action deadlines and re-inspection triggers — is exposed to the outcome where a building owner does not carry out the required corrective action, the lift is subsequently involved in an incident, and the inspection records show an open unresolved defect from the last inspection.
Which state regulators oversee lift compliance in Australia?
Lift compliance in Australia is regulated at the state and territory level under the Work Health and Safety Act and Regulations framework. The relevant state regulators are: SafeWork NSW (New South Wales), WorkSafe Victoria (Victoria), Workplace Health and Safety Queensland (Queensland), SafeWork SA (South Australia), WorkSafe WA (Western Australia), NT WorkSafe (Northern Territory), WorkSafe ACT (Australian Capital Territory), and Comcare (Commonwealth-regulated sites such as federal government buildings). Each regulator maintains its own plant registration database, publishes guidance on lift inspection requirements, and may conduct compliance audits of buildings and lift inspection businesses operating within their jurisdiction. Regulators can issue improvement notices, prohibition notices (requiring immediate cessation of operation of an unsafe lift), and can prosecute both the duty holder and the competent person where inadequate inspection or documentation contributed to an incident. Lift inspection businesses operating across multiple states need to be aware of any state-specific variations to the model WHS Regulations — for example, NSW and Victoria have historically required shorter periodic inspection intervals than the two-year model regulation default.
How do I manage inspection records for lifts across multiple buildings and clients?
Managing lift inspection records across multiple buildings and clients without purpose-built software compounds in difficulty as the portfolio grows. The typical approach — inspection reports in a client folder on a shared drive, plant registration numbers in a spreadsheet, next inspection due dates in a calendar, defect notices tracked in an inbox — works for a portfolio of 20 lifts. At 80 or 100 lifts across 40 buildings and multiple states, it produces the following predictable failures: an inspection going overdue because the calendar note was missed; a defect notice that was not followed up because it was buried in an inbox; a plant registration renewal that lapsed because the spreadsheet row had the wrong state or the wrong date; a compliance query from a building owner who cannot find their inspection certificate from two years ago; and an audit response that takes a full day to compile because the records are spread across multiple folders, drives, and email threads. Purpose-built lift inspection software maintains a persistent asset register per building — every lift by registration number, drive type, installation date, and applicable inspection interval — with the next inspection due date tracked automatically, defects tracked to resolution, and inspection certificates retrievable in seconds. For a business with a 100-lift portfolio, this removes four to six hours of administration per week that is currently spent checking spreadsheets, chasing defect responses, and preparing client compliance reports.
What is the difference between a major periodic inspection and a routine maintenance inspection for a lift?
A major periodic inspection is a comprehensive, systematic assessment of the lift against the full checklist of AS 1735.2 inspection items — every safety-critical component, every safety device, the structural integrity of the shaft and machine room, the condition of ropes or hydraulic system, the operation of all door interlocks, and the function of the safety circuit and governor. It is conducted by a competent person (a qualified lift inspector) at the interval required by the state WHS plant regulations — typically one to two years. A routine maintenance inspection (sometimes called a scheduled service) is carried out by a licensed lift mechanic at much shorter intervals — typically every 1 to 3 months — and covers lubrication, adjustment, and operational checks to maintain the lift in good working condition. The maintenance inspection does not carry the regulatory compliance weight of the major periodic inspection. A maintenance inspection cannot substitute for a major periodic inspection for the purposes of plant registration renewal or WHS regulatory compliance. For a lift inspection business, it is important that the documentation for a major periodic inspection is clearly distinguished from maintenance records in your client's compliance file — and that the language on your certificate is unambiguous about the scope and standard applied.
How should I price lift inspection contracts in Australia?
A profitable lift periodic inspection contract should be priced to cover: travel time to the building (significant for multi-site portfolios and regional properties), site access time (including building management inductions, confined space entry procedures for pit access, key access, and coordination with the building's lift maintenance contractor who must typically be present during the inspection), inspection time per lift (varies by lift age, type, number of floors served, and number of defects expected based on previous inspection history), hydraulic pressure test time for hydraulic lifts where required, safety device test time, report preparation time (generating a compliant per-lift AS 1735.2 inspection certificate takes longer than a one-page summary sheet), and defect notice preparation for identified non-conformances. The most common pricing errors are: setting a flat per-lift rate without accounting for lift age or complexity, failing to charge a separate rate for hydraulic pressure testing, and not including report preparation and certificate issuance time in the inspection estimate. For large commercial clients — strata managers overseeing multiple buildings, facilities management companies with a property portfolio — block contract pricing can be competitive but is only profitable if per-lift cost is accurately captured before the contract is signed. Per-job cost tracking in your ERP platform — with actual labour time and travel logged per inspection — is the only way to verify that a block contract is profitable at the agreed rate.
What are the WHS consequences of inadequate lift inspection records?
Inadequate lift inspection records create WHS liability for both the duty holder — the building owner or person with management and control of the building — and the competent person who conducted the inspection and issued the certificate. In the event of a lift incident involving injury, the first documents a WHS regulator and legal team request are the inspection records for the lift in question. If those records do not exist, cannot be located, or do not contain the required level of detail to demonstrate that the inspection was conducted against the AS 1735.2 checklist by a qualified competent person, the duty holder faces potential prosecution under the WHS Act for failing to manage the risk associated with registered plant. The inspector faces potential prosecution for issuing a compliance certificate without conducting an adequate inspection, or for issuing a certificate that misrepresents the condition of the lift. Under the WHS Act, Category 1 offences (those involving death or serious injury) carry penalties of up to $3 million for a corporation and up to five years imprisonment for an individual. The compliance certificate and supporting inspection records are the primary evidence that the duty of care was discharged by both the duty holder and the inspector. A lift inspection business that cannot produce complete per-lift inspection records on demand — because its filing system has failed, because records were lost in a drive migration, or because the original inspector left the business without handing over the files — is exposed at the point when the records are needed most.
Does GST apply to lift inspection services in Australia?
Yes. All lift inspection services in Australia — the periodic inspection, the compliance certificate, hydraulic pressure testing, safety device testing, defect re-inspections, travel charges, and any compliance management services — are subject to 10% GST. Your invoices must display your ABN, the words 'Tax Invoice', the GST amount as a separate line item (or as a percentage of the total), and the GST-inclusive total. For recurring annual or biennial inspection contracts billed per inspection event, GST applies to each invoice. The majority of lift inspection clients are commercial entities — strata managers, facilities management companies, building owners, and body corporates — whose accounts payable teams require a correctly formatted tax invoice. A document that does not display your ABN, the 'Tax Invoice' designation, and the correct GST breakdown will be returned by the client's accounts team, delaying payment. Purpose-built field service software generates GST-compliant tax invoices automatically, with your ABN pre-configured and GST calculated per line item — removing any risk of non-compliant invoicing.
Can lift inspection software integrate with Xero for BAS reporting?
Yes. For an Australian lift inspection business, Xero integration means every invoice — with 10% GST correctly applied to periodic inspection fees, hydraulic testing, travel, and defect re-inspections — flows to Xero automatically without re-entry. At BAS time, the GST collected is already tallied and reconciled against the source invoices. For payroll, inspector timesheet data captured in the field service platform — inspection time, travel time, report preparation time, and any after-hours emergency inspections — syncs to Xero Payroll in a format compatible with Single Touch Payroll (STP) reporting. This eliminates the manual step of transferring hours from a separate time-tracking system. For a lift inspection business with multiple inspectors completing 10 or more site visits per week, the combination of same-day invoicing, automatic GST application, and Xero integration means BAS preparation is a review step rather than a data assembly exercise. Businesses that are currently generating invoices in a separate system and re-entering them in Xero carry a reconciliation risk: discrepancies between invoiced amounts and Xero records create BAS errors that the ATO identifies on review.
How does lift inspection software handle compliance management for strata and body corporate clients?
Strata managers and body corporate committees are among the most compliance-conscious lift inspection clients — and the most administratively demanding. They typically need: a compliance summary report for the building that they can attach to the annual general meeting (AGM) agenda, evidence of current plant registration for each lift to satisfy their building insurance requirements, copies of outstanding defect notices and the status of corrective actions for disclosure obligations to lot owners, and advance notice of upcoming periodic inspections so they can coordinate access and budget for the inspection fee and any remediation costs identified. Purpose-built lift inspection software generates client compliance dashboards that give a strata manager a real-time view of every lift in their building's portfolio — which are in date, which have open defects, and which are approaching their next inspection. Automated reminders sent to the strata manager at a configured lead time before each inspection remove the manual outreach step and demonstrate that the inspection business is proactively managing the building's compliance obligations. For a lift inspection business with 20 strata management firms as clients, this level of automated client-facing reporting is a genuine commercial differentiator — strata managers and facilities managers will recommend an inspection business that makes their administrative compliance burden lighter.
What should I look for in software built for lift inspection businesses?
For an Australian lift inspection business, the essential software capabilities are: a per-lift asset register with registration number, plant class, drive type, applicable inspection interval (by state and plant type), and complete inspection history; AS 1735-compliant periodic inspection report generation on-site from the asset record; plant registration tracking with expiry alerts per state; defect notice generation with corrective action tracking and re-inspection workflow; periodic inspection scheduling with automated client reminders at configurable lead times; client compliance dashboards showing the current status of every lift across all buildings; mobile report and certificate generation from the inspector's phone or tablet at the point of inspection; same-day invoicing from completed inspections; GST-compliant tax invoicing with ABN pre-configured; and recurring contract management that generates renewal invoices automatically at the configured interval. Any platform that requires the inspector to return to the office to generate the certificate, or that cannot produce an AS 1735.2-referenced inspection report at the required item level, adds cost and compliance risk at every job. A generic field service platform has no concept of a safety circuit inspection, a governor rope tension test, or a hydraulic pressure test certificate — these are not configuration options; they are the operational core of a lift inspection business.
Can TPT lift inspector software handle both NZ and Australian inspection standards?
Yes. Australian and New Zealand lift inspection requirements share considerable common ground — both jurisdictions reference the AS/NZS 1735 series for lift safety standards, and both operate under a WHS/H&S regulatory framework that requires periodic competent-person inspection of registered lifts. Where differences exist — for example, NZ operates under the Health and Safety at Work Act 2015 (HSWA) with its own plant-as-workeqiupment provisions, while Australia uses the model WHS Act and state-by-state plant regulations — TPT's platform handles both jurisdictions. Asset records can be tagged by country and state, inspection report templates reference the applicable jurisdiction and standard edition, and plant registration tracking reflects the specific renewal requirements of the relevant regulator. For lift inspection businesses that operate across both sides of the Tasman, or that manage compliance for Australian buildings owned by New Zealand-based property groups, the same platform covers both markets without requiring a separate system or a different reporting workflow.
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