Lift Modernisation, Replacement & New Installations

Future-Proof Your Building with Smarter Lift Solutions

A well-planned lift upgrade, replacement or new installation ensures compliance, improves efficiency, and enhances safety. Equity Elevator Consultants provides independent, expert-led guidance to help you make informed decisions, reduce costs, and ensure your building meets current and future standards.

Smarter, Safer Lift Solutions

Independent Expertise in Lift Modernisation, Replacement & New Installs

Whether you need to modernise an ageing lift or install a brand-new lift system, our elevator consultants provide end-to-end guidance to optimise performance, safety, and cost-effectiveness.

From feasibility studies to project management, we streamline the entire process, coordinating with contractors, strata managers, and engineers to deliver seamless lift modernisation and lift installation.

Blurred figures walking past modern glass lift in corporate building lobby.

Why Clients Choose Equity​

Measurable Impact of Independent Expertise

We don’t just advise, we transform how your building operates, performs, and complies. From reducing long-term maintenance costs to improving safety and enhancing asset value, our independent consultancy delivers measurable outcomes at every stage of your lift modernisation, replacement or new installation.

Reduce Costs & Increase Efficiency

Lower long-term expenses with energy-efficient, low-maintenance upgrades.

Ensure Compliance & Safety

Meet AS 1735 lift safety standards and avoid costly non-compliance issues.

Improve Building Value

A modern, reliable lift system enhances tenant satisfaction & property appeal.

Expert-Led Project Management

We handle the entire process from planning to final 

Technician in protective gear inspecting lift door mechanism.

Don’t Wait for a Breakdown

When Should You Upgrade or Replace Your Lift?

If your lift is outdated, unreliable, or non-compliant, it might be time to consider a modernisation or full replacement. Common signs your lift may need expert attention include:

Real Results

How Our Upgrade Strategies Reduce Costs & Risk

From Planning to Completion

Your Lift Strategy - Expertly managed from concept to certification

At Equity Elevator Management, we combine engineering expertise, independent consultancy, and structured project delivery to guide you through every stage of your lift modernisation, replacement, or new installation.

1. Feasibility Study & Design Brief

Assess, analyse, and advise on the best lift modernisation or replacement project solution.

2. Specification Development & Tender Management

Prepare clear specifications and manage tenders to secure the most competitive outcomes.

3. Tender Evaluation & Contractor Selection

Review proposals independently and recommend the best-fit contract for your project.

4. Contract Administration & Project Kick-Off

Negotiate terms, manage contracts, and ensure a smooth project launch.

5. Project Management, Commissioning & Certification

Oversee installation, conduct final testing, and achieve full safety certification.

FAQ

Frequently Asked Questions About Lift Modernisation, Replacement & Installation​

Managing your building’s lift systems can feel complex, especially when balancing compliance, safety, performance, and budget.

We’ve answered some of the most common questions building owners, strata managers, and facilities teams ask about lift assessments, maintenance contracts, and long-term asset planning. If you’re still unsure, we’re just a call away.

What is the typical lifespan of a lift, and when should I plan for replacement?

Most passenger lifts deliver 20–30 years of service depending on duty, environment and maintenance quality. Start planning 5–10 years before end‑of‑life with an independent condition and compliance audit. That report maps risks against AS 1735 and NCC E3, identifies obsolescence and safety gaps, and sets budgets and timelines. Early planning avoids rushed tenders, reduces cost escalation and keeps access available for residents and tenants.

Watch for frequent door reversals, noisy machines, slow starts, floor mis‑levelling, hot machine rooms, intercom faults and unexplained call‑backs. Patterns matter: rising call‑backs or repeated entrapments typically signal underlying component wear or control issues. An audit with data review separates nuisance alarms from genuine risk and prioritises a safe, cost‑effective fix.

Refurbishment is largely cosmetic, cab finishes, lighting and fixtures—while modernisation targets critical systems like controllers, VVVF drives, door operators, safety circuits and communication devices. Modernisation improves compliance, reliability and energy performance, often with new emergency features. We help decide scope using lifecycle data, parts availability and DDA accessibility needs so you invest where it matters, not just where it looks good.

Modernisation closes gaps against AS 1735 parts and NCC E3 requirements by addressing levelling accuracy, door protection, overspeed/rollback risks, emergency communication, car lighting and fire‑service controls. We prioritise safety‑critical defects first, then accessibility and energy upgrades. The result is lower incident risk, clearer regulatory evidence and better resident confidence, especially important for ageing assets serving vulnerable users in strata and aged care.

Yes. New controllers and vector drives deliver smoother acceleration and deceleration; upgraded door equipment reduces noise and nuisance faults; re‑roping or belt renewal restores ride quality; and car operating panels improve user experience. We also address vibration, fan noise and lighting. A performance baseline taken before works proves the uplift in dispatch times, levelling and ride quality after commissioning and handover.

Absolutely. Staging reduces downtime and spreads capital spend while tackling the largest risks first. Common sequences include door equipment this year, controller/drive next, followed by fixtures and car finishes. We align stages with WHS risk, parts obsolescence and budget cycles, and we specify open‑protocol interfaces to keep options open. Clear staging plans also help strata committees communicate timelines and costs to owners.

Expect feasibility and design, structural checks, detailed specification, competitive tender, contract, demolition, installation, testing and certification. We coordinate builder’s works, services trades, hoarding, craneage and access arrangements, and we maintain temporary accessibility measures. A typical single‑car replacement takes about 10–16 weeks on site, but careful planning of approvals and stakeholder communication prevents unnecessary downtime or disputes during the build.

AS 1735 series and NCC Part E3 drive key decisions: car size and door width for accessibility (AS 1735.12), fire‑service controls and emergency operation, emergency communication, signage, and landing door protection. These requirements influence shaft dimensions, pit/headroom needs and control layouts. We translate the standards into practical specifications so tenders meet compliance without gold‑plating or costly post‑award variations.

Follow AS 1735.12 for car sizes, door widths, button heights, tactile/Braille, audible/visual indications and emergency communication. We assess current gaps and deliver a staged plan that addresses high‑impact changes first within building constraints. Clear documentation supports approvals and helps committees communicate accessibility benefits to residents and visitors.

Energy‑efficient gearless machines, regenerative drives, standby/sleep modes, LED lighting and efficient car ventilation all reduce kWh and running costs. Traffic optimisation (e.g., destination control in suitable buildings) cuts unnecessary trips. We quantify expected savings and carbon impact for NABERS or ESG reporting and recommend procurement clauses that lock in energy performance, rather than leaving it as an optional add‑on.

Choose open‑protocol controls, documented interfaces and widely supported component families to avoid vendor lock‑in. Allow space for future car size or door width upgrades, and enable monitoring via BMS/IoT gateways. Specify modern emergency comms, battery back‑up and accessibility fixtures that meet AS 1735.12. We provide a lifecycle roadmap so your asset remains compliant, maintainable and upgradeable over decades.

Regenerative drives convert braking energy into usable electricity rather than dissipating it as heat. Benefits include lower energy costs, reduced machine‑room cooling demand and improved sustainability metrics. Suitability depends on machine type, duty profile and building infrastructure. We confirm prerequisites and quantify realistic savings before inclusion in a tender scope.

Costs vary by capacity, travel, site constraints and scope. Indicatively, controller/drive + doors might start around AUD $80k–$120k per car; comprehensive modernisations including fixtures and communication systems may reach $150k–$250k+. Full replacements can exceed $220k–$400k per car in complex shafts. Independent tendering, like‑for‑like scope and clear KPIs help keep pricing competitive and transparent.

Safer, smarter buildings

Minimise Disruption, Maximise Asset Value

Avoid costly repairs, compliance risks, and downtime. Upgrade your lift today with a tailored lift modernisation plan that enhances safety, reduces costs, and keeps your building running smoothly.

Engineer in safety vest shaking hands with consultant over lift project plans.