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If you manage a building, you’ll know the feeling: a lift stalls at 8:45am, people stack up in reception, tempers fray and operations slip. In our experience, many of those moments trace back to maintenance choices that could have gone differently.
In our work at Future Lift Services across London, Essex and the South East, we tend to see the same patterns behind avoidable repairs and unnecessary risk. This page walks through the lift maintenance mistakes that, in our experience, make the biggest difference, the preventive maintenance strategies that can reduce callouts, and a few practical steps you can take this quarter to support smooth operation and compliance without overspending.
12 Common Lift Maintenance Mistakes That Lead To Costly Repairs
Lift maintenance tends to pay off most when it is practical, evidenced and consistent. Below are the lift maintenance mistakes we most often see contributing to lift breakdown and compliance headaches for lift owners, facility managers and dutyholders.
Skipping or delaying routine check-ups can lead to lift breakdowns and legal risk
Risk: leaving servicing too long gives wear and tear more chance to escalate into failures, and may put you out of step with your duties under LOLER.
Immediate actions:
- Plan regular inspections in line with your equipment, usage and any written scheme of examination drawn up by a competent person. For lifts used to carry people, LOLER sets a minimum thorough examination interval of six months (HSE).
- Match your lift maintenance schedule to usage patterns and building type. Busy passenger lift assets generally warrant tighter routines than low-use goods lifts.
Compliance note: under LOLER, lifting equipment used to lift people should have a thorough examination by a competent person at least every six months, and other lifting equipment at least every 12 months, unless a written examination scheme specifies otherwise (HSE). It’s worth checking which regime applies to your building, as some lifts in residential settings can fall under the Health and Safety at Work Act rather than LOLER (HSE, L113).
Diagnostic checks: visual and audio checks, a ride assessment, door cycle observation, error log review and basic vibration screening.
Not testing safety features such as emergency brakes can increase the risk of trapped passenger incidents
Risk: safety systems that aren’t regularly tested are harder to rely on during a power failure.
Immediate actions:
- Include emergency brakes, door sensors, Automatic Rescue Devices, alarms and intercoms in your routine testing safety features regime.
- Where appropriate, verify battery lowering and ARD operation under a simulated power failure.
Diagnostic checks: brake checks, overspeed governor inspection, door interlock continuity and alarm line verification, carried out by a competent lift engineer.
Ignoring unusual noises and strange noises can let worn out components deteriorate further
Risk: unusual lift noise and unusual sounds are often common signs of worn out parts, misaligned components or further damage developing.
Immediate actions:
- Treat clunks, scraping or rhythmic humming as early detection cues rather than background noise.
Diagnostic checks: vibration analysis on the machine and sheaves, rail lubrication check, and roller and guide shoe inspection.
Neglecting door mechanisms can stop doors closing properly or leave doors open
Risk: dirty tracks and tired rollers are among the more common contributors to lift issues and callouts.
Immediate actions:
- Regularly clean door tracks and check clearances, with light, correct lubrication on rollers and operators.
- Calibrate control panel door timing so doors close properly without slamming or hunting.
Safety note: inconsistent levelling and hesitant doors can create trip hazards for building occupants.
Overlooking control systems and communication line faults can degrade lift performance
Risk: control panel errors and PLC faults can quietly chip away at ride quality and reliability.
Immediate actions:
- Review error code logs on each visit and address recurring patterns.
- Check VFD parameters and communication line integrity to help stabilise levelling.
Diagnostic checks: a parameter snapshot, comms continuity checks, and resets only once the root cause is understood.
Allowing untrained personnel near electrical systems can invite safety incidents
Risk: unqualified hands on electrical systems raise concerns for both safety and compliance.
Immediate actions:
- Restrict access to cabinets and mains to a qualified lift engineer.
- Use lockout and tagout procedures for all electrical components.
Compliance note: maintenance should be carried out by competent, trained people to help meet regulatory requirements and the dutyholder’s obligations under HSE guidance (HSE, INDG290).
Using incorrect, counterfeit or non-OEM parts can compromise safety standards
Risk: fitting unsuitable parts to a lift’s mechanical components can undermine safety standards and shorten service life.
Immediate actions:
- For sheaves, ropes, safety gear and sensors, we’d generally recommend Original Equipment Manufacturer parts where available, to keep safety systems within their intended specification.
Risk detail: non-OEM ropes and sensors may wear differently, which can lead to expensive repairs and compliance questions further down the line.
Poor hydraulic system care can cause oil leaks and inconsistent levelling
Risk: a neglected hydraulic system can show up as drift, noisy valves and slip risks.
Immediate actions:
- Check hydraulic fluid condition and levels, inspect seals and verify pump pressures.
- Keep valves clean and set relief valves correctly.
Preventive measures: periodic oil analysis and filter changes, cylinder leak checks and drift testing, at intervals suited to the equipment.
Inadequate lubrication and alignment can accelerate wear on critical components
Risk: too little lubricant drives friction; too much can attract contamination and turn into grinding paste.
Immediate actions:
- Apply the right lubricant on guide rails, door mechanisms and drive chains, and verify alignment.
Worth remembering: under-lubricating can cause excessive friction, while over-lubricating attracts dust and can damage components, and both can shorten the life of lift components.
Failing to keep accurate records can break compliance trails and slow prompt repairs
Risk: without documentation, demonstrating compliance is harder and fault finding tends to be slower.
Immediate actions:
- Keep maintenance documentation, logbooks, passenger lift maintenance checklist outputs and service records up to date, including parts, corrective actions and photos.
Legal note: under LOLER, reports of thorough examinations must be kept and made available to enforcing authorities, generally for at least two years or until the next report, whichever is longer (HSE, L113).
Neglecting ventilation and cleanliness can overheat control equipment and reduce reliability
Risk: dusty motor rooms and blocked filters can let controllers run hot and shorten their life.
Immediate actions:
- Check controller cabinet ventilation, clear dust, change filters and keep an eye on room temperature.
Risk detail: poor ventilation can contribute to controller faults and unexpected failures, adding to lift repairs and downtime.
Not helping building occupants and site teams understand the lift can increase misuse and damage
Risk: when users aren’t sure how to treat the lift, minor issues can become larger ones.
Immediate actions:
- Share simple lift safety protocols with staff and contractors: respect weight limits, don’t wedge doors, report issues promptly and follow trapped passenger procedures.
Reporting: set a single contact route for lift issues, and capture strange noises, bumps or delays before they escalate into lift malfunctions.
Preventive Maintenance Strategies That Can Minimise Downtime And Extend Asset Life
Preventive maintenance isn’t just a buzzword. It’s a planned set of tasks and condition checks designed to improve reliability, reduce the callout rate and increase first-time fixes. Done well, it can turn many common lift issues into scheduled, more affordable visits rather than stressful outages.
Why preventive measures tend to pay off
Across UK facilities and asset management, planned, preventive work is widely regarded as more cost-effective over time than reactive, breakdown-driven repair. RICS notes that planned preventative maintenance helps stop small issues developing into major defects and minimises the costs of unchecked deterioration that tend to follow reactive maintenance (RICS).
UK Government estate guidance, drawing on CIPFA, recommends balancing planned and reactive maintenance at around a 70:30 ratio as recognised good practice (GOV.UK). The detail varies by site and asset, but the direction of travel is well established: lift systems have fairly predictable wear in ropes, sheaves, door gear, bearings, contactors and hydraulic seals, and steady spending on inspection, cleaning and calibration can slow that wear and help defer lift modernisation until it genuinely adds value.
Service frequency and inspection cadence for compliance and reliability
- Many service partners plan lift servicing every three to six months, scaled to usage.
- Under LOLER, passenger lifts used to carry people generally require a thorough examination at least every six months, and goods-only lifts at least every 12 months, unless a written scheme of examination sets other intervals (HSE).
- For high-traffic sites such as hospitals, hotels and stations, a competent person may recommend more frequent attention.
A simple principle: heavier usage and tougher environments usually justify tighter cadences. Where contamination or vandalism risk is higher, it can make sense to shorten visit intervals.
Proactive maintenance toolset and lift maintenance software
It can help to combine traditional lift maintenance tools with monitoring:
- Smart lift technology and IoT sensors to track door cycles, error codes and ride events.
- Vibration and oil analysis for early detection on machines and hydraulic system wear.
- Trend reporting in lift maintenance software to support decisions around lift performance and minimising downtime.
The aim is faster decisions, more timely repairs and fewer surprises.
Lift Maintenance Checklist For Building Managers And Lift Owners
Use this as a living document between you and your service partner to help keep your lift properly maintained and functioning correctly.
Per-visit checks to help keep the entire lift properly maintained
- Control panel: inspect indicators and wiring, download error logs, and check communication line integrity.
- Testing safety features: alarms, intercoms, emergency lighting and ARD operation.
- Door mechanisms: clean tracks and sills, lightly lubricate rollers and pivots, and verify operator timing and closing forces.
- Hydraulic system: check hydraulic fluid level and condition, filters and hoses, and watch for oil leaks around the pit and machine area.
- Electrical components: visual check for faulty wiring and hot spots (a thermal camera can help) and confirm secure terminations in the electrical systems.
- Ride quality: note unusual noises, strange noises, vibration and any inconsistent levelling events.
Record-keeping essentials and maintenance documentation
- Attach service reports, parts used, corrective actions and photos.
- Keep a running list of advisories with due dates.
- Capture signatures from a qualified lift engineer and the building manager’s representative for transparency.
Housekeeping and user education to help prevent misuse
- Place clear signage on weight limits and emergency procedures for a trapped passenger.
- Define a single route to report lift issues to the helpdesk, with time and floor.
- Keep the motor room and lobbies clean and ventilated to support smooth operation.
Checklist template fields:
- Date, site, asset ID
- Tolerances agreed for door gaps, brake settings and levelling accuracy
- Tick boxes for each subsystem
- Notes and photos attached
- Engineer name and signature, dutyholder sign-off
Preventive Versus Corrective Maintenance Cost Comparison
The figures below are indicative. Actual costs depend on lift type, usage, parts and contract scope, and reactive repairs are widely regarded as a relatively expensive activity on a repair-by-repair basis (RICS).
| Scenario | Preventive measures per year | Typical corrective outcome | Cost impact | Downtime impact |
| Door mechanisms lubrication and alignment | Quarterly cleaning and lubrication; alignment check | Door operator failure; doors not closing properly | Corrective parts and labour are typically higher than planned tasks | Several hours to a day |
| Hydraulic system oil analysis | Periodic oil sampling and filter change | Cylinder seal failure and oil leaks | Cylinder reseal and cleanup can be significant, with added slip-related risk | Days to weeks |
| Emergency brakes and ARD testing | Regular testing safety features | Trapped passenger during a power cut | Emergency callout and possible reputational impact | Immediate disruption |
| Control panel error trend review | Each-visit log review and parameter check | Intermittent faults leading to lift breakdown | Repeat callouts can accumulate cost | Repeated outages |
Closing Thoughts
Avoiding these 12 mistakes is one of the simpler ways to reduce disruption, help protect passengers and stay on top of compliance without stretching your budget. Weaker maintenance often shows up as repeat callouts, frustrated tenants and avoidable modernisation, whereas regular maintenance and good workmanship tend to keep a lift functioning safely in the background.
Clear lift maintenance contracts give you agreed visit schedules, defined response times and the evidence you’re likely to need for insurers and regulators, so most issues can be managed calmly rather than as emergencies.
Get in touch with us today to find out more about our modern lift services, or to request a free, no-obligation quote, based in London and Essex.
Lift Maintenance FAQs
How frequently should a lift be serviced?
Many service partners service a lift every three to six months, scaled to usage. Under LOLER, a passenger lift used to carry people generally needs a thorough examination at least every six months by a competent person, and goods-only lifts at least every 12 months, unless a written scheme of examination specifies otherwise (HSE).
What are common maintenance problems with lifts?
Frequent issues include door mechanisms that don’t close properly, inconsistent levelling, control panel faults, communication line errors, hydraulic oil leaks and unusual noises from worn out parts.
What is the average cost of lift maintenance?
Costs vary by lift type, usage and contract scope, so it’s hard to give a single figure. It’s sensible to budget for routine lift servicing, statutory thorough examinations and prompt repairs to help keep assets in optimal condition and reduce the chance of expensive repairs. For a tailored figure, it’s best to request a transparent quote.