When Should You Modernize Your Lift?

Your elevator will not last forever — but it can last decades if you modernize it at the right time. Knowing when to act is the difference between a planned upgrade and an expensive emergency.

A well-built elevator from a reputed manufacturer lasts about 25 years before full replacement. During that lifespan, it will need modernization — sometimes twice.

How do you know when the time has come? Look for these six triggers:

• Age of the Lift
• Lift Installed but Not Used for Long Time
• Change in the Lift Code or Standards
• Breakdown and Increase in Downtime
• Safety Concerns
• Modernize Before You Are Forced To

Let's break each one down so you can spot the warning signs early.

Age of the Lift

"Age" here means wear and tear — not the number on the calendar. Some lifts run dozens of trips daily and age fast. Others see light use and stay in good shape much longer.

An 8-year-old lift with no visible wear does not need modernization. But if other triggers on this list apply, age alone should not give you false confidence.

As a rule of thumb, a lift with average use needs modernization between 8 to 10 years from installation. Heavy-duty goods elevators in industrial setups — running continuously at high loads — may need it sooner.

By the 8-to-10-year mark, most moving parts wear out or start failing. Electric cables and wires harden and lose flexibility; internal strands break from constant flexing. Control panel switchgear wears through its rated cycle life. Wire ropes show broken or damaged strands. Cabin flooring deteriorates, and lighting and fans stop functioning. The cabin looks visibly aged.

This window is ideal for modernization. Major breakdowns have not started yet, so both the elevator company and the owner have time to plan the scope, choose components, and avoid the chaos of a rushed repair.

Lift Installed but Not Used for a Long Time

Even when a lift sits idle, deterioration does not stop — it accelerates.

An installed lift should run at least a few trips per day to stay healthy. Without regular use and maintenance, components degrade quickly.

Here is what happens during prolonged inactivity: wire ropes lose their outer lubrication and begin rusting. Bearings rely on oil circulation — when stationary, the oil settles unevenly, leaving exposed surfaces to corrode. Rail guides with machined finishes rust without lubrication or movement. Cables harden because they flex at the same single point for too long, losing all flexibility.

This damage compounds fast. In many cases, the lift becomes virtually unusable, and the required modernization is nearly equivalent to a full replacement.

Change in Lift Codes and Standards

Regulatory changes are another common modernization driver — and one you cannot ignore.

Lift codes are amended regularly, almost always to improve passenger safety. Each amendment specifies a compliance deadline by which owners must implement the changes.

Your lift maintenance company will typically notify you about new rules and the associated costs.

If your existing system can accommodate the required changes, modernization may be straightforward — integrating a new device or even applying a software update to the controller.

If the system cannot integrate the new feature required by law, a larger modernization is unavoidable. This may carry significant cost, but ignoring the requirement risks penalties and non-compliance.

Frequent Breakdowns or Increase in Downtime

Sometimes the elevator is not old, yet it breaks down repeatedly. That points to one of two root causes.

First: maintenance is not being carried out diligently. In this case, switching to a more reliable service provider can solve the problem.

Second: the lift components or workmanship are poor. Here, the owner must engage a different vendor who can diagnose the issues, replace substandard parts, and correct the poor workmanship through targeted modernization.

Safety Concerns

Safety goes beyond just the passengers inside the cabin — it affects everyone near the elevator.

Manual grill-type doors are a common concern. Modernization replaces them with fully closed doors — automatic or manual — to prevent accidental contact with the moving car or shaft.

Power-failure entrapment is another risk. An auto-rescue device uses battery power to drive the elevator to the nearest floor during an outage, allowing passengers to exit safely.

Any condition that makes the elevator unsafe — for any reason — demands immediate modernization. These upgrades should never be deferred.

Modernize Before You Are Forced To

Proactive modernization is always cheaper and less disruptive than a reactive one.

Well-maintained and timely-modernized equipment lasts longer and delivers reliable service with minimal downtime.

If you are forced to modernize urgently, the elevator already has too many failing components. At that stage, basic modernization rarely helps — a major overhaul becomes necessary. That means higher costs, longer downtime, and far more disruption.

Conclusion

Elevator modernization is not a question of "if" — it is a question of "when." Whether your lift is aging, sitting idle, falling behind on codes, breaking down often, or raising safety red flags, the smartest move is to act before the problem forces your hand.

Review the six triggers above against your own situation. A planned modernization saves money, reduces downtime, and keeps every passenger safe. The best time to start planning is now.