Maintenance StrategiesRTF

Run-to-Failure Maintenance

Run-to-failure maintenance is a deliberate strategy in which selected equipment is allowed to operate until functional failure before repair or replacement.

What this term means in maintenance

Run-to-failure maintenance is a deliberate strategy in which selected equipment is allowed to operate until functional failure before repair or replacement.

When run-to-failure can be appropriate

Run-to-failure may be reasonable when:

  • Failure is safe
  • The item is non-critical
  • Failure is easy to detect
  • Replacement is quick
  • Spare parts are available
  • Consequential damage is unlikely
  • Preventive work costs more than failure

Practical example

A low-cost indicator lamp with no safety or production consequence may be replaced only after it fails.

Run-to-failure is a planned decision

The organization should still define:

  • Which assets use the strategy
  • Failure consequences
  • Spare-parts requirements
  • Response method
  • Responsibility
  • Acceptable downtime
  • Review conditions

When it is unsuitable

Do not use run-to-failure when failure can create unacceptable safety, environmental, quality, compliance, or production consequences.

Common mistake

Allowing equipment to fail because maintenance was not planned is not a run-to-failure strategy. It is uncontrolled reactive maintenance.

Related maintenance terms

Keep exploring connected CMMS, reliability, and maintenance planning terms.

Run-to-Failure Maintenance FAQs

When is run-to-failure acceptable?

When failure is safe, non-critical, easy to detect, quick to recover, and unlikely to cause consequential damage.

Is run-to-failure the same as neglect?

No. It is a deliberate strategy with defined assets, spares, response, and accepted consequences.

Should critical assets use run-to-failure?

Usually not, unless a detailed risk assessment shows the failure consequence is adequately controlled.

Turn Maintenance Definitions into a Proper Action

MaintBoard helps Plant Heads and Maintenance Heads improve equipment reliability, reduce repair delays, and gain better visibility into maintenance operations.