You reduce unplanned downtime by catching failures before they stop production, shifting from reactive repairs to predictive maintenance. The five core steps: build a real maintenance plan, stop putting out fires, keep work on schedule, monitor equipment condition with sensors, and use smart IoT sensors to flag problems automatically. From Tractian's data, plants lose 5-20% of production capacity to unplanned downtime.
Every unplanned shutdown has a name attached to it. The maintenance lead who takes the 2 a.m. call. The plant manager who leaves the ball game early because a bearing let go at the worst possible time. The whole crew that loses a Saturday to a failure nobody saw coming.
Reducing unplanned downtime isn't just about uptime and KPIs. It's about getting those hours back, and building a plant that doesn't fall apart the moment you look away. Here's exactly how the best maintenance teams are doing it, and what it looks like on the floor.
What Is Unplanned Downtime?
Unplanned downtime is any period when a machine is out of operation because of an unexpected problem, like a breakdown, a fault, a failure no one scheduled for. It's different from planned downtime, the maintenance windows you build into the calendar on purpose.
- Tangible losses are relatively easy to quantify. They include capacity loss, production loss, direct labor and stock product loss, and profit loss, which is the amount the company stops earning while production is stopped.
- Intangible losses are harder to measure, but may be even more significant than the tangible ones. They include response capacity, stress, and other important business aspects.
All industries have times of inactivity, aka planned downtime, but periods of unplanned machine downtime often turn out to be very expensive.
Your organization likely keeps an eye on every budget dollar carefully, but there’s one cost that usually only gets accounted for after the fact: unplanned downtime.
You may be thinking that downtime costs only apply to larger businesses, but that’s not generally the case. Smaller enterprises tend to be even more costly, where having critical system inactivity – time when equipment and applications are offline – can result in lost business, productivity stops, and correction efforts. Think about how far that money can go when using a proactive maintenance strategy!
Minimize Unplanned Downtime and Losses
The true loss of inactivity time includes lost business opportunity costs and wasted budgets. From our own data, we know that plants lose at least 5% of their production capacity due to inactivity time, with a majority of them losing up to 20%.
The biggest contributor to downtime costs is downtime itself. Avoid downtime, and in turn avoid losses due to inactivity.
Some of the main losses in the industry are:
- Unavailability of equipment for production
- Disrupted sales expectations with production bottlenecks
- General labor costs towards quality control and maintenance
- Constant time lost for repairs
| Approach | How it works | When you act | Effect on unplanned downtime |
|---|---|---|---|
| Reactive | Run until it fails, then repair | After the breakdown | Highest — every failure is an unplanned stop |
| Preventive | Service on a fixed schedule | On a calendar, need it or not | Lower — but misses failures between intervals |
| Predictive | Monitor real condition, act on early signs | When the data says failure is coming | Lowest — fix problems before they cause downtime |
How To Eliminate Unplanned Downtime
Understanding the consequences of unplanned equipment breakdowns makes it clear why it needs to be reduced and/or eliminated. Below are five different ways to get rid of the downtime that plagues maintenance teams and production lines alike.
1. Have a Maintenance Plan
One of the most simple – yet effective – ways to reduce downtime is by having an efficient maintenance plan. In order to create one, follow these steps and adjust accordingly:
- Identify the problem
- Plan the maintenance necessary
- Schedule the work to be done
- Delegate the task to the correct people
- Final check-ups to check execution
Once you’ve got a basic maintenance plan figured out, you can apply it to all maintenance tasks and failures. Not only does it help organize your team, but it keeps track of any work that’s been done or needs to be done.
Check out this article to learn more about predictive maintenance, preventive maintenance, and about how making a maintenance plan can improve your company’s performance.
2. Stop Putting Out Fires
Instead of only fixing expected failures, you should be trying to prevent them before they turn into downtime events. The goal is to be proactive with your maintenance plans, preventing unplanned stops. In order to do this, focus on finding out which events generate failures, and perform inspections before it’s too late.
3. Stay on Schedule
Before a stop happens, you should have a plan in place. Try to keep a schedule specifying who will perform the work, when, and where. This helps maintenance managers and teams execute the work in a more efficient and streamlined way.
One way to do this is by creating work orders that allocate the most appropriate employee for any given task. The other, more efficient way is with maintenance management software. With this type of technology, you can get both automated work orders and maintenance plans.
4. Using Monitoring Equipment as a Solution
Constantly monitoring your equipment is a great way to spot the first signs of failure. Intelligent sensors can collect vibration, temperature, current, voltage, among types of data, and identify possible problems that may cause equipment breakdown.
If you want a breakdown on how to identify failures with vibration analysis and how that can improve your maintenance plan, read this article.
5. Use a Smart Sensor to Avoid Downtime
Smart IoT sensors do all the hard work of monitoring machines, automatically, to anticipate when unplanned downtime might happen. Smart Trac Sensor by Tractian is a great example, ensuring real-time monitoring of your equipment’s health and preventing any type of unexpected breakdown.
Not only does the sensor identify when something goes wrong, but it is also paired with a condition monitoring platform, which sends automatic alerts to the maintenance team so they know how to act.
Our fault detection technology, in fact, is patented by the USPTO, the world’s most renowned patenting institution in the world. These real-time prescriptions and routes of action mentioned above allow maintenance workers to tackle the situation in the most time efficient manner. Click here to learn more about the patent and what makes our technology so advanced.
The sayings, “Time is money” and “Industries can’t stop” are extremely accurate when it comes to proactive maintenance and pursuing the ever-elusive zero downtime. When inactivity equals profit loss, Maintainers true focus is to reduce downtime to a maximum, aiming at the industry’s best performance.
Want to learn more about how Tractian can help reduce your company’s downtime? Contact one of our specialists for a free demonstration.
Frequently Asked Questions About Unplanned Downtime
What causes unplanned downtime?
Unexpected equipment failures, such as worn bearings, motor faults, overheating, that develop before they cause a visible breakdown. Most give off early warning signs (vibration, temperature, current changes) that condition monitoring catches in advance.
How much does unplanned downtime cost?
Tractian's data shows plants lose 5-20% of production capacity to unplanned downtime, plus intangible costs like lost business and team burnout on top of direct production and labor losses.
What's the difference between preventive and predictive maintenance?
Preventive services equipment on a fixed schedule whether it needs it or not. Predictive monitors the equipment's actual condition and triggers a fix only when the data shows a failure developing.