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Reactive audiovisual (AV) maintenance is not cheaper than proactive maintenance; it only looks cheaper because it has no fixed monthly fee. Its real cost is higher, because most of it does not show up on the service invoice: IT hours, lost meetings, management time and early equipment replacement. GHT-SYS is a vendor-independent AV systems integrator based in Hungary. We also provide SLA-based maintenance for corporate clients. Yet we rarely come across a maintenance calculation that adds these items up at all. That is exactly why the idea that reactive is the cheaper model persists.
In short: Reactive maintenance looks cheaper because it has no fixed fee. Its real cost builds up in five places, and only the service fee appears on the invoice. The rest is IT time, management time, lost meetings and early equipment replacement. The operations and maintenance guide of the US Department of Energy (DOE) estimates that preventive maintenance can save as much as 12-18% on average compared with reactive maintenance. Below, you will find a simple framework for calculating your own difference.
Reactive maintenance looks cheaper because it shows only one number: the service invoice. Proactive maintenance has a visible annual fee, but you can plan for it in advance. The reactive approach costs nothing until something breaks. Then it brings unplanned spending, downtime and extra work, all at once.
Skipping maintenance therefore does not remove the cost. It defers it. The Operations & Maintenance Best Practices Guide from the Federal Energy Management Program (FEMP) of the US Department of Energy (DOE) estimates, based on earlier studies, that preventive maintenance can save as much as 12-18% on average compared with reactive maintenance. Where a facility relies heavily on reactive repairs and moves to predictive, condition-based maintenance, the guide says the savings opportunity can exceed 30-40%.
These figures are general facilities management data, not AV-specific measurements, and the guide dates from 2010. The mechanism behind them still applies to meeting rooms: a planned intervention costs less than a rushed one.
Of the five places where the reactive model’s cost builds up, four never appear on the service invoice. You only see the real price when you add all five together.
None of these items is dramatic on its own. Together, though, they can easily add up to several times the service invoice, and they stay invisible precisely because no single line in the accounts brings them together.
The reactive model has become riskier because meeting room technology has become far more complex. When a meeting room had just a projector, finding a fault took a few minutes. In a hybrid meeting room today, the audio runs on the DSP, the video on the codec and the control on a third manufacturer’s processor, and each device follows its own firmware cycle.
What does that change in cost terms? Mainly the time spent finding the fault. If a platform update or an incompatibility takes the room down, the technician has to check several systems from several manufacturers before it is even clear where the fault lies. Under a reactive arrangement, that time is billed at the emergency rate, and the room stays down for all of it.
The more complex the environment, the more expensive the “we’ll fix it when it breaks” attitude becomes. Nobody is swapping a single part any more. They are working through an entire chain. At the worst possible moment.
One view holds that the maintenance fee is a cost: if nothing breaks, the money was wasted. The other holds that the maintenance fee is a predictable expense, while reactive service arrives unexpectedly, always at a bad time, and brings more hidden costs than the invoice shows.
If you look only at the service fee, monthly maintenance is a line you can cut. If you look at the full operational risk, the same fee works more like insurance: it covers the cost of unplanned outages. Same number, two completely different decisions.
At GHT-SYS, we take the second view, with one addition. The maintenance decision should not be made once a fault has already happened, because by then the reactive logic is in charge and the decision becomes emotional, not financial. Maintenance belongs in annual budgeting, not in firefighting.
Bad maintenance decisions are typically made at the same four points, and all four come from an incomplete calculation.
On top of that, the missing items all pull in the same direction: everything you leave out of the calculation makes the reactive model look cheaper.
You can calculate the real difference without an outside expert, using a few numbers that most companies have not yet collected. The framework has three steps, and it is also where we start at GHT-SYS when a client wants a clear view of their maintenance costs.
How much does this come to over a year? Here is an illustrative example for a mid-sized office. The figures are examples only, so replace them with your own.
| Item | Example calculation | Annual impact |
|---|---|---|
| IT time on AV tickets | 18 tickets × 1.5 hours | 27 IT working hours |
| Emergency call-outs | 4 visits, with surcharge | service fees with surcharge |
| Lost boardroom time | 6 outages × 20 minutes × 8 people | 16 management working hours |
| Early equipment replacement | 1 unplanned replacement | one-off capital expense |
| Total reactive cost | IT hours × internal hourly rate + management hours × management hourly rate + surcharge + replacement | put this total next to the annual maintenance fee |
The table does not give you a price. It shows which lines are missing from the usual calculation. Most companies only see the second line: the emergency call-outs.
There is a telling sign here as well. If nobody in your organisation knows how many AV tickets there were last year, or what reactive service cost, that in itself is information: an invisible cost cannot be tracked if nobody documents it. A well-built maintenance contract records this from the start, and we have set out the six elements of a good meeting room SLA in a separate article.
Full proactive maintenance is not worth it in every environment. Where there is a single, simple meeting room that is rarely used, a comprehensive SLA can be more than the room needs, and reactive repair remains a realistic choice. The proactive model pays off most where there are several rooms, a business-critical boardroom, heavy use or a complex, multi-vendor system.
So the decision is not ideological. Is there a room where an outage carries a real business or time cost? If there is, proactive maintenance is the safer choice for that room. If there is not, the reactive model is defensible. Most corporate offices, however, have at least one such room, and often more.
You do not have to decide on a maintenance contract straight away. All you need to do is gather last year’s AV tickets, service invoices and outage times before the next planning round. If the reactive column then turns out to be the smaller one, your decision is well founded. If it turns out to be the larger one, the discussion from then on is about how much you are currently paying for not having maintenance.
Proactive maintenance is planned, scheduled work that finds most faults before they cause downtime, while reactive maintenance only starts once a fault has already happened. At GHT-SYS, we do not think the main difference is which one costs money. It is that one can be scheduled in advance, while the other arrives unexpectedly and always at a bad time.
In a business-critical AV environment, proactive maintenance is cheaper in the long run once you count every cost. The US Department of Energy’s operations and maintenance guide estimates that preventive maintenance can save as much as 12-18% on average compared with reactive maintenance; this is general facilities data from a 2010 guide, not an AV-specific measurement. The saving comes from avoided emergency surcharges, less lost time and equipment replacement that can be planned.
An emergency service call costs more because the unscheduled call-out, the fast-tracked fix and the express sourcing of parts all carry a surcharge. On top of that comes the time spent finding the fault, which can run to hours on a complex, multi-vendor system, and the IT and management time lost during the outage, which does not appear on the invoice.
The right time to decide on meeting room maintenance is during annual budgeting, not after a fault. After a fault, the decision is rushed and emotional, and it is made on reactive logic. In annual planning, last year’s tickets, service invoices and outages let you compare the two models in financial terms.
The most convincing argument for management is your own calculation: collect the AV tickets from the last twelve months and the IT hours spent on them, then add the full cost of the last few service calls, including the emergency surcharge and the time lost to disrupted meetings. You can put this total directly next to an annual maintenance fee, and management can see from your own figures which one is higher.
Ádám Horváth is the managing director, founding owner and a systems engineer at GHT-SYS.
About GHT-SYS: GHT-SYS is a Hungary-based audiovisual (AV) systems integrator. The company designs, installs and commissions integrated AV systems in Hungary and across Europe, and provides SLA-based maintenance for corporate clients in Hungary. If you would like to work out your own reactive versus proactive cost difference, book a consultation and we will help you build the calculation.
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