The Mistake of Measuring How Long a Panel Takes to Go Up Instead of How Long a Hotel Takes to Protect Itself
In hotels, one of the questions I hear most often is: “how long does it take to install each panel?” It is a reasonable question, but it is not the one that determines whether the property will be protected in time.
Real deployment time does not begin when an employee drives the first bolt. It begins when the property receives the instruction to activate the protocol, locates the material, moves panels out of storage, organizes staff, resolves access issues and starts working through hundreds of openings in an order that makes sense.
That is why, when we talk about Hotel Hurricane Deployment & Operations, we treat preparation as a complete operating system. In a small residence, the difference between five and ten minutes per opening can matter. In a resort with hundreds or thousands of panels, logistics usually weighs more than pure fastening time.
A hotel does not protect windows; it protects an operation
Picture a 600-room property with two towers, several restaurants, a lobby, event rooms, a spa, service areas, laundry, a central kitchen and separate buildings.
Even if every panel could be mounted in a few minutes, the property does not have a single installation point. It has an entire network of zones, levels and crews working at the same time.
The hotel may also still be operating partially when preparation begins. Guests have to be relocated. There are areas maintenance can only enter at certain hours. Some panels are large enough to require two people, and others call for work at height.
All of that is part of deployment time.
That is why a figure such as “five minutes per panel” can be technically true and operationally useless.
Storage can be the bottleneck
I have seen properties with systems that install relatively quickly and still lose an enormous amount of time because all the material was kept in a single warehouse far from the zones it was meant to protect.
During an alert, several crews converged on the same point, waited for the same access, searched for panels inside stacks that were not sorted by tower, and then covered long distances through service corridors.
The problem was not the product. It was the flow.
That is why storage location has to be defined during project design, not after the screens have already been delivered.
In some hotels a central storage room makes sense. In others, splitting inventory by building, floor or zone can cut hours of movement. What matters is measuring it.
The right label saves more time than it seems
A custom-made panel has a specific destination. If identifying it depends on an employee remembering where it goes, the system is poorly organized.
A label such as “Tower B / Floor 4 / Room 418 / Balcony door” may look like an administrative detail, but during an alert it eliminates an entire category of errors.
The employee does not have to guess. The supervisor can verify progress. Inventory can be reviewed before the season. And someone who never took part in the original installation can still understand the system.
This becomes even more important when the property has high staff turnover.
Why the 72 / 48 / 24-hour framework is useful
There is no universal hour at which every hotel should begin deploying. A 40-room hotel and a thousand-key resort do not run the same operation.
A reference framework, however, helps organize decisions.
Around 72 hours before possible impact, the goal should be to confirm responsibilities, review inventory, verify warehouse access and identify any difficult area that could slow the work down.
Around 48 hours, the property can start with the zones that demand the most time, the most coordination or carry the greatest exposure, always in line with its own protocol and the official information available.
Around 24 hours, the work should concentrate on completing the remaining openings, inspecting tension and fasteners, documenting finished zones and releasing staff for other emergency tasks.
The value of the framework is not in obeying a rigid clock. It is in preventing the property from discovering too late that it is still making basic decisions when it should already be executing.
Timing a drill changes the conversation
The best way to know how long a hotel takes to protect itself is to time it.
A full drill is not always practical, but a property can at least run representative zones and extrapolate carefully. The goal is to find the bottlenecks before a storm turns them into real problems.
How long does a crew take to collect material? How many screens fit on a cart? Which elevator saturates first? Which façade needs more people? What happens if a zone is occupied by guests or by an event?
Once the hotel has those answers, the decision window stops being an estimate.
It can say: “our property needs X hours with Y people to complete protection.” That is a useful operational number.
Depending on a vendor is a time risk
Another point that belongs in the calculation is who will actually carry out the deployment.
During a regional threat, every property wants help at the same time. Roads get congested, some employees have to prepare their own families, and outside crews have limited capacity.
That is why our goal is for the hotel to be able to deploy its system internally.
We install, document, train and support. But the operational design has to reduce dependence on an outside crew arriving exactly when the entire coast is calling for one.
The same philosophy shows up in Insurance & Risk-Mitigation Documentation, because for an insurer or a corporate risk department, having a system the property can genuinely activate is very different from having material sitting in storage with no proven process.
How to calculate the real time
If a maintenance director wants a useful number, I would break deployment into five blocks:
1. Activation and staff assembly.
2. Inventory retrieval and transport.
3. Installation by zone.
4. Inspection and correction.
5. Documentation and closeout of exterior work.
Then I would measure each block in a real exercise.
The result can be surprising. Sometimes physical installation accounts for less than half of the total time.
What happens when a forecast intensifies rapidly
This measurement matters even more when a storm changes intensity faster than expected.
If the hotel believes it needs eight hours and actually needs eighteen, losing ten hours of forecast lead time can make it impossible to finish safely.
A property that knows its real time, by contrast, can activate earlier, prioritize correctly and stop exterior work before conditions become dangerous.
The protocol does not remove meteorological uncertainty. It reduces the time the organization loses reacting to it.
Opening priority also has to be defined in advance
Not every opening in a hotel carries the same operational consequence. A guest-room window and the door of an electrical room may have different surface areas, but the second can be far more critical to the continuity of the property.
That is why deployment order should not be set by tower or by convenience alone. It is worth crossing exposure with consequence: oceanfront façades, large openings, electrical rooms, the kitchen, the laundry, service entrances and the areas the hotel needs in order to reopen after the event.
This prioritization is especially useful if the forecast accelerates and the available window shrinks. The goal is still to complete all protection, but a good protocol knows what it cannot afford to leave for last.
The last step is knowing when to stop working outside
Every protocol needs a safety limit. There is no value in finishing a façade if doing so keeps staff outdoors when conditions no longer allow safe work.
Real deployment time has to be calculated backward from that cutoff, not from the estimated hour of impact. That difference forces the property to build in margin for forecast changes, early rain bands, access closures or a reduction in available personnel.
Closing
In a hotel, protection time is not measured by how long one person takes to mount a screen. It is measured from the moment the plan is activated until the last critical zone is installed, checked and documented.
Storage, labeling, transport, staffing, access and sequence can consume more time than fastening the system itself.
That is why a property should measure its deployment before it needs it. A hurricane is not the right moment to discover how long the hotel really takes to protect itself.