Six Control Room Fit-Out Mistakes and How to Avoid Them

The most common error is starting with a list of kit and then looking for somewhere to put it. A gallery built that way ends up with a vision mixer in a corner, a monitor wall that nobody can read from their seat, and cable runs that were decided by whoever was holding the drill.

We begin the other way round. Who sits in the room, what each person must see and hear, and who needs to speak to whom without leaving their chair. Once those relationships are drawn out, the equipment finds its place almost by itself. It is slower on day one and much quicker by the end, because there are fewer changes once the desks are in.

A simple test helps: stand in each operator position on the plan and ask what is in front of you, beside you and behind you.

• Draw operator positions before choosing any hardware
• Note who talks to whom during a show
• Check sight lines to the monitor wall from every seat

Routing is often left until the desks are fixed, and then squeezed into whatever space remains. The result is long cable paths, awkward patching and a room that only one person understands. When that person is away, nobody dares touch it.

Daniel Foster, our technical engineer, plans the signal path first on paper: where each camera feed arrives, where it is split, where it is monitored and where it leaves the room. He labels everything in plain language rather than in shorthand that only makes sense to the installer.

Leave room for growth as well. A gallery that handles four cameras this year may need six next season. A spare route and a few free ports cost little at the start and a great deal to add later behind finished panels.

A control room is a workplace, not a display. Operators spend long days in it, often at their most concentrated, and a badly set chair height or a glaring screen costs attention long before anyone mentions it.

Think about desk depth, so a switcher can be reached without stretching. Think about where the intercom panel sits, where notes and running orders can lie flat, and where a drink can be placed away from the equipment. Seating should adjust easily, because a gallery is shared by people of different heights over a single day.

Lighting matters too. Bright overhead light washes out monitors, while a room that is too dark tires the eyes. Dimmable, indirect lighting is usually the sensible middle.

• Adjustable chairs at every operator position
• Dimmable lighting that does not reflect in screens
• A flat surface for running orders and notes

Equipment racks generate heat, and fans generate noise. If both are in the same room as the people listening to programme audio, someone will eventually be mixing against a constant hum. Where possible, keep loud or hot equipment in a separate rack space and run the connections through.

Power deserves the same care. Count what will actually run at once, not what is on the shopping list, and leave a margin. Clean, labelled circuits make fault-finding far less stressful during a live show, when a tripped breaker needs to be traced in seconds.

Ventilation is easy to underestimate in a small gallery. A room that feels comfortable when empty can become uncomfortably warm with four people and a full rack, so test it with the room occupied.

A fit-out that is finished on Friday and used for a live broadcast on Saturday is asking for trouble. Equipment that works individually can behave differently when everything is connected and switched on together.

We insist on a full rehearsal with the actual crew, running through the intended show from first cue to last. Cameras are cut, graphics are called, replays are cued and the stream is checked end to end. Problems found in a quiet rehearsal are an inconvenience. Problems found on air are a different matter entirely.

Use the rehearsal to confirm talkback, tally lights and fallback routes as well. Ask every operator what felt awkward, then change it while the installer is still on site.

• Rehearse with the real crew, not just an engineer
• Test talkback, tally and fallback routes
• Collect operator comments before sign-off

The last mistake appears weeks after the work is done. A room is handed over with no diagram, no cable schedule and no note of how it was meant to be used. The first fault becomes a guessing game.

We hand over a clear signal diagram, a labelled list of connections and a short operating note written for the people who will actually use the room. It is not long, but it means a new operator can find their way around without calling the person who built it.

Keep that paperwork where the crew can reach it, and update it whenever something changes. A drawing that matches the room is worth more than any amount of memory.