Start with the room you actually have
Most studio projects begin with a room that was built for something else: a warehouse bay, a former classroom, a unit on a business park. Before any layout is drawn, walk the space with a tape measure and a notebook. Record the ceiling height to the underside of any beams or ducts, the position of doors and fire exits, and where mains power enters the building. These facts decide more than any equipment list will.
Then listen to it. Clap once in the middle of the room and note how long the sound hangs. Stand near the windows and the loading door and listen for traffic, lifts and plant. A room that rings badly can be treated, but a room that shakes with passing lorries is a harder problem, and it is better to know that before a design is agreed rather than after the walls are built.
- Measure floor area and usable ceiling height
- Mark every door, fire exit and window
- Note where power and data enter the building
- Clap test and a quiet ten-minute listen
Be honest about what the studio will produce
A studio for a weekly talk programme and a studio for a streamed panel with remote guests do not need the same room. Write down the formats you expect in the first year: how many presenters, how many guests, whether anyone joins by video link, whether there is a live audience, and how many cameras are realistic. Design for the work you will do most weeks, not the one ambitious show you hope to make someday.
It also helps to separate what is needed from what is merely attractive. A large cyclorama wall looks impressive, but if every programme sits behind a desk, the same floor space may serve you better as a comfortable control area and storage. Daniel's habit is to ask clients to describe a typical Tuesday, because that usually reveals how the room will really be used.
Check the acoustics before the aesthetics
Sound is where small studios most often disappoint. Hard parallel walls, glass and bare floors give a bright, boxy recording that no microphone choice can fully rescue. Ask whether the plan includes absorption on the walls and ceiling, some diffusion, and a way to deal with the floor if presenters will be moving about. Ask also how the control room will be separated from the studio, since fans, monitors and conversation travel easily.
Keep an eye on the cost of ignoring this. Treatment fitted after the set is built means moving furniture, lighting and cabling around finished surfaces. Agreeing the acoustic approach at the layout stage lets panels, curtains and set walls share the same surfaces, so the room can look good and sound controlled without one fighting the other.
- Where will absorption go, and how much
- How is the control room isolated from the floor
- Will the set walls help or harm the sound
Look hard at cabling and signal paths
Cabling is the part clients see least and regret most. Before agreeing a design, ask to see a cable schedule: what runs where, which routes carry audio, video, intercom, control and power, and where they separate. Mains and audio cables sitting side by side invite hum, and a floor with no planned routes becomes a tangle that slows every setup and creates trip hazards for crew and guests.
Ask how the plan allows for change. A few spare conduits, labelled patch points and a sensible rack position cost little at the start and save days later when a camera is added or a desk is moved. Also check that the plan puts the equipment where it can be reached and cooled, not squeezed behind a wall where a fault means taking panels apart.
- Request a written cable and patch schedule
- Keep mains and audio routes apart
- Ask for spare conduit and labelled patch points
Think about lighting, power and heat together
Lights, cameras, computers and monitors all draw power and all give off heat, and a small room fills up quickly. Ask whether the electrical supply can carry the planned load with margin, and whether circuits are divided so that a lighting fault does not take down the recording chain. Confirm the height and strength of rigging points, because the position of the grid affects both lighting angles and how much space a camera operator really has.
Think too about ventilation. A closed room with a dozen fixtures becomes uncomfortable within an hour, and noisy extraction can ruin the very sound you have just treated. Discuss quiet ventilation with whoever designs the room, since it touches acoustics, power and comfort at once, and is much simpler to plan in from the beginning.
The best check is a conversation with the people who will use the studio every week. Ask the operators what slows them down in their current space, and ask presenters what makes them feel at ease. A layout that suits the equipment but ignores how people move, sit and wait will always feel awkward, however well it measures on paper.
Finally, agree what happens after handover. Who maintains the room, who trains new crew, and what documentation will you hold: drawings, patch lists, a record of how everything was set up? A studio is only as dependable as the notes that let someone else run it, and asking for them before you decide is perfectly reasonable.
- Who will operate it day to day
- What documentation comes at handover
- Who looks after faults and upkeep
No checklist replaces a visit to the room, but working through these points means the conversation with a designer starts from facts rather than guesses. If most answers are still open, that is normal and useful to know. Bring your measurements, your intended formats and your questions, and the design that follows will be easier to judge, easier to build and far less likely to need rework.
