From idea to a working station
Once you have decided that a headset or phone-based experience belongs in an exhibit, most of the remaining work is practical. The best content can fail if the station is awkward to start, uncomfortable to use or difficult to keep clean. This article focuses on those everyday details; the choice between virtual and augmented formats is a separate question.
Keep sessions short
Public headset experiences are typically brief. A few minutes is often enough to deliver a clear idea, and shorter sessions help in three ways: visitors are less likely to feel discomfort, queues move faster, and the experience is less tiring. If a piece has to be longer, build in natural pauses, and let visitors stop at any time without penalty.
Think about the full time a visitor occupies the station, not only the length of the content. Putting on the headset, adjusting it, starting the piece, finishing and handing it back can take as long as the experience itself. When you estimate how many people you can serve in an hour, include that handling time. As a hypothetical example only, if each visit takes a total of six minutes including setup, a single station serves at most ten people per hour, which may not match the number of people who want to try it.
Design for different bodies and abilities
Headsets are not equally comfortable for everyone. Several points matter:
- Fit. Straps and lens adjustments should be easy for staff to change quickly. Visitors with glasses may need a headset that accommodates them, and some people with very small or large heads may not get a good fit.
- Standing or sitting. Seated experiences are more inclusive, because they suit wheelchair users, tired visitors and those who feel unsteady. If an experience requires standing, offer a stool and a seated alternative where possible.
- Reach and movement. Avoid forcing visitors to reach, crouch or turn all the way around. Place the key action in front of them.
- Controls. Hand controllers can be hard for some visitors to grip. Look-and-select interaction, or a simple single-button approach, is easier to learn.
- Age and health. Device makers commonly publish guidance about minimum ages and about conditions where use is not advised. Check it for the model you use and display a plain notice at the station.
Motion discomfort is a common concern and has its own treatment under motion comfort. In short, avoid artificial movement that the visitor’s body does not feel.
Hygiene and care
Shared headsets touch faces. Plan for cleaning between users and make the routine visible, which also reassures visitors. Common measures include wipeable facial interfaces, disposable covers where suitable, and a clear process for who cleans and when. The principles overlap with those for shared touch surfaces, discussed in touch hygiene, though headsets have lenses and foam that need cleaning methods recommended by the manufacturer. Following the maker’s care instructions avoids damage to optical parts.
Staff also need a spare headset or a quick way to swap a device that runs low on battery or stops working. Batteries and charging are easy to overlook until a station goes dark in the middle of a busy afternoon.
Staffing and supervision
Unlike a touchscreen, a headset experience often needs a person nearby. That person helps visitors fit the device, answers questions, watches for discomfort and keeps the line moving. This affects costs and rosters, and it is worth discussing early. The role is best supported by short written instructions and some hands-on practice, as covered in staff training. If the budget does not allow a staffed station, consider a simpler format that visitors can use unaided.
Think also about what the rest of the room sees. A casting screen that shows what the wearer sees lets companions and queueing visitors share the experience and keeps the area from feeling like a row of people standing blindfolded. Public viewing has privacy implications if the view includes visitors’ faces or voices, so decide what is shown and tell people.
Phone-based experiences
Experiences that run on visitors’ own phones or on loaned tablets avoid many of the hygiene and fitting issues, but have their own. Visitors may have older devices, low battery or no wish to install anything. Offering a web-based option rather than an app download lowers the barrier, a point that comes up again when choosing web or app delivery. Signs should explain how to start without relying on a network connection that may be weak inside thick-walled buildings, and offline mode can be a lifeline.
Keep the instructions on screen minimal. A first-time user should understand within a few seconds what to point the phone at and what will happen. Consider the lighting too: augmented layers that depend on the camera may fail in dim galleries.
Onboarding inside and outside the experience
A good opening helps visitors orient themselves. A calm starting scene, with a moment to look around and a clear sign that the experience has begun, is kinder than an immediate jump into action. A visible way to pause or leave, explained before putting on the headset, helps visitors feel in control. Give spoken or written content in plain language, and include captions for dialogue. For people with low vision, or those who cannot use a headset, consider a describing approach or a flat-screen version of the same content.
Waiting and queues
Because headset stations serve one person at a time, the queue is part of the design. Give waiting visitors something to do: a screen that shows the content, a short preview, or an indication of the expected wait. Timed tickets or a booking system can help, though they add administration. A dedicated space for putting on and removing the headset keeps people from standing in circulation routes, and clear floor markings define the safe area around the user.
Test with real visitors
Many problems only appear when ordinary visitors use the station: instructions are misread, straps are set wrongly, people move more than expected. Early prototype testing and observation of the first weeks of operation help identify what to change. Record how long visits actually take, how often staff step in and what visitors say they felt, and use that to adjust the station rather than assuming the first design is right.