Using assistive listening: steps and barriers

In brief

A room loop can reach a listener's own hearing device after they select an enabled telecoil programme. Infrared and FM commonly involve borrowing a receiver with headphones or a neckloop; Wi-Fi adds phone, app and network setup; Auracast requires a compatible receiver and a way to select the broadcast. Surveys and trials report obstacles in finding help, obtaining working equipment and connecting. Evidence about vision and dexterity is limited, and no study cited here compares independent use across all five technologies.

Why it matters

Access involves finding the service, getting sound into a usable device and knowing what to do when it fails. In the Committee for Communication Access in America's survey of 1,519 volunteers with hearing loss or related conditions, complaints included untrained staff, missing signs, dead batteries, unavailable neckloops and waits to return receivers. This was an advocacy-led, self-selected survey with funding unstated, heavily weighted towards older people and severe-to-profound hearing loss; it describes respondents' experiences rather than failure rates for all venues¹.

What the evidence shows

The usual listener routes. These are the steps described in consumer guidance and operating instructions; the controls and loan arrangements depend on the venue and device. A neckloop connects a borrowed receiver to the listener's telecoil, so selecting the T programme can also be part of using FM or infrared^2,3,4,5.

System	What the listener does	Where the route can stop
Room hearing loop	Use a device with a telecoil programme set up by the audiologist, enter the looped area and select the T or loop programme. Depending on the device, this uses one or more button presses, an app or a remote. Someone without that facility can use a loop receiver and headphones.	The listener may not know whether the programme exists or how to select it; telecoil orientation can change the level. No equipment collection is needed for direct reception through a built-in telecoil^2,3.
Infrared	Collect a receiver and headphones, or a receiver and neckloop; for the neckloop, select the hearing device's telecoil programme. Keep the receiver positioned to receive the emitter's light.	A person, seat or bag can obstruct reception. Staff can identify the emitter and help reposition the receiver; a silent receiver may need replacement or the transmitter may be off^3,6.
FM / dedicated RF	Collect a compatible receiver with headphones or a neckloop, select the T programme if using the neckloop, and check the receiver's channel and volume.	The receiver can be on the wrong channel or have exhausted batteries. Ask staff to check the channel; the exact controls differ by model^3,6,7.
Wi-Fi streaming to a phone	Install the venue's specified app; prepare working headphones or a hearing-device connection; join the venue's listening network; start the app, select the channel and start playback.	App installation, the network connection and the phone-to-ear connection each need to work. Chautauqua recommends location permission to help find the right server but says it is optional. Its guide also describes echo and buffering that may require pausing and restarting during an event⁴.
Auracast	Use a compatible hearing device or receiver and select the intended broadcast through the supported assistant or receiver controls. A protected broadcast may prompt for a password. A loan receiver with a neckloop or headphones is another route where provided.	Phone and hearing-device support determines which joining route works. Manufacturer Oticon's instructions describe app lists, QR codes and selected Android settings, with access-code prompts; nine of ten participants in RNID's station trial used loan equipment^5,8,9,10.

Preparation can move work away from the listener. Manufacturer Williams AV's R37 instructions place channel selection inside the battery compartment and describe a combined power/volume dial, channel retention and a channel lock. Those features allow a venue to set the channel before lending this model, leaving fewer controls for the listener to handle; they do not establish that every FM receiver behaves this way⁷.

A phone route and a loan route can coexist. Gateway Theatre's archived guide directs FM users to the box office for receivers, earphones and its two neckloops; phone users install WaveCAST and obtain access to the listening network from staff. Chautauqua likewise keeps free RF loan receivers alongside Wi-Fi. Its instructions describe using familiar personal equipment as a benefit, while asking patrons to arrive with the app installed, a working audio connection and a charged phone. These are venue instructions, with no measured setup times or user sample^11,4.

Borrowing and direct loop use differ in the survey. In the advocacy-led CCAA survey of 1,519 volunteers, with funding unstated, 354 of 961 applicable answers (37%) said they always or usually borrowed a receiver and headset, and 342 of 880 (39%) a receiver and neckloop. Among 719 answers from telecoil users attending looped venues, 496 (69%) always or usually used the loop. These percentages exclude the respective inapplicable answers; the groups differ, and this was not an experiment comparing the same people's success with each system. The charts correct the report's description of 69% as always: 367 of 719 (51%) answered always^1,12.

Staff and signs can affect whether people try. The same CCAA report lists staff unable to find devices, uncomfortable or unhygienic headsets, hard-to-find on/off switches and the effort of collecting and returning equipment. The Center for Hearing Access's practical guidance advises allowing extra time and testing before the event because people may be reluctant to seek help once it begins. Neither source supplies a technology-by-technology rate for these individual barriers^1,6.

Vision and dexterity need separate attention. A university and rehabilitation-centre study, with funding unstated in the available abstract, included 60 adults aged 60-100: 23 with low vision, 25 with combined hearing and vision loss and 12 controls. Brief instruction and repetition each improved performance, but neither led to universal success. The tasks were assembling a pocket talker and operating a talking clock and amplified telephone, so this is indirect evidence about handling controls and learning equipment, not a venue-system comparison. The authors identify visibility, task complexity and manual dexterity as potential barriers needing further study¹³.

Clear sound after help does not measure independent joining. RNID's March 2026 Bristol station concept test, reported in research funded by the Motability Foundation, involved ten hearing-aid and implant users. Everyone received setup support: one used built-in Auracast, two borrowed a phone and dongle, and seven borrowed neckloop receivers. Participants found announcements clearer, valued moving around the platform and asked for easier finding and joining, signs and website information. This supports the listening benefit under those conditions, without establishing how many could connect unaided⁹.

Auracast does not have one universal phone procedure. The Bluetooth SIG's design guidance allows receivers to scan and join directly in simple cases and describes assistants on older phones; it is not a list of products implementing those options. Manufacturer Oticon describes routes for its own devices. The detailed differences, broadcast names and QR-code handling are covered in How do listeners find and join the right broadcast?^8,5.

Where sources disagree

Chautauqua presents personal-phone listening as a way to avoid collecting a venue receiver, while Hearing Dogs for Deaf People's guidance, written with help from manufacturer Ampetronic, warns that relying on phones can exclude people without a smartphone or confidence using apps. Both can apply: familiarity with one's own equipment and the ability to install and use the required app are different conditions. Neither page measures their prevalence among visitors^4,10.

RNID's 2025 report warns that phone-based selection and protected Auracast streams can be harder than a maintained loop at a reception desk. The SIG describes technical routes that can reduce reliance on a new phone or an external assistant. These sources address different things: RNID identifies access risks, while the SIG explains possible implementations. The supported Bristol trial does not resolve which current route is easiest to use independently^14,8,9.

What would settle it

A comparison in working venues could follow listeners from finding the sign to hearing the intended programme and returning any equipment. Useful outcomes would include time, errors, abandonment and staff interventions, separating first use from repeat use and testing listeners with and without compatible personal devices. That would address the gap between CCAA's reported borrowing habits and RNID's supported joining test^12,9.

Including people with low vision, limited dexterity and different levels of phone experience would test whether controls, readable instructions and brief practice remove the barriers identified by the device-handling study and consumer guidance. Results should distinguish successful connection from clear, comfortable listening throughout an event, including the interruptions described in Chautauqua's instructions^13,10,4.

Planning while it is open

Publish the system type, where it works and where to obtain equipment or help before the visit and at the venue. For phone listening, name the required app and preparation steps; CCAA recommends website, ticket and programme information as well as entrance signs^1,4.
Help listeners establish whether their hearing device has an enabled telecoil programme and how to select it. Offer a receiver/headphone route for people who cannot receive a room loop directly, and neckloops with FM or infrared receivers for telecoil users^2,3.
Have trained staff issue and accept returns at a known location, check batteries and listen to receivers before lending them, explain the controls and maintain the attachments. These are recommendations from the government-funded Access Board research report, rather than measurements of current venue practice¹⁵.
Provide a chance to hear the actual feed before the programme begins, so staff can check channels, swap a silent receiver or resolve an infrared obstruction while help is still convenient⁶.
Allow time for a brief demonstration and practice, including finding controls and connecting attachments. The handling study supports this approach for people with sensory loss, although it does not quantify the benefit for venue receivers¹³.
Retain a usable loan route for visitors who cannot use their own phones or hearing devices, and check it with the listener. Chautauqua retains RF loans, and nine of ten people in RNID's station trial used loan equipment; the Center for Hearing Access advises testing borrowed equipment before the event^4,9,6.

Sources

Consumer use of and preferences for assistive communication technology in public places. Committee for Communication Access in America (Frazier SO, Bailey A, Cadwell B, Clifford C, Liebe K, Myers D, Sterkens J). Committee for Communication Access in America, 8 January 2024. Nonprofit advocacy (an ad hoc committee of hearing-loss advocates, chaired by Stephen O. Frazier (Loop New Mexico; a founding member of HLAA's Get in the Hearing Loop initiative), the report's correspondence author; funding not stated; data collected and analysed by the Frost Center for Data and Social Research at Hope College. The committee's site lists David Myers (founder of hearingloop.org) and Juliette Sterkens (HLAA hearing loop advocate) among its members, with Abram Bailey (founder of HearingTracker), Blake Cadwell (founder and CEO of Soundly), Kevin Liebe (hearinghealthmatters.org) and Carol Clifford (audiologist, former ReSound training director)) ↩︎ https://www.ccaa.name/Report_Final_1-12-24.pdf
Hearing loops. RNID. RNID (Royal National Institute for Deaf People), 27 May 2026. Nonprofit advocacy (RNID, UK charity) ↩︎ https://rnid.org.uk/information-and-support/technology-and-products/assistive-listening/hearing-loops/
How to Use Borrowed Assistive Listening System Equipment. Center for Hearing Access, undated (read 13 October 2026). Nonprofit advocacy (Center for Hearing Access, a hearing-access advocacy organisation) ↩︎ https://centerforhearingaccess.org/how-use-borrowed-equipment-site/
Wi-Fi Based Assistive Listening System. Chautauqua Institution, undated (read 13 October 2026). Independent (Chautauqua Institution, a not-for-profit organisation in Chautauqua, New York, writing about the system in its own halls; the system is Listen Technologies' ListenWIFI) ↩︎ https://www.chq.org/visit/explore-the-grounds-and-gardens/accessibility/wi-fi-based-assistive-listening-system/
How to listen to an Auracast broadcast. Oticon (Demant). Oticon support website, undated (read 13 October 2026). Manufacturer (Demant / Oticon) ↩︎ https://www.oticon.com/support/life-with-a-hearing-aid/connecting-to-other-devices/how-to-listen-to-auracast-broadcasts-with-hearing-aids
FM and IR Assistive Listening Systems-FAQ and Troubleshooting. Center for Hearing Access, undated (read 13 October 2026). Nonprofit advocacy (Center for Hearing Access, a hearing-access advocacy organisation) ↩︎ https://centerforhearingaccess.org/fm-ir-faq-troubleshooting/
PPA R37 FM Select Receiver: Instructions for Use and Care (MAN154G). Williams AV, 2023. Manufacturer (Williams AV, maker of the receiver) ↩︎ https://williamsav.com/wp-content/uploads/2020/04/MAN-154G-R37-2021.pdf
Developing Auracast receivers with an assistant application for legacy smartphones. Bluetooth SIG Market Development. Bluetooth SIG (technical overview, version 1), 6 February 2025. Standards body (Bluetooth SIG, an industry association funded by its member companies, which owns the Auracast trademark) ↩︎ https://www.bluetooth.com/wp-content/uploads/2023/03/Developing_Auracast_Receivers-Legacy_Smartphones.pdf
Clear Signals: improving transport accessibility for deaf people and people with hearing loss. RNID. RNID (Royal National Institute for Deaf People), 22 September 2026. Independent (RNID survey and concept test; report funded by the Motability Foundation; Ampetronic, which installed the station's transmitters, announced in July 2025 that it commissioned RNID trials there, but the read sources do not establish whether those are the March 2026 concept test) ↩︎ https://rnid.org.uk/what-we-do/policy-and-influencing/clear-signals-improving-transport-accessibility/
Other assistive listening systems. Hearing Dogs for Deaf People, undated (read 9 October 2026). Nonprofit advocacy (Hearing Dogs for Deaf People, a UK charity whose support pages include Hearing Link Services; the page thanks the loop and Auracast maker Ampetronic for help creating it, and Ampetronic's owner, Allvida, also owns the Wi-Fi system maker Listen Technologies) ↩︎ https://www.hearingdogs.org.uk/support/living/assistive-technology/systems
Detailed Accessibility Information About Gateway Theatre. Gateway Theatre, undated (read 13 October 2026). Independent (Gateway Theatre describing access arrangements at its own venue; document funding not stated) ↩︎ https://www.gatewaytheatre.com/wp-content/uploads/2023/04/2023-03-GT-Access-Detailed.pdf
CCAA Survey on Assistive Communication Technology: Graphs. Committee for Communication Access in America. Committee for Communication Access in America (ccaa.name), 2023. Nonprofit advocacy (an ad hoc committee of hearing-loss advocates chaired by Stephen O. Frazier (Loop New Mexico; a founding member of HLAA's Get in the Hearing Loop initiative), among them hearing loop advocates David Myers and Juliette Sterkens; funding not stated; the survey page says the responses were recorded by the Frost Center for Data and Social Research at Hope College) ↩︎ https://www.ccaa.name/CCAA_Graphs.pdf
Usability of assistive listening devices by older adults with low vision. Wittich W, Southall K, Johnson A. Disability and Rehabilitation: Assistive Technology (Taylor & Francis), 11(7), 564-571, 6 May 2015. Independent (university and rehabilitation-centre researchers in Montreal; funding is not stated in the available abstract or indexed metadata) ↩︎ https://www.tandfonline.com/doi/abs/10.3109/17483107.2015.1042076
Auracast: a revolution in audio accessibility (RNID Auracast report). RNID (Royal National Institute for Deaf People). RNID, 11 February 2025. Nonprofit advocacy (RNID, UK charity) ↩︎ https://rnid.org.uk/wp-content/uploads/2025/02/Final-Auracast-Report-110225.pdf
Large area assistive listening systems (ALS): review and recommendations. Bakke MH, Levitt H, Ross M, Erickson F. Final report to the U.S. Access Board; Lexington School for the Deaf, Rehabilitation Engineering Research Center on Hearing Enhancement, December 1999. Government (U.S. Department of Education, NIDRR grant H133E30015; final report to the U.S. Access Board) ↩︎ https://www.access-board.gov/files/research/assistive-listening-systems.pdf

Change log

13 October 2026Published with 15 sources.
13 October 2026Audited every citation against archived originals; clarified optional permissions, protected broadcasts and supported loan use.
13 October 2026Second citation check confirmed the listener routes, survey denominators and supported trial limits; reconciled the shared trial record.

Cite this question

Equal Access Audio. “What does a listener have to do to use each system, and where do people get stuck?” Assistive Listening Knowledge Base. Updated 13 October 2026. https://assistivelisteningknowledgebase.org/questions/using-each-system/ (accessed the date you read it).

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