Preferences for advanced hearing aid (HA) noise management features, such as directionality and noise reduction (DIR + NR), differ significantly among users. Due to the lack of standardized clinical guidelines for fine-tuning these features, audiologists often rely on individual user preferences. However, this approach doesn't always ensure optimal hearing outcomes....
Long-term hearing aid users show heterogeneous noise management preferences not fully predictable from audiogram data alone, suggesting that individualized preference assessment—rather than audiogram-driven defaults—should guide noise management fitting decisions.
Understanding that audiologic factors alone do not fully predict noise management preferences supports a more patient-centered fitting approach and may improve long-term hearing aid satisfaction and use.
- 01Long-term hearing aid users show wide variation in preferences for directional microphones and noise reduction features.
- 02Audiologic factors (e.g., degree/type of hearing loss) explain only part of the variance in noise management preferences.
- 03Individual preference assessment may be more informative than audiogram-based fitting defaults for noise settings.
- 04Published in Trends in Hearing, a peer-reviewed audiology journal.
- 05Findings have direct implications for hearing aid fitting protocols and counseling of experienced users.
Long-term hearing aid users differ systematically in their preferences for noise management features such as directionality and noise reduction.
studysupportedNoise management preferences in long-term hearing aid users are related to, but not fully explained by, audiologic factors.
studysupported- PMID
- 42411245
- DOI
- 10.1177/23312165261454552.
- Journal
- Trends in Hearing
- Publication type
- research_article
- Evidence level
- 2b
- Population
- Long-term hearing aid users
- Intervention
- Assessment of noise management feature preferences (directionality, noise reduction)
Primary outcomes
Preferred noise management settings (directionality and noise reduction features); Association between noise management preferences and audiologic factors