Listing 2.10 Hearing Loss Not Treated With Cochlear Implantation in 2026: The 90 dB Air Conduction Rule, the 60 dB Bone Conduction Rule, the 40 Percent Word Recognition Rule, and How SSA Wants Your Audiogram Documented

By Anthony Albert, Benefits Research Director at Disability Exchange. Published July 18, 2026.

Hearing loss is one of the most common disabilities in the US, but qualifying for SSDI on hearing loss alone requires meeting a very specific set of thresholds. Listing 2.10 exists for people whose hearing loss is severe enough that hearing aids cannot restore functional communication and who have not had cochlear implantation. If cochlear implantation is done, Listing 2.11 applies for the first year post-implantation.

This is a numeric listing. There is no worked-around interpretation. Either your audiometry hits the thresholds or it does not. That precision cuts both ways. If your numbers hit, DDS approves at Step 3. If they do not, hearing loss goes to residual functional capacity analysis.

The exact text of Listing 2.10

Two paths. Either hits and you meet the listing. Both are measured in the better ear, not the worse ear. If your right ear is at 105 dB and your left is at 80 dB, SSA uses the left ear (better ear) for the evaluation. That is important because most hearing loss is asymmetric and the better ear is what matters.

Paragraph A: air conduction 90 dB AND bone conduction 60 dB

Paragraph A requires both:

• Air conduction pure-tone average of 90 dB or greater in the better ear
• Bone conduction pure-tone average of 60 dB or greater in the better ear

Under 2.00B2c, the pure-tone average is calculated from thresholds at 500, 1000, and 2000 Hz. Add the three thresholds and divide by three. If your air conduction thresholds in the better ear are 90 at 500 Hz, 95 at 1000 Hz, and 100 at 2000 Hz, the average is 285/3 = 95 dB. That meets the 90 dB requirement.

The bone conduction requirement rules out patients whose hearing loss is purely conductive (like otosclerosis or chronic otitis media). Conductive loss produces high air conduction thresholds but normal bone conduction. Paragraph A requires substantial sensorineural loss (bone conduction 60 dB or greater), so purely conductive cases do not qualify. Sensorineural loss and mixed loss with significant sensorineural component are what Paragraph A captures.

Paragraph B: word recognition 40 percent or less

Paragraph B is simpler. Word recognition score of 40 percent or less in the better ear using a standardized list of phonetically balanced monosyllabic words. Standard test lists SSA accepts under 2.00B2e:

• Northwestern University Auditory Test No. 6 (NU-6)
• CID Auditory Test W-22
• Phonetically Balanced Kindergarten (PBK-50) for pediatric cases

Word recognition is presented at the patient's Most Comfortable Level (MCL), typically 40 dB above the speech reception threshold (SRT). The audiologist plays 25 or 50 recorded words and scores the percentage correctly repeated. If the better ear scores 40 percent or less, Paragraph B is met.

Paragraph B has a clinical advantage for many patients: some people have moderately severe hearing loss (below the 90 dB air conduction threshold) but very poor speech discrimination. Word recognition scores can be low even when pure-tone thresholds do not meet Paragraph A. Auditory neuropathy, retrocochlear pathology, and central auditory processing disorders can produce this pattern.

Section 2.00B2: how SSA wants the audiometry documented

SSA requires audiometry that meets specific standards under 2.00B2:

• Testing environment. Sound-treated booth meeting ANSI S3.1 specifications.
• Calibration. Audiometer calibrated to ANSI S3.6 standards. Calibration verified within the past 12 months.
• Test administration. By a licensed audiologist or otolaryngologist. State licensure verified in the audiogram report.
• Frequencies tested. 250, 500, 1000, 2000, 3000, 4000, 8000 Hz air conduction. 250, 500, 1000, 2000, 3000, 4000 Hz bone conduction.
• Masking. Contralateral masking when the interaural attenuation could allow crossover.
• Reliability. Test-retest agreement within 10 dB for pure-tone thresholds.

If the audiogram was done in a non-standard environment (like a busy clinic room without sound treatment), DDS may reject it and order a consultative exam. Get your audiometry from a hospital audiology department or a certified audiology practice.

Hearing aid performance is not the standard

Hearing aids can substantially improve functional hearing. Under 2.00B2, however, SSA evaluates unaided thresholds. If your unaided thresholds meet Paragraph A or B, you qualify under 2.10 even if hearing aids provide meaningful improvement. The rationale is that hearing aids do not restore normal hearing and cannot be relied upon in every occupational setting.

That said, aided testing is sometimes used at Step 5 for residual functional capacity when the listing is not met. If you are close but do not hit the numeric thresholds, aided speech reception is used to assess ability to function in a workplace.

Common causes that produce Listing 2.10-level loss

• Age-related sensorineural hearing loss (presbycusis). Bilateral, symmetric, high-frequency progressing to low frequencies over time. Can produce 90 dB pure-tone averages in later stages.
• Noise-induced hearing loss. Occupational or recreational. Typical notch at 4000 Hz progressing to broader loss.
• Ototoxic drug exposure. Aminoglycosides (gentamicin), platinum chemotherapy (cisplatin), loop diuretics, some anti-inflammatory drugs.
• Congenital and genetic hearing loss. Connexin 26 mutations, Pendred syndrome, Usher syndrome, mitochondrial disorders.
• Meniere disease. Can produce severe unilateral or bilateral loss over years.
• Autoimmune inner ear disease (AIED). Rapidly progressive bilateral loss often responsive to steroids.
• Sudden sensorineural hearing loss (SSNHL). Can leave permanent severe loss if not treated in the first 2 weeks.
• Trauma. Temporal bone fracture, blast injury, barotrauma.
• Infection. Bacterial meningitis (particularly pneumococcal), congenital CMV, congenital rubella.
• Vestibular schwannoma. Acoustic neuroma often produces progressive unilateral loss; if bilateral (NF2), both ears affected.

Cochlear implantation and Listing 2.11

If you have received a cochlear implant, Listing 2.10 does not apply. Instead, Listing 2.11 provides automatic disability for 12 months post-implantation:

The 12-month rule under 2.11A is automatic. From the implantation date, you have 12 months of listing-level disability regardless of activation, mapping progress, or auditory rehabilitation outcome. After 12 months, HINT scoring determines continued eligibility.

Bimodal hearing (cochlear implant plus hearing aid) and bilateral implants

SSA evaluates each ear separately for pure-tone thresholds. If one ear has a cochlear implant and the other has severe unaided hearing loss, the unaided ear pure-tone thresholds are used for 2.10 Paragraph A analysis if the implanted ear is not the better ear. If you are more than 12 months post-implantation, 2.11B HINT scoring applies.

Bilateral cochlear implantation places both ears under 2.11. Bimodal (one implant plus one hearing aid) requires careful case-by-case analysis.

Documentation checklist

• Complete audiometry from a licensed audiologist or otolaryngologist
• Air conduction and bone conduction thresholds at all required frequencies
• Speech reception threshold (SRT) in each ear
• Word recognition score with test list identified (NU-6, W-22, PBK-50)
• Immittance testing (tympanometry, acoustic reflex)
• Otoacoustic emissions if available
• Auditory brainstem response (ABR) if retrocochlear pathology suspected
• Otolaryngology consultation notes
• MRI brain and internal auditory canals if applicable
• Genetic testing results if congenital cause suspected
• Etiology workup labs (autoimmune panel for AIED, syphilis serology for otosyphilis, Lyme titer if endemic exposure)
• Sound booth calibration certificate (ANSI S3.1 and S3.6)
• Consultative exam if DDS requests it

Common denial reasons and how to counter them

"Audiometry not from a certified sound booth"

Counter: get audiometry redone at a hospital audiology department or certified audiology practice. Ask for a copy of the sound booth calibration certificate. Submit both.

"Better ear pure-tone average is 88 dB, not 90"

Counter: check if Paragraph B word recognition offers an alternative path. If not, request a repeat audiogram; test-retest variation is 5 to 10 dB. Also verify that the pure-tone average was calculated correctly from 500, 1000, and 2000 Hz thresholds.

"Word recognition test not identified as phonetically balanced"

Counter: request a repeat test with NU-6 or W-22. These are standardized phonetically balanced lists SSA accepts under 2.00B2e. Get the audiologist to specify the test list on the report.

"Bone conduction thresholds not documented"

Counter: request repeat audiometry with full air conduction and bone conduction testing. Bone conduction is standard in any adult audiogram but sometimes gets omitted in quick screenings.

"Loss is conductive, not sensorineural"

Counter: Paragraph B still applies for conductive loss with poor word recognition. Also request otolaryngology consultation to consider surgical treatment options (stapedectomy, tympanoplasty) that could resolve the conductive component. If surgery is contraindicated or has failed, document that and pursue Paragraph B.

The 2026 audiology and cochlear implant environment

Cochlear implantation has expanded dramatically. In 2026, indications now include:

• Bilateral severe to profound sensorineural loss with poor aided speech recognition
• Unilateral severe to profound sensorineural loss (single-sided deafness)
• Asymmetric hearing loss with the poorer ear meeting implant criteria
• Some adults with high-frequency sensorineural loss and residual low-frequency hearing (hybrid or electric-acoustic stimulation devices)

Auditory brainstem implants remain reserved for NF2 patients and those with cochlear nerve aplasia. Totally implantable devices are in trials but not yet widely available.

Tinnitus, hyperacusis, and Meniere disease as co-occurring conditions

Severe hearing loss under 2.10 often comes with tinnitus, hyperacusis, or vestibular dysfunction. These do not have separate SSA listings but can support a limited residual functional capacity. Document them thoroughly:

• Tinnitus severity with the Tinnitus Handicap Inventory (THI) or Tinnitus Functional Index (TFI)
• Hyperacusis with loudness discomfort levels (LDLs) measured at multiple frequencies
• Vestibular function with videonystagmography (VNG), rotary chair, and video head impulse testing (vHIT)
• Meniere disease with the 1995 AAO-HNS criteria: at least 2 spontaneous episodes of rotational vertigo lasting 20 minutes or more, audiometrically documented low- to mid-frequency sensorineural hearing loss, aural fullness, and tinnitus

Communication access documentation for the SSDI file

SSA sometimes wants to see how hearing loss affects communication in specific settings. Consider adding:

• Speech-in-noise testing (QuickSIN, HINT-in-noise) documenting signal-to-noise ratio needed for 50 percent word recognition
• Functional communication assessment from a speech-language pathologist
• Statements from family or coworkers describing communication difficulties
• Video interview with the applicant showing communication behavior (audiologist-facilitated)

What to do this week if you might meet 2.10

1. Get current audiometry from a hospital-based audiology department. Ask specifically for air conduction, bone conduction, SRT, and word recognition testing using NU-6 or W-22.
2. Request the calibration certificate. The audiologist can provide it. This heads off any DDS challenge to the testing environment.
3. Ask for an otolaryngology consultation. ENT documentation of the etiology strengthens the file and rules out treatable causes.

Related reading

• Listing 14.11 HIV Infection
• Listing 14.10 Sjogren's Syndrome
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