Radiologic Technologist Salary in Seattle, WA 2026,
$105,200 Median | BLS + Market Data

Seattle radiologic technologists earn a BLS median of $105,200/yr, or $50.58 an hour, for the Seattle-Tacoma-Bellevue metro, with a published band of $80,110 to $134,220. That is 3.0% above the Washington statewide figure and 31.3% above the US median. The metro employs 2,130 technologists at 0.69 times the national concentration.

Modestly — 3.0% above the Washington statewide median. Imaging pay in this state is set largely by hospital system scales that apply across their regional networks, so a technologist in Tacoma, Everett or Spokane working for the same system is on a comparable structure. The Puget Sound premium shows up more in differential availability than in base rate.

Yes, and it is the single most reliable way to move up this band. Advanced registries in computed tomography and magnetic resonance require additional documented clinical experience and separate examinations, and technologists holding them cover work that a general radiographer cannot. Interventional and cardiovascular imaging sits higher still, near the $134,220 top of the published range, though it carries substantial call obligations that account for part of the difference.

Complete an accredited radiography programme — the community and technical colleges around Puget Sound run them — pass the ARRT registry examination, and obtain Washington Department of Health certification, which is statewide rather than city-issued. Advanced modality registries come afterward and require documented clinical hours in the modality, which is why most technologists start in general radiography and specialise from within a hospital role.

Yes, on both pay and leverage. A 31.3% premium over the US median with no state income tax is a strong combination, and at 0.69 times the national concentration the metro employs fewer technologists per worker than the country does, which keeps hospital recruitment competitive. The constraint is housing cost, and the practical answer for most of this workforce is living outside the central city and using differentials to lift annual earnings toward the upper part of the band.

A location quotient of 0.69 means this metro employs noticeably fewer radiologic technologists per worker than the country does, which is unexpected in a region with this density of hospital systems. Part of the explanation is consolidation of imaging into high-throughput departments with modern equipment, which raises studies per technologist. The employment effect is fewer posts; the wage effect is that each post is harder to fill and more consequential to leave vacant, and hospitals price accordingly.

Imaging runs around the clock, and the annual earnings a technologist reports here are a product of base rate plus evening, night, weekend and call differentials. Two technologists at the same hospital on the same scale can be far apart in annual income purely on shift pattern. That is a substantial part of what the spread between the median and the $134,220 upper end of this band is measuring, and it is why comparing base hourly rates between employers can be misleading in this occupation.

Unlike many clinical roles, this profession has an explicit, well-defined progression: each additional ARRT registry opens a distinct set of jobs, and the sequence is predictable — general radiography first, then computed tomography, then magnetic resonance or interventional work. Employers in this metro routinely fund the clinical hours needed. For a technologist entering the field here, the fastest route to the upper part of this band is not tenure but stacking registries deliberately over the first several years.