Radiologic Technologist Salary in 2026: What Radiologic Technologists Earn
Radiologic technologists are the imaging backbone of American healthcare. They held about 228,000 jobs in 2024, operating the x-ray, computed tomography (CT), and related diagnostic equipment that physicians rely on to see inside the body. Almost every ER visit, orthopedic appointment, and cancer-treatment plan passes through their hands at some point. According to the U.S. Bureau of Labor Statistics (BLS), the role pays well above the national median for all jobs.
This guide breaks down what radiologic technologists actually earn in 2026 — the national median, how pay shifts with work setting and modality, and how location and credentials change the number. All figures come from the most recent BLS data (the May 2024 release).
What the typical radiologic technologist earns
The median annual wage for radiologic technologists and technicians was $77,660 in May 2024. Median means half of all radiologic technologists earned more than that figure and half earned less. For comparison, the median wage across all U.S. occupations was $49,500.
The full range is wide:
- The lowest-paid 10% of radiologic technologists earned less than $52,360.
- The highest-paid 10% earned more than $106,990.
That spread — roughly $52,000 to $107,000 — is the most important thing to understand about rad tech pay. There is no single "radiologic technologist salary"; the number depends on where a tech works, how long they have been in the field, and which imaging modalities they are credentialed in. A new graduate working day shifts in a physician's office and a ten-year CT-and-mammography tech in a federal hospital both carry the same job title, but their take-home pay is on different planets.
Radiologic technologist pay by work setting
Where a radiologic technologist works is one of the biggest factors in pay. BLS reports these median wages by employer type:
| Work setting | Median radiologic technologist pay (2024) |
|---|---|
| Federal government, excluding postal service | $93,970 |
| Outpatient care centers | $81,000 |
| Hospitals (state, local & private) | $78,560 |
| Medical and diagnostic laboratories | $76,770 |
| Offices of physicians | $66,060 |
Hospitals employ the largest share of radiologic technologists — about 60% — and pay close to the national median, in part because they handle the heaviest case mix and the most overnight, weekend, and on-call hours. Federal government work (largely the VA and military health systems) sits at the top of the range; outpatient care centers and specialty imaging clinics follow, often paying a premium for techs cross-trained on multiple machines. Physician offices, where workloads and on-call demands are lighter and shifts are more predictable, sit at the bottom. The gap between the highest- and lowest-paying setting is nearly $28,000 a year for the same core credential — which is why the same R.T. license can fund very different lives depending on where it gets used.
Experience and specialty move the number
The other major factor is what a radiologic technologist is certified to do. Most rad techs start out in plain-film x-ray, and pay rises sharply with each additional modality added — computed tomography (CT), mammography, cardiac-interventional, vascular-interventional, and bone densitometry. Each of those is a separate ARRT post-primary credential, earned with documented clinical hours and a passing exam, and each one tends to translate into a meaningful pay step on the next contract negotiation. Technologists who layer two or three advanced certifications on top of their base R.T. credential are typically the ones earning toward the top of the published range.
The biggest single jump is moving into magnetic resonance imaging. MRI technologists — most of whom started as radiologic technologists before cross-training — had a separate median annual wage of $88,180 in 2024, with the highest-paid 10% earning more than $121,420. That is the same career, one credential further on, and it shows the earnings ceiling the field can reach. Years of experience alone also move the number: new graduates typically start near the lower end of the range, while rad techs with a decade or more of trauma, OR, or interventional work — and the night-shift differentials that often come with it — sit toward the top.
Where radiologic technologists earn the most
Radiologic technologist wages vary widely from state to state, and even between metro areas within the same state. Two forces drive that: local cost of living and local demand for imaging. A median wage in a high-cost coastal metro can sit tens of thousands of dollars above the same role in a lower-cost rural area, and a single hospital system's pay scale can swing thousands of dollars depending on whether it sits in a major city or one of its smaller suburban campuses. Shift differentials for nights, weekends, and on-call hours can add another meaningful layer on top of the base rate.
Because those figures are updated every year and differ for all 50 states, the most reliable source for a location-specific number is the BLS Occupational Employment and Wage Statistics program, which publishes median radiologic technologist wages for every state and metropolitan area. Anyone weighing a rad tech job offer should check the figure for their specific state and city rather than relying on the national median — and cross-check it against the local cost of living before assuming a bigger number is the better deal.
The job outlook for radiologic technologists
Pay is only half the picture; job security is the other. BLS projects employment of radiologic and MRI technologists to grow 5% from 2024 to 2034, faster than the average for all occupations, with about 15,400 openings every year over the decade. An aging population, the rising prevalence of chronic disease, and the role of imaging in diagnosing falls, fractures, strokes, and cancer all drive that demand. Many of those openings come from the need to replace techs who retire or move into adjacent roles such as radiologist assistant, MRI tech, or radiation therapy. For a credential that takes two years to earn, that is an unusually steady outlook.
How radiologic technologists qualify
Radiologic technologists typically reach the role through an associate's degree from a program accredited by the Joint Review Committee on Education in Radiologic Technology (JRCERT). Coursework includes anatomy, pathology, patient care, radiation physics and protection, and image evaluation, paired with supervised clinical hours in a hospital or imaging center. A small number of bachelor's-degree and hospital-based certificate programs also exist, though the two-year associate's degree is by far the most common entry path.
After graduation, most rad techs sit for the certification exam administered by the American Registry of Radiologic Technologists (ARRT). Most states then require a separate state license to practice, and a handful recognize the ARRT credential directly. Whether or not the state requires it, hospital employers almost always require ARRT certification, and many also require basic life support (BLS) or cardiopulmonary resuscitation (CPR) certification on top of it.
A note on your radiologic technology credential
A radiologic technology credential is one many rad techs want to display once they have earned it. If your original has been lost or damaged, your program or the ARRT can issue an official replacement for any formal purpose. For a framed copy to hang at home or in an office, DiplomaCraft also offers replica professional certificates for display and novelty use.
Sources
- Wage, employment, and outlook data: U.S. Bureau of Labor Statistics, Occupational Outlook Handbook, Radiologic and MRI Technologists, reflecting the May 2024 Occupational Employment and Wage Statistics release (updated August 2025).
- State and metro wage data: U.S. Bureau of Labor Statistics, Occupational Employment and Wage Statistics (OEWS).
All wage figures are medians and reflect the most recent BLS data available as of 2026. Actual pay varies by employer, location, experience, and specialty.