Teleradiology Pay Per Study: 2026 Rates by Modality and Subspecialty
Reviewed by board-certified radiologists
Medically reviewed by: Natoe AI Clinical Team — Peer-reviewed internally — pending formal medical advisor appointment. Last reviewed: 2026-05-13.
Compensation figures in this guide are 2026 US market estimates based on publicly reported teleradiology contract rates, AMN Healthcare and All Star Healthcare data, and aggregated radiologist disclosure on industry forums. Actual contracted rates vary by employer, subspecialty, state licensure footprint, and individual radiologist productivity.
Short answer: US teleradiology pay-per-study rates in 2026 typically range from $8 for routine X-ray reads to $80+ for complex multi-sequence MRI. Per-click compensation is most common for 1099 independent contractors. A productive 1099 teleradiologist reading 100–150 studies per day earns the equivalent of $400,000–$750,000+ annually. STAT studies typically carry a 20–50% premium over routine rates. Subspecialty fellowship training (neuro, MSK, cardiac, mammography) increases per-study rates by 10–25%.
Why Per-Study Compensation Exists in Teleradiology
Most W-2 employed radiologists earn a base salary plus productivity bonus. Most 1099 independent contractors and many teleradiology overflow contracts use per-study (or per-click, or per-wRVU) compensation. The reason: per-study compensation aligns the radiologist's earnings with the value delivered to the imaging center on each individual read, makes contracting flexible, and lets productive radiologists out-earn salary-cap-restricted W-2 colleagues. For the broader W-2 vs 1099 picture, see our Teleradiology Salary Guide 2026.
Typical Per-Study Rates by Modality (2026 US Market)
These ranges represent typical pay-per-study (or pay-per-click) compensation for 1099 contracted teleradiologists. Higher rates within each range typically reflect subspecialty fellowship, multi-state licensure, STAT premiums, or pay grade negotiated by high-volume readers.
- X-ray (single view): $5–$10 per study. Highest volume, lowest per-study rate. Productive readers complete 25–40 X-rays per hour.
- X-ray (multi-view): $8–$15 per study. Wrist series, chest 3-view, hip pelvis — slightly more time and more reportable findings than single-view.
- Ultrasound (general): $10–$22 per study. Operator-dependent images mean more time interpreting; rate varies widely with study type.
- Ultrasound (vascular / breast): $18–$35 per study. More complex protocols, more findings to report, longer review time.
- CT (non-contrast head, routine): $15–$30 per study. The standard ED head-CT workload baseline.
- CT (with contrast, body): $25–$50 per study. Multi-phase chest/abdomen/pelvis CTs with longer review time and more reportable findings.
- CT (cardiac, CTA): $45–$80 per study. Requires subspecialty cardiac imaging training; lower volume, higher rate.
- MRI (musculoskeletal, single-joint): $30–$55 per study. Knee, shoulder, ankle MRIs — most common MRI subspecialty.
- MRI (brain, neuro): $35–$70 per study. Multi-sequence brain MRIs with subspecialty neuro reads command upper end.
- MRI (cardiac): $60–$100 per study. Highest-paid MRI subspecialty; very few radiologists are fellowship-trained for cardiac MRI.
- Mammography (screening 2D): $8–$15 per study. High volume, mandatory subspecialty certification (MQSA), lower per-study rate offset by volume.
- Mammography (diagnostic, 3D / DBT): $15–$35 per study. Tomosynthesis and diagnostic mammograms with subspecialty interpretation command higher rates.
STAT studies typically add a 20–50% premium over the routine rate for the same modality, reflecting the contractual 30-minute turnaround requirement.
How Per-Study Earnings Actually Compound
A productive teleradiologist reading a balanced mix of modalities can clear $250–$400 per hour gross during reading hours. The math from common shift structures:
- Daytime general radiology shift: Mix of 30% X-ray, 25% CT, 20% ultrasound, 15% MRI, 10% mammography. Average per-study rate ~$22. At 12–15 studies per hour productivity, hourly earnings: $264–$330. Eight-hour shift: $2,100–$2,600.
- Evening / overnight ED shift: Heavy STAT volume: 60% CT (mostly head, chest, abdomen), 30% X-ray, 10% ultrasound. Average per-study rate ~$30 (STAT premium baked in). At 8–12 studies per hour productivity, hourly earnings: $240–$360.
- Subspecialty MSK reading shift: Pure MSK MRI workload. Average per-study rate ~$45. At 6–10 studies per hour productivity, hourly earnings: $270–$450. Eight-hour shift: $2,160–$3,600.
Annualized: a 1099 radiologist working 40 hours per week at $250/hour averaged gross earns $520K before self-employment tax, malpractice, and overhead. Productive AI-native workflow radiologists frequently exceed this baseline.
How AI-Native Workflows Multiply Per-Study Earnings
In legacy teleradiology workflows, a radiologist spends roughly 60% of their time on image review and 40% on report drafting and dictation. AI-native workflows reverse this ratio by automating the draft generation, image pre-screening, and findings extraction — so the radiologist spends 80%+ of their time on the diagnostic decision and 20% on review and sign-off.
For a per-study compensated radiologist, this productivity gain compounds directly into earnings:
- Legacy workflow throughput: A diligent radiologist reads ~80–100 studies per 10-hour shift.
- AI-native workflow throughput: The same radiologist reads ~120–160 studies per 10-hour shift (40–60% lift). Same diagnostic accuracy, more revenue.
For comparison of legacy vs AI-native teleradiology platforms by compensation model and workflow productivity, see our Best Teleradiology Companies 2026 guide.
Common Questions About Teleradiology Per-Study Compensation
What is teleradiology pay per click?
Pay-per-click is synonymous with pay-per-study in US teleradiology — the radiologist is paid a fixed dollar amount for each completed signed report. "Click" refers to the workflow action of clicking to sign the final report. Per-click rates are negotiated by modality and subspecialty, typically 10–25% higher for subspecialty-trained readers.
How does teleradiology pay per study compare to W-2 salary?
A productive 1099 per-study teleradiologist typically out-earns the equivalent W-2 employed radiologist by 15–30% gross. The trade-off: 1099 radiologists pay self-employment tax (15.3% on top of income tax), purchase their own benefits (health insurance, retirement), and self-fund malpractice tail. Net-of-overhead, the 1099 advantage shrinks to 5–15%. The flexibility of choosing shifts and adjusting volume is the main non-financial benefit.
Do STAT teleradiology studies pay more?
Yes. Most teleradiology contracts apply a 20–50% premium to STAT studies (defined as studies requiring 30-minute turnaround for clinically urgent indications). A $25 routine CT head might pay $32–$37 when ordered STAT.
How many studies per shift does a productive teleradiologist read?
In an AI-native workflow on a 10-hour shift: 120–160 studies. In a legacy workflow on the same shift: 80–100 studies. Productivity is highly individual — some radiologists comfortably read 200+ studies per shift in optimized AI workflows; others prioritize careful reads at 60–80 studies per shift.
What's the difference between pay-per-study and wRVU compensation?
Both are productivity-based. Pay-per-study uses a fixed dollar amount per completed report regardless of insurer-reimbursed RVUs. wRVU (work Relative Value Units) compensation pays a dollar amount per RVU as defined by the CMS schedule, which means complex high-RVU studies pay more proportionally than simple low-RVU studies. wRVU compensation is more common in academic and hospital-employed teleradiology contracts; pay-per-study is more common in 1099 contracting and commercial teleradiology providers.
How does subspecialty fellowship affect per-study rates?
Subspecialty fellowship-trained radiologists (neuroradiology, musculoskeletal, cardiac, pediatric, body imaging, mammography) typically command 10–25% higher per-study rates within their subspecialty. The premium reflects the diagnostic value of fellowship training and the limited supply of subspecialty readers. A subspecialty-trained reader is also routed more subspecialty-relevant studies in AI-native workflows, which increases overall earnings.
Are per-study rates negotiable?
Yes, especially for high-volume readers, multi-state licensure holders, and subspecialty-trained radiologists. Teleradiology providers are typically open to negotiating 5–15% above their published rate sheet for proven productive contractors. The strongest negotiating leverage is documented production over a 90-day baseline period with the provider.
What overhead costs come out of 1099 per-study earnings?
Typical 1099 teleradiologist overhead: self-employment tax (15.3%), professional malpractice (varies by state; $5K–$20K per year), health insurance ($1K–$2K per month for a family plan), licensure maintenance and DEA registrations ($1K–$3K per year), workstation and home setup depreciation ($10K–$20K capital expense amortized), and accountant/legal fees ($2K–$5K per year). Net of overhead, expect 60–70% of gross 1099 earnings as take-home.
How are remote weekend and overnight teleradiology shifts compensated?
Weekend and overnight shifts typically carry a 25–75% premium over the equivalent daytime per-study rate. The premium reflects the supply-side scarcity of radiologists willing to read at non-standard hours plus the STAT-heavy mix that dominates after-hours volume. Some providers also offer flat per-shift bonuses ($300–$800) on top of the per-study premiums for nightshift and weekend coverage.
See How AI-Native Per-Study Workflow Compares
Natoe AI offers per-study and hybrid compensation models to US board-certified radiologists, with AI-native workflow tooling that meaningfully lifts shift productivity. Explore radiologist roles or contact us to discuss compensation specifics for your subspecialty and licensure footprint.
