Allied Health & Medical Support • Certification
ARRT Vascular Sonography Certification
ARRT Vascular Sonography Certification — Allied Health credential from American Registry of Radiologic Technologists (ARRT)
Researched and maintained by TestPrepPilot Editorial BoardAllied health & diagnostic sonography certifications desk · Figures last verified August 2026
The short version
What is the ARRT Vascular Sonography Certification and is it worth it?
ARRT Vascular Sonography Certification is a professional credential administered by American Registry of Radiologic Technologists (ARRT). It validates job-ready knowledge and skills in the Allied Health field and is used for career entry, advancement, or compliance.
- Recognized credential from American Registry of Radiologic Technologists (ARRT)
- Demonstrates verified competence in Allied Health
- Supports career advancement and may satisfy licensing or employer requirements
What is it?
What exactly is the ARRT Vascular Sonography Certification?
ARRT Vascular Sonography Certification — Allied Health credential from American Registry of Radiologic Technologists (ARRT)
Post-primary certification for technologists performing vascular ultrasound examinations. Offered by American Registry of Radiologic Technologists (ARRT), it is designed for candidates who need to demonstrate verified competence in the Allied Health field. The credential is commonly used for career entry, advancement, regulatory compliance, or employer requirements. Candidates should review the official handbook for eligibility, exam format, and scoring before registering.
The path in brief
- Confirm you meet any eligibility or prerequisites
- Review the official handbook and study materials
- Register and pay through the awarding body or authorized provider
- Schedule and take the exam (test center or online proctoring)
- Receive your score and, if passed, your credential
Before you book
Who is eligible to sit the ARRT Vascular Sonography Certification?
Eligibility varies; many credentials are open to all, while others require coursework, work experience, or sponsorship.
Who it is for: Professionals and candidates seeking to validate Allied Health competence.
The test itself
What is the format of the ARRT Vascular Sonography Certification?
The ARRT Vascular Sonography Certification is administered by American Registry of Radiologic Technologists (ARRT) and runs 3 hours.
| Administered by | American Registry of Radiologic Technologists (ARRT) |
|---|---|
| Questions | ~170 questions |
| Time limit | 3 hours |
| Pass mark | Passing score set by the awarding body; see the official score report |
| Exam fee | ~$200-$250 |
| Format | Proctored, computer-based (test center or online remote proctoring) |
Content outline
What topics are on the ARRT Vascular Sonography Certification?
The ARRT Vascular Sonography Certification covers 4 content domains.
Weightings come from the official exam outline. Study time is best allocated in roughly these proportions rather than evenly across domains.
- Anatomy & physiology
Topic area tested on the exam; see the official blueprint for the detailed breakdown.
- Clinical procedures
Topic area tested on the exam; see the official blueprint for the detailed breakdown.
- Patient care & safety
Topic area tested on the exam; see the official blueprint for the detailed breakdown.
- Documentation & ethics
Topic area tested on the exam; see the official blueprint for the detailed breakdown.
The path
How do you register for the ARRT Vascular Sonography Certification?
- 1
Visit the awarding body’s official website and create an account
- 2
Select the credential and review its specific requirements
- 3
Complete any required eligibility (education, experience, or training)
- 4
Pay the registration fee
- 5
Schedule the exam at a test center or online
- 6
Take the exam and receive your results
The fine print
What are the retake and renewal rules for the ARRT Vascular Sonography Certification?
- Proctoring & delivery
- Proctored, computer-based delivery (test center or remote online proctoring), varying by exam.
- Retake policy
- Varies by credential — most bodies permit retakes after a waiting period and full or partial fee.
- Score reporting
- Scores are reported per the body’s timeline, typically electronically after the exam.
- Recertification
- Varies; many credentials require renewal every 2–3 years via continuing education or a recertification exam.
What it pays
How much does this credential pay?
$89,340 median for diagnostic medical sonographers (SOC 29-2032, BLS May 2024) — the occupation that employs most RVT credential holders
The closest official occupation to the Registered Vascular Technologist role is Diagnostic Medical Sonographers, SOC 29-2032, which had a May 2024 median wage of $89,340, with the lowest 10 percent earning less than $64,760 and the highest 10 percent more than $123,170. That fit is deliberate: BLS describes diagnostic medical sonographers as operating ultrasound equipment to create images of the inside of the body, and the RVT credential certifies sonographers who perform and interpret vascular ultrasound studies — cerebrovascular, venous, peripheral arterial and abdominal — which is a specialty within the sonographer occupation. BLS projects 13 percent employment growth for diagnostic medical sonographers from 2024 to 2034, much faster than the 3 percent all-occupations average, with about 5,800 openings a year, driven by an aging population and the expanding uses of ultrasound across medical specialties. Two caveats belong in the same paragraph. First, a naming clarification matters for anyone researching this credential: the RVT is issued by ARDMS (part of Inteleos), not by ARRT, and candidates must pass two exams — the Sonography Principles and Instrumentation (SPI) exam and the Vascular Technology (VT) specialty exam — within five years of each other, so the credential cost and timeline are double what a single-exam certificate implies. Second, the wage distribution reflects the whole sonographer occupation, not RVT holders specifically; BLS does not measure a certificate premium, and we will not invent one, but employers in IAC-accredited vascular labs and hospitals routinely treat the RVT as a near-universal hiring requirement for vascular roles, which keeps its holders employable at the occupation’s median and above.
| Measure | Figure | Source / note |
|---|---|---|
| Median annual wage, diagnostic medical sonographers | $89,340 | BLS OOH, SOC 29-2032, May 2024 |
| Lowest 10 percent | less than $64,760 | BLS OOH Pay tab, May 2024 |
| Highest 10 percent | more than $123,170 | BLS OOH Pay tab, May 2024 |
| Employment, 2024 | 90,000 jobs | BLS OOH Quick Facts, 2024 |
| Projected annual openings | ~5,800 per year | BLS OOH Job Outlook, 2024-34 |
Job growth.13% projected change 2024-34 (much faster than average), with ~5,800 openings a year; the RVT is the standard credential for vascular sonography roles within this occupation
Source: BLS Occupational Outlook Handbook — Diagnostic Medical Sonographers
Your odds
What are the pass rates?
ARDMS publishes pass rates for the VT exam — 66% of first-time test-takers passed in 2023, with a 59% overall rate including retakers
ARDMS publishes annual pass rates for its exams, and the Vascular Technology (VT) specialty exam shows a first-time pass rate of 66 percent in 2023 with a 59 percent overall rate including retakers; the series is stable, with first-time rates of 66 percent in 2022, 68 percent in 2021, 73 percent in 2020 and 73 percent in 2019. That pattern is a useful planning datum: the VT exam is genuinely difficult, and it is the hardest of the two exams required for the RVT credential, so the 66-percent figure should shape how seriously you take preparation rather than discourage you. The VT exam contains approximately 170 multiple-choice items, including hotspot-style Advanced Item Type questions where you mark answers directly on images, and it is completed in three hours at a Pearson VUE test centre. Scoring is scaled on a 300-to-700 scale with a passing score of 555, which is explicitly not a percentage of correct answers and not a curve. The 2026 VT exam fee is $300 (including a $100 non-refundable processing fee), and the SPI prerequisite exam is $250; candidates must pass both exams within five years of each other, in any order, to earn the RVT. After a failed attempt you must wait 60 days before retesting. Because ARDMS publishes both first-time and overall rates, the honest reading is that roughly two in three prepared first-time candidates pass, and the retaker-inclusive rate is lower — which argues for taking the exam when you are genuinely ready rather than on a deadline.
Read this before quoting the number.ARDMS publishes first-time and overall pass rates for the VT exam — 66% first-time and 59% overall in 2023. The ~170-item, three-hour structure, scaled passing score of 555, $300 fee and the SPI prerequisite at $250 are the published figures this narrative relies on alongside it.
Source: ARDMS/Inteleos — Vascular Technology (VT) exam page and pass-rate data
Your schedule
How long should I study for it?
120-180 hours over 12-16 weeks across both exams of focused study
Plan for twelve to sixteen weeks and 120 to 180 hours of study for the two-exam RVT pathway, and weight the Vascular Technology exam to its published content outline — Pathology is the largest domain at roughly 32 percent, followed by Normal Anatomy at 21 percent — while treating the SPI physics exam as a separate, earlier milestone rather than an afterthought. The RVT credential is not a single exam: you must pass the Sonography Principles and Instrumentation (SPI) exam, approximately 110 items in two hours at $250, and the Vascular Technology (VT) specialty exam, approximately 170 items in three hours at $300, within five years of each other, and most candidates take SPI first because every VT answer sits on top of physics you cannot fake. The VT content outline runs to seven domains: Pathology, Perfusion and Function at 32 percent; Normal Anatomy, Perfusion and Function at 21 percent; Quality Assurance, Safety and Physical Principles at 14 percent; Physiologic Examinations at 12 percent; Preparation, Documentation and Communication at 8 percent; Ultrasound-guided Procedures and Intraoperative Assessment at 7 percent; and Surgically Altered Anatomy and Pathology at 6 percent. The plan below assumes you meet an eligibility pathway — commonly a two-year patient-care allied-health program plus twelve months of clinical vascular experience, or a bachelor’s degree plus twelve months of experience. If you are not already scanning in a vascular lab, the clinical-experience requirement is the gate you must clear first, because velocity criteria and pathology recognition only make sense on real patients.
- Weeks 1-310-12 hrs/week
SPI physics — the prerequisite exam
- Master the physics foundation: ultrasound principles, transducers, Doppler, artifacts and instrumentation
- Take the SPI exam early in the pathway — it is approximately 110 items in two hours at $250
- Work SPI practice items until physics is comfortable, because VT assumes it
- Book SPI for the end of this block; the score is valid for the five-year credential window
- Weeks 4-610-12 hrs/week
VT — Normal anatomy and hemodynamics (21%)
- Learn normal cerebrovascular, venous, peripheral arterial and abdominal vascular anatomy
- Master the hemodynamic basics: resistance, compliance, velocity and waveform analysis
- Work carotid, venous, arterial and abdominal duplex scanning protocols
- Connect each study to the anatomy that determines what you are looking at
- Weeks 7-1010-12 hrs/week
VT — Pathology and physiologic exams (44% combined)
- Work pathology recognition: stenosis, occlusion, aneurysm, DVT, venous insufficiency and more
- Drill velocity criteria — carotid stenosis grading, NASCET/ECST measurement, ABI interpretation
- Learn physiologic examinations: segmental pressures, plethysmography, ABI and TCD principles
- This block is the largest share of the paper; give it more calendar than any other
- Weeks 11-138-10 hrs/week
VT — QA, safety, documentation and the remaining domains
- Cover quality assurance, safety and physical principles (14%) and documentation (8%)
- Work ultrasound-guided procedures and intraoperative assessment (7%)
- Learn surgically altered anatomy and pathology, including grafts and bypasses (6%)
- Practise hotspot-style items where you mark answers directly on images
- Weeks 14-168-10 hrs/week
Timed rehearsal and gap closing
- Take two or three full three-hour timed VT practice exams
- Re-lab every miss to a content domain — most errors cluster in pathology and velocity criteria
- Re-drill the hotspot format and the physiologic exam items
- One quiet day before the exam; you receive a pass/fail result and scaled score at the centre
Adjusting the pace
Working as a vascular sonographer already.Eight to ten weeks. Your day job covers scanning and protocols; spend the recovered time on velocity criteria precision, SPI physics refresh and the hotspot format, which clinical work under-trains.
Passed SPI in a previous cycle.Your SPI score is valid within the five-year window; focus entirely on VT. Confirm the five-year clock before committing, and rebuild physics only where VT items assume it.
From general sonography (RDMS background).Your instrumentation and imaging base transfers; the gap is vascular-specific velocity criteria, hemodynamics and physiologic exams. Budget the full twelve to sixteen weeks with a vascular-first weighting.
How to study
How do I prepare most effectively?
The strategy that reliably moves an RVT score is "learn the physics once, then weight everything to the VT outline — pathology and anatomy are more than half the paper — and drill the velocity criteria to reflex", and the single biggest error is treating the credential as one exam when it is two, with the SPI physics prerequisite carrying its own fee and schedule. The VT content outline is the planning document: Pathology at 32 percent and Normal Anatomy at 21 percent together are more than half the scored items, so a candidate who studies vascular topics in proportion to those weights is preparing correctly, while one who spends the calendar evenly across all seven domains is under-preparing the deciding areas. The second proven approach is velocity-criteria memorisation done as application: carotid stenosis grading, NASCET/ECST measurement and ABI interpretation come up as scenario items, and the candidates who pass are the ones who can state a velocity threshold and then apply it to a described waveform. Third, practise the hotspot item format early, because marking answers directly on an image is a different skill from selecting text and it unsettles candidates who have never seen it. Fourth, treat SPI physics as a genuine milestone rather than a hurdle to jump — schedule it early, pass it, and let it fund the physics the VT exam assumes. Finally, rehearse the three-hour VT format under real timing, because 170 items with image-based questions is a stamina event and the scaled-555 pass gives no credit for unfinished items.
Treat it as two exams, and pass SPI early
The RVT requires the SPI physics exam and the VT specialty exam within five years of each other. Schedule SPI early, at $250, and pass it, because every VT answer sits on physics you cannot fake — and the VT fee of $300 should not be spent on an unprepared physics base.
Weight study to the VT outline
Pathology is 32% and Normal Anatomy is 21% — together more than half the paper. Allocate your calendar in those proportions, with physiologic exams next at 12%, rather than spreading hours evenly across all seven domains.
Drill velocity criteria to application
Carotid stenosis grading, NASCET/ECST measurement, ABI interpretation and venous criteria come up as scenario items. Learn the thresholds, then practise applying them to described waveforms and images until the judgement is a reflex.
Practise the hotspot format early
VT includes Advanced Item Type hotspot questions where you mark answers directly on images. This is a different skill from selecting text, and practising it before exam day removes a whole category of avoidable disorientation.
Learn pathology recognition from real scans
The largest single domain rewards pattern recognition — stenosis, DVT, aneurysm, venous insufficiency, grafts. The best practice is correlating described findings with the physics that produce them, which is why clinical vascular experience matters so much to the outcome.
Rehearse the three-hour VT format
Approximately 170 items in three hours with image-based questions is a stamina event. Run full timed practice exams so pacing is trained, and treat the scaled-555 pass as the target rather than any percentage estimate.
What to buy
Which study resources are worth paying for?
The RVT buying decision is defined by two official exam fees and a long tail of optional resources: the SPI exam at $250, the VT exam at $300, and then the study materials you choose. Because the credential requires both exams within five years, the total official cost is $550 before any study resource, and the realistic outlay including a membership and preparation materials is higher. The table below compares the main options with prices current to this review. The one category to treat with suspicion is braindump-style question banks: ARDMS rotates and refreshes its item pools, and the image-based hotspot format rewards genuine pattern recognition rather than memorised questions.
| Resource | Price | Format | Best for |
|---|---|---|---|
| SPI exam registration (ARDMS) | $250 | Computer-based at Pearson VUE | The physics prerequisite every RVT candidate must pass |
| VT exam registration (ARDMS) | $300 (includes $100 non-refundable processing) | Computer-based at Pearson VUE | The specialty exam — the larger and harder of the two |
| ARDMS VT content outline and practice test | Free outline; ~$45 for the official practice test | Official PDFs and online simulation | The authoritative blueprint plus a 30-question interface rehearsal |
| Vascular ultrasound textbooks (e.g. Pellerito & Polak, Zwiebel) | ~$120-250 | Textbook | Depth on anatomy, hemodynamics, pathology and velocity criteria |
| RVT question banks and mock exams | ~$50-150 | Online timed practice | Rehearsing the three-hour VT format and the hotspot items |
Prices checked 2026-08 in USD before tax; the SPI and VT fees are separate, both exams must be passed within five years of each other, and a $50 non-refundable surcharge applies when scheduling outside the US, Canada and Mexico.
Avoid these
What mistakes do candidates most often make?
The most common RVT mistakes come from misunderstanding the credential’s shape: treating it as a single exam when it is two, taking the VT exam before the physics foundation is solid, and studying vascular topics evenly instead of weighting to the published outline, where Pathology and Normal Anatomy together are more than half the paper. Candidates also routinely under-practise the hotspot image-answer format, misapply velocity criteria under time pressure, and sit the VT exam before their clinical scanning experience justifies the attempt — the 60-day retake wait then becomes a costly second round.
✕Treating the RVT as a single exam
✓The credential requires both the SPI physics exam ($250) and the VT specialty exam ($300) within five years of each other. Plan two milestones, schedule SPI early, and budget both fees — a candidate who discovers the second exam late has mis-planned the whole pathway.
✕Studying all seven domains evenly
✓The VT outline is not flat: Pathology is 32% and Normal Anatomy is 21%. Weight your calendar to the big domains and treat QA, documentation and surgically altered anatomy as the smaller 6-14% areas they are.
✕Under-practising the hotspot format
✓VT includes Advanced Item Type hotspot questions where you mark answers directly on images. Practise this format early — it is a different skill from selecting text, and first-time disorientation is an avoidable source of lost points.
✕Applying velocity criteria from memory, not judgement
✓Carotid grading, NASCET/ECST and ABI items come as scenarios with waveforms and numbers. Learn the thresholds, then practise applying them to described findings until the decision is a reflex — recall alone fails when the item inverts the numbers.
✕Sitting VT before clinical experience justifies it
✓The eligibility pathways require substantial clinical vascular experience, and the exam rewards pattern recognition from real scans. If your scanning hours are thin, extend the timeline rather than the attempt — the 60-day retake wait and $300 fee are poor teachers.
What you'll face
What question types will I see?
The Vascular Technology (VT) exam for the RVT credential is approximately 170 multiple-choice items in three hours at a Pearson VUE test centre, scored on a scaled 300-to-700 scale with a passing score of 555, and it includes hotspot-style Advanced Item Type questions where you mark answers directly on images. The credential also requires the separate SPI physics exam — approximately 110 items in two hours — within the same five-year window, so the full pathway is two exams, not one. The VT paper is organised around seven content domains, with Pathology, Perfusion and Function the largest at 32 percent, followed by Normal Anatomy, Perfusion and Function at 21 percent, Quality Assurance, Safety and Physical Principles at 14 percent, Physiologic Examinations at 12 percent, Preparation, Documentation and Communication at 8 percent, Ultrasound-guided Procedures and Intraoperative Assessment at 7 percent, and Surgically Altered Anatomy and Pathology at 6 percent. The dominant question style is scenario- and image-based: a described clinical situation, a waveform, or an image with a request to identify the finding, grade the stenosis, select the next protocol step, or choose the correct physiologic interpretation. Because the scaled 555 is not a percentage of correct answers, candidates should aim to answer accurately across all seven domains rather than target a raw count. The samples below are editor-written illustrations of the published blueprint’s question styles, not live exam items.
Identify stenosis, occlusion, aneurysm, DVT, venous insufficiency and graft complications from described findings, waveforms or images — the largest single domain on the paper.
Normal cerebrovascular, venous, peripheral arterial and abdominal vascular anatomy, plus resistance, compliance, velocity and waveform fundamentals that everything else sits on.
Carotid stenosis grading, NASCET/ECST measurement, ABI interpretation and venous criteria applied to described numbers and waveforms — the classic scenario currency of the exam.
Segmental pressures, plethysmography, ABI and transcranial Doppler principles and interpretation.
Quality assurance and safety, ultrasound-guided procedures, documentation and surgically altered anatomy — smaller individually, but a meaningful share of the total.
Advanced Item Type questions where you mark answers directly on an image — a distinct skill that must be practised before exam day.
Try these
Q1During a carotid duplex examination, the peak systolic velocity in the internal carotid artery is measured at 350 cm/s, and plaque is visible that narrows the lumen by an estimated 50-69%. Which grade of stenosis does this finding support?
Answer:C
Under the standard velocity criteria used in the practice this exam reflects, a peak systolic velocity of 350 cm/s in the internal carotid artery falls in the range consistent with 70-99% stenosis, even though the visible plaque estimate suggested 50-69% — the velocity and the B-mode estimate must be reconciled, and the elevated PSV drives the grading upward. A is wrong because a normal ICA has substantially lower velocities. B under-reads the velocity evidence. D is wrong because occlusion means no flow, whereas this carotid has a high-velocity jet through a residual lumen.
Q2A lower-extremity venous duplex study is ordered to rule out deep vein thrombosis. Which sonographic finding is most consistent with acute DVT?
Answer:B
The classic acute DVT finding is a dilated vein that does not compress under transducer pressure, with hypoechoic (or anechoic) thrombus in the lumen. A is wrong because a fully compressible vein with no thrombus is the normal finding that excludes DVT. C describes chronic changes — echogenic, recanalised, with wall thickening. D is internally contradictory: absent flow without the compression finding would prompt further assessment, not itself confirm acute DVT.
Q3A vascular technologist is performing an ankle-brachial index (ABI) examination. Which measurement arrangement is correct for the ABI calculation?
Answer:B
The standard ABI is calculated per leg as the higher of the dorsalis pedis and posterior tibial systolic pressures at the ankle, divided by the higher of the two brachial systolic pressures — which the option summarises as the highest ankle pressure over the highest brachial pressure, using the arm value on the same side as the highest arm pressure. A misstates it by implying a single global ratio. C is wrong because ABI is a ratio, not a difference. D is wrong because the denominator is the brachial systolic pressure, not the diastolic, and the numerator is not a four-ankle average.
Samples are editor-written illustrations of the published blueprint, not live exam items.
The big day
What should I expect on exam day?
The Vascular Technology (VT) exam is approximately 170 multiple-choice items in three hours at a Pearson VUE test centre, scored on a scaled 300-to-700 scale with a passing score of 555, and it is the harder of the two exams required for the RVT credential — the SPI physics exam, approximately 110 items in two hours, is the other. Exam day means travelling to a Pearson VUE centre with a valid, government-issued photo ID matching your registration, arriving early for check-in and the secure-room process, and leaving phones, smartwatches and all personal items in a locker — the exam is closed-book, calculators are prohibited, and the only permitted aid is the whiteboard the centre provides for manual calculations. The three-hour clock starts when the exam loads, and the pacing plan must account for the paper’s shape: the hotspot image items and the velocity-criteria scenarios take more time per item than straightforward recall, so the practical approach is to work briskly, flag the image items you cannot resolve, and protect time for the final stretch. You receive a pass or fail decision and a scaled score at the centre after the exam, so you walk out knowing the outcome; the official score report is also posted to your Inteleos portal within a week. After a failed attempt you must wait 60 days before retesting.
Bring
- A valid, government-issued photo ID matching your registration name exactly
- Your exam confirmation and scheduling details
- Water and a snack for before the exam, per the centre’s rules
- Transport plan that gets you to the centre 30-45 minutes early for check-in
Leave at home
- Phones, smartwatches, fitness trackers and earbuds — locker at the centre
- All notes, study materials and printed references — the exam is fully closed-book
- Calculators, which are prohibited; manual calculations go on the centre’s whiteboard
- Bags, coats, food and drink beyond what the centre permits
- Loose paper — the centre supplies any permitted scratch material
How the day runs
Rules in the room
- Approximately 170 multiple-choice items in three hours; the clock does not stop once it starts.
- A scaled score of 555 on the 300-to-700 scale is required to pass; it is not a percentage of correct answers.
- The exam is computer-based at Pearson VUE test centres and fully closed-book.
- Calculators are prohibited; the centre provides a whiteboard for manual calculations.
- The exam includes hotspot Advanced Item Type questions where you mark answers directly on images.
- After a failed attempt, you must wait 60 days before retesting.
- The credential requires the SPI physics exam as well, passed within five years of the VT exam; the VT fee is $300 and SPI is $250.
Afterwards.You receive a pass or fail decision and a scaled score at the testing centre, with the official report posted to your Inteleos portal within a week. On a pass, remember the credential is not complete until the SPI exam is also passed within the five-year window — if you took VT first, diary the SPI deadline immediately. The RVT is then maintained on ARDMS’s three-year cycle: 30 ARDMS-approved CME credits per cycle, with an annual renewal fee paid each year by the December 31 deadline, so plan the CME schedule across the three years rather than scrambling in the final months. On a fail, the 60-day wait before retesting is a deliberate cooling-off window — use it to re-drill the pathology and velocity-criteria domains, practise the hotspot format, and re-sit when practice scores justify it. The credential sits in a strong market: BLS projects 13 percent growth for diagnostic medical sonographers through 2034 with a $89,340 median, and the RVT is the near-universal hiring standard for vascular lab and hospital vascular roles, so the credential translates directly into employability in a growing occupation.
Reference
What are the key facts about the ARRT Vascular Sonography Certification?
ARRT Vascular Sonography Certification is a certification credential; awarded by American Registry of Radiologic Technologists (ARRT); the exam fee is ~$200-$250; typical preparation is 80-120 hours over 8-10 weeks; holders typically earn $60,000-$110,000 (29-2032 median $89,340).
| Credential | ARRT Vascular Sonography Certification |
|---|---|
| Abbreviation | VS |
| Type | Certification |
| Profession | Allied Health & Medical Support |
| Specialty | Medical Imaging |
| Awarded by | American Registry of Radiologic Technologists (ARRT) |
| Difficulty | Applied |
| Typical prep time | 80-120 hours over 8-10 weeks |
| All-in cost | ~$200-$250 (ARDMS exam fee) |
| Typical salary range | $60,000-$110,000 (29-2032 median $89,340) |
| Credential | ARRT Vascular Sonography Certification |
| Awarding body | American Registry of Radiologic Technologists (ARRT) |
| Exam format | Proctored, computer-based |
| Validity | ARDMS renewal every 3 years with CMEs |
| Languages | Varies — see awarding body |
| Scope | National / Multi-state |
Real questions
Frequently asked questions about the ARRT Vascular Sonography Certification
How do I register for the ARRT Vascular Sonography Certification exam?
Register through American Registry of Radiologic Technologists (ARRT)'s official portal or an authorized test provider (e.g., Pearson VUE or Prometric where applicable). Create an account, select the exam, pay the fee, and schedule a date.
How much does the exam cost?
Fees vary by location and currency. Confirm the current fee on the official registration page before scheduling.
How long is the credential valid, and how do I renew?
Validity varies by credential (commonly 2–3 years). Renewal usually requires continuing education or a recertification exam — see American Registry of Radiologic Technologists (ARRT)'s policy.
What if I do not pass?
Most bodies allow retakes after a waiting period and payment of the full or partial fee. Check American Registry of Radiologic Technologists (ARRT)'s retake policy before rescheduling.
How do I register for a American Registry of Radiologic Technologists (ARRT) credential?
Register through the official website, select your exam, pay the fee, and schedule a date.
How do I renew a credential?
Renewal policies vary by credential; check the specific program page for requirements and cycles.
In short
Is the ARRT Vascular Sonography Certification worth it?
- ARRT Vascular Sonography Certification is awarded by American Registry of Radiologic Technologists (ARRT).
- Validates job-ready competence in Allied Health.
- Registration is through the awarding body or an authorized test provider.
- Renewal and retake policies vary — confirm before scheduling.
Same awarding body
What other credentials does American Registry of Radiologic Technologists (ARRT) award?
Worth comparing
How does the ARRT Vascular Sonography Certification compare with similar credentials?
Trust
Where does this information come from?
Everything above is taken from the awarding body's own published material. Fees, question counts and domain weights are revised regularly — check the official page before you pay.
Research confidence: low · Last reviewed 2026-08