What an FDA 510(k) Actually Costs — The Number Your Board Needs
The real, all-in cost of FDA 510(k) submission for medical device founders. Every line item broken down — testing, consulting, internal team time, and the hidden costs that don't appear on any lab quote — so you walk into your next board meeting with a real number, not a guess.
For founders, manufacturers, RA/QA teams, and regulatory consultants. For RA/QA or consultant review.
This article provides general regulatory cost information and does not constitute financial, legal, or regulatory advice. Testing costs, consulting fees, and FDA user fees change. Always obtain current quotes from accredited labs and verify FDA fees at fda.gov before budgeting.
You are sitting at your desk. Spreadsheet open. The prototype is working. The pitch deck is coming together. And there it is — the budget slide. One line item you thought you understood: “FDA 510(k) submission: $24,335.”
You heard that number on a webinar. You saw it on the FDA website. You plugged it into the spreadsheet and moved on to the next cell.
Then an investor asks: “Is that the total?”
Or a colleague forwards you a lab quote for biocompatibility testing. $32,000. For one test. And you look back at the $24,335 in your spreadsheet and realize — that number is not the cost of a 510(k). It is the ticket price to the door. Everything else — the testing, the consultant, the internal team time, the delays — those are the real spend.
The painful question underneath all of it: “What number do I actually put in front of my board?”
The wrong mental frame that creates this pain: “The 510(k) costs $24,335. We budgeted for it.”
The reframe — grounded in how the FDA 510(k) process actually works, not in the one-line fee summary: the FDA user fee is the smallest check you write in the entire submission process. The real cost is everything the FDA requires you to prove before, during, and after you send that check. Every founder who has been through this knows it. Every founder who hasn't is about to find out.
What follows is the real cost breakdown — line by line, with actual ranges, so you have a number your board can believe.
Table of Contents
The FDA User Fee: The Ticket, Not the Trip
As of FY 2026 (October 1, 2025–September 30, 2026), the standard 510(k) fee is $24,335. If your company qualifies as a small business (gross receipts under $100 million), the reduced fee is $6,084 — but you must apply for that determination, and the process takes 60 days.
Action item: Apply for Small Business Determination (FDA Form 3602) now — before you need it. The determination is valid for the fiscal year. Verify current fees and forms at fda.gov.
This fee gets your submission opened. It does not fund a single test report. It does not pay for a consultant to structure your submission. It does not cover the 300-800 hours your team will spend assembling evidence.
Fees change annually. The FY 2027 fee schedule is typically published in August 2026. If your submission timeline crosses fiscal years, budget for the higher amount.
The Real Cost: Every Line Item, With Real Ranges
Below is the cost table you need before you present a budget. Each row represents a category founders discover the hard way — usually when the first invoice arrives.
Figure 1: FDA 510(k) total cost breakdown by category — low to high ranges based on device complexity
| Category | Low | High |
|---|---|---|
| FDA User Fee (standard) | $24,335 | $24,335 |
| FDA User Fee (small business) | $6,084 | $6,084 |
| Biocompatibility Testing | $5,000 | $50,000 |
| EMC / Electrical Safety | $15,000 | $50,000 |
| Sterilization Validation | $10,000 | $40,000 |
| Shelf Life / Aging | $10,000 | $30,000 |
| Software Documentation | $20,000 | $60,000 |
| Cybersecurity / SBOM | $10,000 | $30,000 |
| Performance / Bench Testing | $5,000 | $30,000 |
| Regulatory Consultant | $20,000 | $80,000 |
| Internal Team Time | $30,000 | $100,000 |
| Total Estimated Range | $50,000 | $250,000+ |
Ranges reflect U.S. accredited lab pricing as of 2026. Always obtain current quotes for your specific device profile. The single most cost-effective decision: get quotes early from multiple accredited labs before you commit budget numbers to your board.
The Hidden Costs That Don't Appear on Any Invoice
Some costs arrive as line items on a lab quote. Others arrive as weeks lost, opportunities deferred, and board conversations that start with “we need to reforecast.”
Internal Team Time: $30,000–$100,000
Someone on your team will spend 300–800 hours over 6–12 months compiling test protocols, managing lab relationships, reviewing reports, assembling the eSTAR, and responding to Additional Information requests. At a fully loaded hourly rate of $100–$150 for a senior engineer or founder, that is $30,000–$100,000 in opportunity cost. This is time not spent on product development, customer discovery, or fundraising. It is the line item founders almost never include in the first budget draft.
Delays: The Cost of a Paused Clock
A Refuse to Accept letter adds 1–3 months. An Additional Information request adds 3–6 months. A failed test that requires re-testing adds 2–4 months and the full cost of the re-test. Every month of delay is a month of burn rate without revenue, a month of investor runway consumed, and a month your competitors are not standing still. Budget for one AI round — it happens to most first-time submitters and is not a failure signal.
Re-Testing: Paying Twice for the Same Test
Re-testing costs the full test fee — again — plus the delay cost. The most common causes: (1) skipping a test because a guidance document was not read; (2) submitting test reports that don't include required elements (title, objective, method, results, conclusion, signature); (3) testing against the wrong standard version. Every FDA device-specific guidance document you read before testing is insurance against paying twice.
Figure 3: FDA 510(k) end-to-end timeline — preparation through clearance (8–14 months)
What You CAN Control vs. What You CAN'T
What you CAN control
- Lab selection: Get quotes from 3+ accredited labs. Prices vary by 30–50% for the same test.
- Consultant scope: Full submission support ($60,000–$80,000) vs. review-only ($20,000–$40,000). Define the scope before you sign.
- Small Business Determination: Apply early. The difference is $18,251.
- Guidance document reading: Every FDA device-specific guidance you read before testing reduces re-test risk.
- Timeline management: Start testing 3–6 months before your target submission date. Lab schedules fill up.
- eSTAR quality: Resolve every validation flag. Use searchable PDFs, not scanned images.
What you CAN'T control
- FDA review time: The 90-day target is FDA review days, not calendar days. The clock pauses during AI review.
- Lab scheduling: Accredited labs have queues. IEC 60601 testing slots can be booked 8–12 weeks out.
- Guidance changes: The FDA publishes new guidance documents and updates existing ones. What was sufficient in 2025 may not be in 2027.
- Annual fee increases: FDA user fees increase annually. The FY 2027 fee may be higher.
- Reviewer questions: You cannot predict every AI question. Budget for one round and you will not be surprised when it arrives.
The pattern: The items you can control are all about preparation — getting quotes early, reading guidance documents, applying for fee reductions. The items you cannot control are external timelines and reviewer decisions. Your leverage is in the preparation column. Every hour spent there reduces the cost and delay exposure in the column you cannot control.
Three Founder Profiles: What Your 510(k) Budget Actually Looks Like
No two devices cost the same. Below are three realistic scenarios so you can identify which profile your device falls into — and what number you should take to your board.
Figure 2: Device complexity tiers and corresponding 510(k) cost ranges — profile your device to estimate your budget
Example: A manual surgical instrument with no electronics, no software, no sterilization.
| FDA User Fee (small business) | $6,084 |
| Biocompatibility (surface contact) | $5,000–$10,000 |
| Performance/Bench Testing | $5,000–$10,000 |
| Regulatory Consultant (review-only) | $20,000–$30,000 |
| Internal Team Time | $30,000–$50,000 |
| Total Range | $66,000–$106,000 |
Even the simplest device will cost 2.5×–4× the FDA user fee. The testing load is light here, but the consultant and internal time are inescapable — someone still has to assemble the eSTAR.
Example: A powered surgical tool with electronics, provided sterile, but no software.
| FDA User Fee (small business) | $6,084 |
| Biocompatibility | $15,000–$30,000 |
| EMC / Electrical Safety | $20,000–$35,000 |
| Sterilization Validation | $15,000–$30,000 |
| Performance/Bench Testing | $10,000–$20,000 |
| Regulatory Consultant | $40,000–$60,000 |
| Internal Team Time | $40,000–$70,000 |
| Total Range | $146,000–$251,000 |
This is the most common profile. Three to four test categories plus consulting and internal time. Notice that the FDA fee is less than 5% of the total. The EMC testing alone is likely 3–5× the user fee. Budget conservatively — the high end of this range is more common than the low end.
Example: A connected diagnostic device with embedded software, Bluetooth, cloud connectivity, and sterile disposables.
| FDA User Fee (standard) | $24,335 |
| Biocompatibility | $30,000–$50,000 |
| EMC / Electrical Safety | $30,000–$50,000 |
| Sterilization Validation | $25,000–$40,000 |
| Shelf Life / Aging | $20,000–$30,000 |
| Software Documentation (IEC 62304) | $40,000–$60,000 |
| Cybersecurity / SBOM | $20,000–$30,000 |
| Performance/Bench Testing | $15,000–$30,000 |
| Regulatory Consultant | $60,000–$80,000 |
| Internal Team Time | $60,000–$100,000 |
| Total Range | $324,000–$494,000 |
Software and connectivity add 10–20% to the total cost but more than double the submission complexity. The consultant cost goes up because software documentation (IEC 62304) and cybersecurity (Section 524B + SBOM) are substantial, not appendices. This profile can exceed $500,000 if multiple standards apply or if the device is novel and lacks a clear predicate.
These profiles assume first-time submitters working with competent consultants and accredited labs. Actual costs vary by device, predicate landscape, and lab availability. Obtain current quotes for your specific device before locking a number into your budget.
Before You Spend a Dollar: Your Pre-Budget Checklist
Complete these seven steps before you present a 510(k) budget number to anyone outside your founding team. Each step protects the number you will eventually present.
Classify your device in the FDA Product Classification Database.
Know your regulation number, product code, and device class before you budget. This one search tells you whether you even need a 510(k) — and if you do, which testing guidance documents apply.
Read every FDA device-specific guidance document.
This is the reviewer's checklist. It tells you exactly what testing the FDA expects. No guidance document = no reliable test scope = budget guesswork.
Get quotes from at least 3 accredited labs for every required test.
Lab pricing varies 30–50% for identical tests. A biocompatibility panel can be $5,000 at one lab and $12,000 at another. Get written quotes — verbal ones are not budget-grade.
Apply for Small Business Determination now.
FDA Form 3602. 60-day processing time. The difference between $24,335 and $6,084. This is the highest-ROI hour you will spend on regulatory budgeting.
Talk to 3 regulatory consultants before you commit.
Define scope: full submission support vs. review-only. Ask each consultant: “What testing do you anticipate for my specific device?” Their answers will surface items your internal audit missed — and their quotes will anchor your consulting line item.
Build a realistic timeline, not an optimistic one.
The FDA review target is 90 days. Most Traditional 510(k) submissions take 4–8 months from submission to clearance when accounting for AI response time. Add 3–6 months of pre-submission testing. Your total timeline is 8–14 months from today to clearance — present that, not the 90-day target.
Add a 20% contingency to every line item.
Re-testing happens. AI requests happen. Fee schedules change. A 20% contingency on a $150,000 budget is $30,000 — the cost of one unplanned biocompatibility re-test. Present the budget with the contingency included, not as a footnote that gets cut during the board review.
You Now Have a Real Number. Here's What to Do Next.
The fear that brought you here — staring at a spreadsheet with $24,335 and a sinking feeling it wasn't the whole story — is now addressed. You know what you didn't know before:
- The FDA user fee is the ticket, not the trip. It is 5–50% of your total spend depending on your device.
- Testing is where the real money sits. Get quotes from multiple labs before you budget.
- Internal team time is real and substantial. 300–800 hours cannot be ignored in a budget presentation.
- Your device profile determines your cost range. A simple instrument may cost $66,000–$106,000. A connected, software-driven device can exceed $300,000.
- A 20% contingency budget is not padding — it is insurance against the most predictable surprises in regulatory submission.
What to do this week: Complete the pre-budget checklist. Classify your device. Read the guidance documents. Send quote requests to 3+ accredited labs. Apply for Small Business Determination. Then — and only then — present your budget number to your board. The number won't be a guess anymore. It will be supported by real quotes, real timelines, and a real understanding of what the 510(k) process actually costs.
Your board asked for a real number. Now you have one.
Related U.S. / FDA research
- FDA 510(k) Submission Guide — step-by-step from predicate to clearance
- U.S. Market-Entry Research Guide — what to prepare before consulting an RA/QA specialist
- FDA 510(k) Similar-Device Research Workflow — step-by-step source walk-through
- FDA 510(k) Product Evidence Map — predicate landscape and market-entry research
- Medical Device Safety-History Scan Before Market Entry — public-source review-point playbook
- Prepare for Your First Regulatory Consultant Meeting — eight-block checklist
Frequently asked questions
Is $24,335 really all the FDA charges for a 510(k)?
No — the $24,335 is only the FDA user fee (the submission ticket), and the total all-in cost ranges from $50,000 to $250,000+. The $24,335 is the FDA user fee (FY 2026 standard rate; $6,084 for qualified small businesses). It is the submission ticket — nothing more. The total cost of a 510(k), including required testing, consulting, internal team time, and hidden costs, ranges from $50,000 to $250,000+. The FDA fee is usually 10-50% of your total spend. Founders who budget only for the user fee discover the gap the hard way — when the first accredited lab quote arrives.
What testing do I actually have to pay for in a 510(k)?
Testing requirements depend on your device type, but typically include biocompatibility ($5k–$50k), EMC/electrical safety ($15k–$50k), performance/bench testing ($5k–$30k), and additional tests for sterile devices, software, and connected devices. For a typical powered Class II device, expect: biocompatibility ($5,000-$50,000 depending on contact duration), EMC and electrical safety per IEC 60601-1/-1-2 ($15,000-$50,000, budget 8-16 weeks), and performance/bench testing (device-specific). If your device is provided sterile, add sterilization validation ($10,000-$40,000). If it has a shelf life, add aging studies ($10,000-$30,000). If it contains software, add IEC 62304 documentation ($20,000-$60,000). If it connects to a network, add cybersecurity documentation including SBOM ($10,000-$30,000). Read every FDA device-specific guidance document — they spell out exactly what testing the reviewer expects.
Do I need a regulatory consultant for my 510(k) submission?
Legally no, but practically yes — most first-time submitters work with a consultant ($20k–$80k) who brings submission architecture expertise and predicate analysis that typically prevents costly Refuse to Accept or multi-round AI cycles. A regulatory consultant ($20,000-$80,000) brings submission architecture expertise, predicate analysis, and knowledge of what reviewers flag and what they let pass. The question is not 'can I do this myself' — the question is 'do I have 6-12 months of focused time to learn regulatory submission while my device waits.' For devices with software, sterilization, or novel technology, a consultant typically pays for themselves by preventing a Refuse to Accept or a multi-round Additional Information cycle.
How do I qualify for the small business FDA fee of $6,084?
Your company (including affiliates) must have gross receipts of $100 million or less in the most recent tax year, submit FDA Form 3602 with supporting financial documentation, and allow 60 days for processing. The process takes 60 days, and the reduced fee determination is valid for the fiscal year (October 1-September 30). Apply early — if your determination is pending when you are ready to submit, you pay the full $24,335 or wait.
What's the single most expensive mistake in 510(k) budgeting?
Underestimating internal team time ($30k–$100k for 300–800 hours) — founders budget for lab fees and consulting retainers but forget the founder or lead engineer's time spent on submission work. That time is not free. It is time not spent on product development, customer discovery, or fundraising. The second most expensive mistake: assuming a test is 'probably not required' without checking the FDA device-specific guidance document. Re-testing after an AI request costs both money and 3-6 months of launch delay.
Authoritative Citations & References
These official sources form the regulatory foundation for the cost estimates and timelines presented above. Always verify current versions at the source before budgeting.
FDA Guidance Documents
- FDA User Fee Schedule (FY 2026): Medical Device User Fees — fda.gov
- 510(k) Submission Process: Premarket Notification 510(k) — fda.gov
- eSTAR Program: Voluntary eSTAR Program — fda.gov
- FDA Product Classification Database: Product Classification — accessdata.fda.gov
- Small Business Determination (Form 3602): Small Business Program — fda.gov
Accredited Laboratory Directories
- A2LA Directory of Accredited Laboratories: A2LA Directory Search — a2la.org — search for ISO/IEC 17025 accredited testing labs by scope and location
- ANAB Accredited Laboratory Directory: ANAB Directory — anab.ansi.org
International Standards
- IEC 60601-1 (Medical Electrical Equipment — General Safety): IEC 60601-1 at ISO.org
- IEC 62304 (Medical Device Software — Life Cycle Processes): IEC 62304 at ISO.org
- ISO 10993 Series (Biological Evaluation of Medical Devices): ISO 10993-1 at ISO.org
- ISO 11135 (Sterilization of Health Care Products — Ethylene Oxide): ISO 11135 at ISO.org
- ISO 13485 (Medical Devices — Quality Management Systems): ISO 13485 at ISO.org
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Get a cost estimate for YOUR deviceThis is not regulatory, legal, or compliance advice. TrueMedDevice does not determine FDA classification, submission pathway, predicate status, substantial equivalence, compliance, safety, or effectiveness. We prepare a source-backed evidence pack from public FDA sources so qualified RA/QA professionals or regulatory consultants can review and decide.
Disclaimer: This article provides general regulatory cost information and does not constitute financial, legal, or regulatory advice. Testing costs, consulting fees, and FDA user fees change. Always obtain current quotes from accredited labs and verify FDA fees at fda.gov before budgeting.