Korea KC Certification Test Cost & Launch Payback Calculator

Combine route-specific Korean statutory filing and factory-review references with actual testing, retest, launch, and ongoing compliance costs to estimate payback, NPV, and target sales.

1. KC route and statutory reference

Select the route confirmed by the relevant body. The calculator does not classify products or decide legal scope.

Safety certification

Includes KRW 50,000 per model and a KRW 200,000 initial factory-review base fee per factory.

See the applicable Korean statute and fee annex for this route.

models

Use the model grouping confirmed by the agency.

factories

Used only for safety-certification routes with an initial factory-review base fee.

KRW

Enter only an agency-confirmed amount; no reduction rate is assumed.

KRW

Use for confirmed change, combined, or additional filing charges outside the automatic reference.

2. Testing and launch-preparation direct cost

Enter every amount outside the statutory reference from laboratory, supplier, or internal budget line items.

KRW

Enter the payable estimate for the confirmed standards, test items, and sample count.

KRW

Travel and extra review charges beyond the statutory factory-review base fee.

KRW

Include test units, destructive use, packaging, and domestic or international shipping.

KRW

Optional consulting, translation, technical files, and labelling work.

KRW

Expected circuit, tooling, material, or labelling remediation before or during testing.

KRW

3. Retest risk, internal effort, and grant

Separate expected retest cost from a full stress budget, and distinguish cash outlay from internal opportunity cost.

KRW

For a partial retest, enter only that scope.

%

Use an evidence-backed planning assumption, not a published pass rate.

hours

Scope checks, records, samples, labelling review, and agency coordination.

KRW/hour

Use employer cost or a documented opportunity cost, not take-home pay.

KRW

Include only an awarded or contracted amount.

4. Ongoing and periodic compliance cost

Separate recurring operating cost from periodic testing or factory-review events.

KRW/year

Combine recurring labelling, records, self-testing, and quality-control cost.

KRW/event

Enter the actual testing, factory-review, and travel estimate for the route.

months

Zero omits periodic events. Confirm the actual statutory or agency cycle.

5. Unit economics and sales volume

Derive contribution by subtracting unit variable cost, sales fees, and return losses from net price.

KRW/unit

Use the actual business-plan price, not an assumed certification premium.

KRW/unit

Manufacturing, purchasing, packing, and fulfilment costs that vary with volume.

%

Combine platform, payment, and distribution fees as a percentage of price.

%

Translate return, defect, disposal, and discount loss into a percentage of price.

units/month

The default only demonstrates the model; it is not a market benchmark.

6. Scenarios and timeline

Vary sales realization, ramp-up, preparation, horizon, and discount rate to test payback sensitivity.

%
%
%

Keep conservative ≤ base ≤ optimistic.

months

Zero applies full base volume from the first sales month.

months

A plan from decision to sale readiness, not an agency service deadline.

months

1 to 120 months

months

Used to reverse-calculate volume, realization, contribution, and price thresholds.

%

Use the company hurdle rate or cost of capital.

Key results

Net statutory reference

KRW 250,000

1 models · 1 applied factories

Initial economic cost

KRW 2,250,000

Net cash outlay plus internal preparation opportunity cost

Base sustained payback

4.4 months

Includes 3 preparation months · 1.4 months after launch

Base NPV

KRW 117,728,706

36-month nominal ROI 5,655.56%

Cost composition

Statutory reference before reduction
KRW 250,000
Confirmed fee reduction
KRW 0
Base external cost
KRW 250,000
Expected retest cost
KRW 0
Cash outlay after grant
KRW 250,000
Internal preparation cost
KRW 2,000,000
Full one-retest cash budget
KRW 250,000

Unit economics and target thresholds

Sales-linked cost per unit
KRW 6,500
Unit contribution
KRW 18,500
Contribution margin
37%
Units to recover initial cost
121.62 units
Steady operating break-even monthly units
0 units
12-month target monthly units
11.06 units
Required sales realization
5.53%
Required unit contribution
KRW 1,023
Required selling price
KRW 29,911

Statutory base-fee breakdown

Statutory KC reference by model and factory
ItemQuantityRateAmount
Model filing/issuance1KRW 50,000KRW 50,000
Initial factory-review base1KRW 200,000KRW 200,000
Confirmed reduction——-KRW 0

Checks before relying on the result

  • A product name alone cannot determine the KC route. Confirm model grouping, applicable safety standards, radio functions, and combined assessment with Safety Korea, RRA, or the testing body.
  • The laboratory quote is zero. Do not interpret this as an exemption; confirm standards and test items and enter an actual quote.
  • The selected route includes factory review but travel and extras are zero. Confirm location-dependent travel and additional review charges.
  • The safety-certification route has zero periodic review cost. Confirm the applicable cycle and testing, factory-review, and travel charges.
  • Recheck statutory annexes, covered-product notices, agency line items, and tax treatment on the filing date. This is not an official quote or legal classification.

Scenario comparison

Base monthly volume is adjusted by conservative, base, and optimistic realization and linear ramp-up, then ongoing and periodic compliance costs are deducted.

KC launch payback and profitability by sales realization
ScenarioRealizationSteady monthly unitsFirst paybackSustained paybackNPVROI
Conservative60%120 units2 months5 monthsKRW 69,737,2233,353.33%
Base ★100%200 units1.4 months4.4 monthsKRW 117,728,7065,655.56%
Optimistic140%280 units1.2 months4.2 monthsKRW 165,720,1887,957.78%

Base-scenario annual cash flow

Initial economic cost is placed at launch month 0. Periodic events before the horizon: month 24.

Base-scenario annual sales contribution and KC compliance costs
YearUnitsSales contributionRecurring upkeepPeriodic costNet cash flowDiscounted net cash flowCumulative net value
Year 12,200 unitsKRW 40,700,000KRW 0KRW 0KRW 40,700,000KRW 39,566,223KRW 38,450,000
Year 22,400 unitsKRW 44,400,000KRW 0KRW 0KRW 44,400,000KRW 41,186,880KRW 82,850,000
Year 32,400 unitsKRW 44,400,000KRW 0KRW 0KRW 44,400,000KRW 39,225,602KRW 127,250,000

Related calculators

KC cost is not the price of one universal certificate

KC is a common conformity mark used by several distinct Korean product-safety regimes, not one stand-alone approval product with a single tariff.
Electrical appliances and consumer products can fall under safety certification, safety confirmation, or a supplier declaration, while children’s products use a separate three-route framework and radio or electromagnetic functions can trigger conformity assessment under the Radio Waves Act.
One commercial product may therefore need more than one assessment route, and a change in model grouping, rated input, components, materials, intended age, factory, antenna, or wireless module can change the applicable work.

The calculator deliberately does not infer a legal route from a product name or marketing description.
You first select the route confirmed by Safety Korea, the National Radio Research Agency, a designated testing body, or another competent organization, and the model applies only the statutory filing, issuance, or initial factory-review reference attached to that route.
Laboratory testing, travel, samples, logistics, consulting, technical documentation, remediation, and retesting remain user-entered amounts because those costs depend on the actual product and test plan.

The second purpose is commercial rather than regulatory.
After building a complete launch budget, the calculator converts selling price, unit variable cost, channel fees, return losses, sales volume, ramp-up, ongoing compliance, and periodic review into contribution cash flow.
It then compares conservative, base, and optimistic payback, NPV, ROI, and reverse-calculated sales thresholds without treating certification as a promise of demand or market access beyond the requirements actually confirmed for the product.

The route map behind the calculator

The route selector is a record of a classification decision made elsewhere, not a classification engine.
The following map explains what the options represent and why two products that both display KC can have very different budgets.

Electrical appliances and consumer products

Article 5 of the Electrical Appliances and Consumer Products Safety Control Act establishes model-based safety certification, including product testing and factory review.
Article 15 covers model-based safety confirmation through testing and filing, while Article 23 covers supplier confirmation through the supplier’s own testing or third-party testing and includes an electrical-product filing requirement.
A consumer-product supplier declaration may still require testing, labels, evidence, and retention even when this calculator has no automatic filing reference for that route.

Children’s products

Article 17 of the Special Act on the Safety of Children’s Products governs safety certification with product inspection and factory review.
Article 22 governs safety confirmation, including a five-year validity period for the filed confirmation, and Article 25 governs supplier confirmation.
Intended age, materials, accessible parts, chemical exposure, mechanical hazards, and product category can materially change the test scope, so the statutory filing reference is only a small part of many children’s-product budgets.

Broadcasting and communications equipment

Article 58-2 of the Radio Waves Act distinguishes conformity certification, conformity registration, self-conformity confirmation, and provisional certification.
It also matters after launch because a change related to the technical conformity criteria can require reassessment of the changed matter.
A product that contains a wireless module cannot safely be budgeted from the module name alone, because host integration, antenna, power, enclosure, interfaces, intended use, and the precise exemption or reliance conditions need competent review.

A combined route needs a combined scope check.
If electrical safety and radio conformity both apply, run the confirmed routes separately and reconcile overlapping laboratory line items, or select the other or combined option and enter one agency-confirmed consolidated schedule.
Never add two package quotes without checking whether they both include the same samples, filing work, electromagnetic tests, travel, or administration.

Statutory fee references checked on August 9, 2026

These values come from the currently effective fee annexes checked on August 9, 2026.
They are filing, issuance, or initial factory-review base references, not complete certification prices and not laboratory quotations.
The calculator multiplies a model amount only by the model count and applies the factory base only to routes whose cited annex contains that initial factory-review item.

Korean KC route statutory reference amounts by model and factory
Confirmed routePer-model referencePer-factory baseImportant exclusion
Electrical/consumer product safety certificationKRW 50,000KRW 200,000Product testing, travel, additional review, and periodic inspection
Electrical/consumer product safety confirmationKRW 50,000KRW 0Product testing and filing preparation
Electrical supplier declaration filingKRW 10,000KRW 0Own or third-party testing and technical records
Consumer product supplier declarationNo automatic amountKRW 0Testing, labels, evidence, and retention
Children’s product safety certificationKRW 55,000KRW 200,000Product inspection, travel, and possible periodic inspection
Children’s product safety confirmationKRW 50,000KRW 0Testing, inspection, and filing preparation
Children’s product supplier declarationNo automatic amountKRW 0Testing, labels, and retained documentation
Radio-equipment conformity certificationKRW 165,000KRW 0Designated-laboratory testing and technical records
Radio-equipment conformity registrationKRW 55,000KRW 0Testing and registration records
Radio-equipment self-conformity confirmationNo automatic amountKRW 0Testing, publication, and recordkeeping

Electrical annex

The source is Annex 2 of the Enforcement Decree of the Electrical Appliances and Consumer Products Safety Control Act, law ID 004698 and master text MST 282997, effective February 1, 2026.
Article 43 of the Act provides the fee authority.

Children’s annex

The source is Annex 14 of the Enforcement Rule of the Special Act on the Safety of Children’s Products, law ID 012304 and MST 286387, effective June 3, 2026.
Article 39 of the Act provides the fee authority.

Radio annex

The source is Annex 14-3 of the Enforcement Decree of the Radio Waves Act, law ID 004771 and MST 278235, effective October 1, 2025.
Article 69 of the Act provides the fee authority.

Why testing fees are not fixed

Annex 2 under the electrical and consumer-product regime does not assign one universal product-testing price.
It describes a cost build-up that can include a base charge, labor, materials, equipment depreciation, facility upkeep, and other actual expense, with a preliminary payment followed by an itemized final settlement when the result is issued.
This is why the calculator asks for an actual laboratory quote instead of publishing a category average.

Annex 14 under the children’s-product regime likewise ties testing and inspection charges to an approved and published itemized schedule and requires final settlement against the actual detail.
A toy, textile article, synthetic-resin product, or product with multiple materials can need a different chemical, mechanical, flammability, or labeling work plan even when two sellers use a similar commercial name.
A market-average number would hide the variables that most strongly influence the real invoice.

The Korea Testing Certification Institute’s public fee guidance also explains that product-testing charges vary by product and model.
Accordingly, all default testing and travel inputs in this calculator begin at zero and trigger a warning rather than pretending that zero means an exemption.
Replace them with a quote that identifies the standards, test items, samples, result reports, tax treatment, and retest terms for the exact commercial design.

A six-step budgeting workflow

  1. Freeze the product configuration used for classification.
    Prepare the model name, ratings, power supply, major safety components, wireless modules, antenna, materials, intended user age, labels, manuals, factory, and variants before asking for scope.
    A quotation based on an unfinished prototype should be marked as preliminary and refreshed when the mass-production bill of materials and drawings are stable.
  2. Confirm every applicable route and model group.
    Use the competent portal or testing body to identify the covered-product notice, applicable standards, supplier role, filing route, factory-review requirement, and whether electrical safety and radio conformity must both be addressed.
    Enter the agency’s model grouping rather than the number of internal stock-keeping units.
  3. Normalize quotations into non-overlapping line items.
    Separate statutory filing or issuance, product testing, factory-review travel, samples and shipping, consulting and documentation, remediation, and other direct cost.
    If a package quote already includes the same filing reference generated by the calculator, remove that component from the quote input or use the other or combined route with one consolidated confirmed amount.
  4. Separate expected risk from cash stress.
    Use an internal evidence-backed retest probability to form an expected cost for economic analysis, but also retain enough liquidity for the full one-retest cash budget.
    A 25% planning probability does not mean the laboratory will invoice only one quarter of a retest if the product fails.
  5. Build contribution economics rather than a revenue shortcut.
    Start with net selling price and subtract manufacturing or purchase cost, packing and fulfilment, channel and payment fees, and expected return or defect losses.
    Only the remaining unit contribution can recover initial certification investment and ongoing fixed compliance cost.
  6. Review payback as a range and a threshold.
    Compare conservative, base, and optimistic sales realization, include ramp-up and periodic events, and look at sustained rather than only first payback.
    Then compare the reverse-calculated target monthly volume, required realization, required contribution, and required selling price with evidence from preorders, distributor commitments, comparable launches, and customer research.

What to enter in each cost group

KC launch budget input groups and evidence checklist
Input groupIncludeEvidence to retainCommon error
Statutory referenceModel filing or issuance and applicable initial factory-review baseCurrent annex, route confirmation, model and factory listCalling it the complete testing fee
Laboratory quoteConfirmed standards, test items, reports, and stated direct expensesDated itemized quote and test planUsing an unrelated category average
Factory travel and extrasDomestic or overseas travel, local transport, lodging, interpreter, and extra reviewAgency schedule and reimbursable-expense termsAssuming the statutory factory base includes all travel
Samples and logisticsPrototype or production units, destructive loss, packing, customs, and freightSample plan, unit build cost, and shipping quoteEntering only ordinary production cost
Documentation and consultingOptional agency support, translation, labels, manuals, and technical-file preparationScope, deliverables, revision limits, and handoff rightsDouble counting filing or testing paid through an agent
RemediationCircuit, component, tooling, material, firmware, enclosure, or label correctionsPre-check findings, engineering estimate, and change-control recordTreating every failure as a laboratory-only cost
RetestThe expected failed scope or a full rerun depending on the quoteRetest tariff, sample need, and prior internal evidenceTreating probability as a discount on a real invoice
Internal preparationScope checks, supplier records, samples, labels, technical review, and agency coordinationTime estimate and employer or opportunity cost basisLeaving management and engineering time at zero
Ongoing complianceLabel control, records, self-testing, quality controls, and supplier monitoringAnnual operating plan and ownerStopping the budget at certificate issuance
Periodic reviewTesting, factory review, travel, and remediation expected at a defined cycleCurrent route requirement and agency estimateAutomatically applying 24 months to every route

How the calculation works

Statutory reference

The gross reference equals the confirmed route’s per-model amount multiplied by model count, plus its per-factory base multiplied by the applicable initial-review factory count.
Only safety-certification routes with a factory-review base use factory count, so entering factories does not alter safety-confirmation, supplier-declaration, or radio-route references.
A confirmed reduction is subtracted but cannot push the reference below zero, and no small-business reduction is guessed automatically.

Expected external cost and economic cost

Base external cost adds the net statutory reference, other filing charges, testing quote, factory travel, samples and logistics, documentation and consulting, remediation, and other direct cost.
Expected retest cost equals the one-retest quote multiplied by the planning probability, and expected external cost is the sum of base external cost and expected retest cost.
Confirmed grant funding reduces expected external cost with a floor at zero, while internal hours multiplied by hourly cost are added to form initial economic cost.
The full one-retest cash budget instead adds the entire retest quote before subtracting the confirmed grant, because liquidity planning should not probability-discount an invoice that becomes payable in full.

Unit contribution

Sales-linked cost per unit equals net selling price multiplied by the sum of channel-fee rate and return or defect loss rate.
Unit contribution equals net selling price less unit variable cost and sales-linked cost.
If the result is zero or negative, the model reports no payback or sales threshold because selling more units cannot fund the initial investment or fixed compliance cost under those assumptions.

Monthly cash flow, payback, NPV, and ROI

Month one through the chosen ramp-up month receives a linear ramp factor, after which the factor remains one.
Scenario units equal base monthly units multiplied by scenario realization and the ramp factor, and monthly net cash flow equals those units multiplied by contribution less one twelfth of annual compliance cost and any periodic event scheduled in that month.
First payback is the first interpolated crossing above zero, while sustained payback is the first crossing after which a later periodic event never sends the cumulative value below zero again.
NPV discounts each monthly net cash flow at the selected annual rate and ROI divides nominal net value by initial plus recurring and periodic economic cost over the horizon.

Worked example with a six-month post-launch payback

Consider one electrical or consumer-product safety-certification model made at one factory.
The route reference is KRW 50,000 for the model plus the KRW 200,000 initial factory-review base, the testing quote is KRW 750,000, and one full retest is quoted at KRW 400,000 with a 25% internal planning probability.
A KRW 100,000 grant is confirmed and internal preparation is ten hours at KRW 50,000 per hour, while all other direct and recurring costs are set to zero solely to make the formula easy to audit.
Net price is KRW 50,000, unit variable cost is KRW 20,000, sales fees are 10%, returns are zero, and monthly volume is ten units with immediate ramp-up.

Worked Korean KC safety-certification launch payback example
MetricCalculationResult
Statutory referenceKRW 50,000 + KRW 200,000KRW 250,000
Base external costKRW 250,000 + KRW 750,000KRW 1,000,000
Expected retest costKRW 400,000 × 25%KRW 100,000
Cash outlay after grantKRW 1,100,000 − KRW 100,000KRW 1,000,000
Internal preparation cost10 × KRW 50,000KRW 500,000
Initial economic costCash outlay + internal costKRW 1,500,000
Full one-retest cash budgetKRW 1,000,000 + KRW 400,000 − KRW 100,000KRW 1,300,000
Unit contributionKRW 50,000 − KRW 20,000 − KRW 5,000KRW 25,000
Monthly contribution10 × KRW 25,000KRW 250,000
Post-launch paybackKRW 1,500,000 ÷ KRW 250,0006 months
Initial-cost recovery volumeKRW 1,500,000 ÷ KRW 25,00060 units

With a two-month preparation period, the calendar planning payback becomes eight months from the internal decision date.
Over a twelve-month horizon at a 0% discount rate, contribution is KRW 3,000,000, NPV is KRW 1,500,000, and nominal ROI is 100% because the example deliberately excludes recurring and periodic cost.
These are deterministic test values for checking the implementation, not typical KC fees, pass rates, prices, or sales volumes.

Periodic inspection and the sustained-payback boundary

Why a 24-month input is not universal

Article 7 of the electrical and consumer-product Act provides for periodic inspection once every two years for safety certification.
Article 17 of the children’s-product Act also provides a possible two-year periodic-inspection structure for safety certification, but the exact applicability, scope, and agency cost still need route-specific confirmation.
Safety confirmation, supplier declaration, and radio-equipment routes should not inherit a 24-month event merely because that is the calculator’s editable demonstration cycle.

How horizon events are scheduled

A periodic event is placed at the selected cycle and each multiple of that cycle only when the event month is strictly before the analysis end.
A 24-month horizon therefore contains no month-24 event, a 25-through-48-month horizon contains one event at month 24, and a 49-month horizon contains events at months 24 and 48.
This convention treats a cost due exactly after the modeled selling period as outside that period, so a continuing business should extend the horizon to expose the next obligation.

First payback can occur before a large periodic event and then disappear when that event is paid.
Sustained payback solves that problem by identifying the first crossing after which cumulative value remains nonnegative through the entire selected horizon.
The result is still only as sound as the entered event amount and cycle, so preserve the source and review date for each recurring requirement.

Reading the commercial outputs correctly

Cash outlay versus initial economic cost

Cash outlay after grant estimates the external funding need under expected retest assumptions, while initial economic cost adds the value of internal preparation effort.
Use cash outlay and the full one-retest cash budget for liquidity planning, then use initial economic cost for NPV, ROI, payback, and comparison with other projects competing for the same staff time.
If grant reimbursement happens after payment, the company may still need bridge liquidity for the gross invoice even though the net economic burden is lower.

First, sustained, discounted, and calendar payback

First payback answers when nominal cumulative value first reaches zero, but sustained payback also protects against a later periodic-cost dip.
Discounted payback applies the selected annual discount rate to monthly net cash flow, and calendar payback adds the user-entered pre-launch preparation period to the post-launch result.
The preparation input is a business-plan assumption and is not a statutory processing deadline or laboratory service commitment.

NPV and ROI

NPV compares initial economic cost with discounted monthly contribution after recurring and periodic compliance costs.
Nominal ROI divides total contribution less total economic cost by that total cost over the chosen horizon.
A positive NPV does not prove regulatory eligibility, product quality, customer demand, or sufficient liquidity, and a very long horizon can make a weak launch look acceptable if sales assumptions are not independently supported.

Reverse-calculated decision thresholds

Initial-cost recovery units divide initial economic cost by current unit contribution, while steady operating break-even units spread annual compliance and average periodic cost across a month.
Target monthly units solve for the post-ramp base volume needed to cover initial, recurring, and target-period events within the selected target months under the base realization rate.
Required realization compares that target volume with the current base volume, required contribution holds current volume constant, and required selling price solves for a price that retains the required contribution after sales fees and return losses.

Evidence for sales assumptions

KC completion can be a legal prerequisite for supply, import, distribution, or sale, but it does not create demand by itself.
The calculator’s example price, unit cost, volume, and realization rates only demonstrate the mechanics and are not market benchmarks.
Build the three scenarios from evidence that is separate from the certification process.

  • Use signed distributor commitments, qualified preorders, or purchase forecasts with clear cancellation terms for the strongest volume evidence.
  • Use a comparable product’s sell-through, returns, defects, discounts, and channel fees on the same launch timeline rather than gross shipment alone.
  • Separate market demand from inventory availability, advertising spend, price promotions, platform ranking, seasonality, and the timing of channel onboarding.
  • Apply conservative realization to the same base volume instead of inventing different cost structures for each scenario unless the operating plan truly changes.
  • Do not count a certification price premium unless customer research or a contract supports it, because many buyers view compliance as a minimum condition rather than added value.
  • Keep certification-related contribution free of sales that would have occurred through a legally compliant existing model or an already-certified alternative.
  • Refresh assumptions after the final quote, the first purchase order, early return data, and any product modification that can change margin or compliance cost.

Quote and contract checklist

Technical scope

  • Confirmed legal route, covered-product category, standards, test items, model grouping, and factory list.
  • Exact hardware, firmware, power supply, antenna, accessories, materials, labels, manuals, and variants represented by the quote.
  • Number and condition of samples, destructive tests, retained samples, and return or disposal terms.
  • Pre-check, formal testing, report language, certificate or filing support, and scope of technical-document review.
  • Change-control process if a component, factory, supplier, drawing, firmware, material, or label changes before completion.

Commercial scope

  • Separate filing, issuance, testing, factory review, travel, materials, freight, translation, reports, tax, and third-party charges.
  • Payment schedule, preliminary deposit, final itemized settlement, quote validity, cancellation, and schedule-change terms.
  • Retest pricing by failed item, extra samples, permitted correction cycles, and whether review time restarts.
  • Domestic or overseas travel rules, airfare class, local transport, lodging, interpreter, daily expenses, and who books each item.
  • Ownership and handoff of drawings, reports, source files, accounts, application records, and confidential supplier information.

Practical cautions after certification

  • Maintain the exact model, factory, safety-critical components, materials, labels, manuals, and technical evidence associated with the confirmed scope.
  • Route proposed changes through an internal compliance owner before purchase or production, because a seemingly minor substitute can trigger review, reassessment, or new evidence.
  • Budget routine supplier monitoring, incoming inspection, retained records, label control, complaint handling, and corrective action instead of treating compliance as complete on issuance day.
  • Track periodic inspections, confirmation validity, report retention, and renewal or extension milestones using the actual route requirement rather than one shared calendar.
  • Preserve quotations, invoices, grant conditions, tax documents, test reports, application records, product specifications, factory evidence, and change approvals in one auditable file.
  • KC completion does not automatically resolve customs, marketplace onboarding, product liability, recall readiness, privacy, radio-use permissions, battery transport, environmental, labeling, advertising, or contract requirements.
  • Do not treat grant eligibility as approval, and do not subtract a proposed grant until award and agreement terms make the amount sufficiently certain for the decision model.
  • Recheck current statutes, subordinate rules, covered-product notices, technical standards, and agency fee schedules immediately before filing because the source review date is not a future guarantee.

Frequently asked questions

Can the calculator determine the KC route from a product name?

No; product names omit the model, ratings, components, materials, intended age, factory, radio functions, and covered standards needed for classification, so obtain a competent route and model-scope confirmation before using the fee reference.

Does the statutory reference include laboratory testing?

No; it includes only the route-specific filing, issuance, or initial factory-review base represented in the cited annex, while product testing, materials, equipment, facilities, travel, samples, reports, and extra review remain quote-based.

Does no automatic amount mean a supplier declaration is free?

No; it means the calculator does not automatically multiply a statutory filing reference for that route, while own or third-party testing, labels, technical evidence, publication, and recordkeeping can still create material cost.

What if electrical safety and radio conformity both apply?

Run each confirmed route and reconcile overlapping line items, or use the combined option with one itemized consolidated quote, ensuring that testing, samples, administration, and filing amounts are not counted twice.

Why is the factory count ignored for most routes?

The automatic factory amount is limited to the safety-certification routes whose cited annexes contain an initial factory-review base; travel, extra review, future inspections, or a different program’s factory work must be entered separately.

How should I set the retest probability?

Use internal evidence from comparable designs, pre-compliance results, supplier stability, and known failure modes rather than an invented industry pass rate, and always compare the probability-weighted result with the full one-retest cash budget.

Is the preparation period an official processing time?

No; it is your planning estimate from internal decision to sale readiness and does not represent a statutory deadline, laboratory turnaround commitment, or guarantee that testing, remediation, filing, and channel onboarding will finish on schedule.

Why does a periodic event at the horizon not appear?

The model includes events strictly before the analysis endpoint, so a cost at month 24 is outside a 24-month selling period but appears when the horizon extends to month 25; extend the horizon when the business continues beyond the boundary.

Does certification justify a higher sales forecast?

Not by itself; KC may be a legal prerequisite, but price, demand, distribution, advertising, competition, returns, and product quality need separate evidence, so use supported sales scenarios rather than assuming a certification uplift.

Can the output be submitted as an official quote?

No; the output is an internal budget and launch-economics scenario, while any filing, funding, accounting, procurement, or contractual use should rely on current documents issued by the relevant testing, certification, funding, tax, or professional body.

Official sources and review boundary

The legal anchors and fee annexes were checked for current status on August 9, 2026.
The underlying primary texts include the Electrical Appliances and Consumer Products Safety Control Act, law ID 001459 and MST 276591 effective October 1, 2025, its Enforcement Decree MST 282997, and its Enforcement Rule MST 286389 effective June 3, 2026.
They also include the Special Act on the Safety of Children’s Products, law ID 012070 and MST 276551 effective October 1, 2025, its Enforcement Rule MST 286387, the Radio Waves Act law ID 001732 and MST 276245 effective January 2, 2026, and its Enforcement Decree MST 278235.
Official operational overviews from Safety Korea, the Korean Agency for Technology and Standards, and the National Radio Research Agency were used to preserve the procedural boundary between route confirmation and budget modeling.

This page is an explanatory planning tool and does not replace a legal classification, agency consultation, laboratory test plan, official quotation, tax conclusion, grant determination, product-safety review, or professional advice.

Recalculate when the itemized quote arrives

Confirm the route and model scope first, then put filing, testing, travel, samples, remediation, retest, internal effort, and recurring compliance on one consistent payable-cost basis.
Check whether the conservative case survives the cash requirement, whether the base case reaches sustained payback after periodic events, and whether the target sales threshold is supported by launch evidence before committing the product budget.