One-incident gap
Separate policy recognition, the deductible, and the per-occurrence limit so the source of retained loss remains visible
Review per-incident retained cargo liability and annual aggregate exhaustion from documented shipper values, policy limits, deductibles, and user-supplied exposure assumptions.
Enter Korea-related vehicle, insurance, tax, loan, trip, or mobility assumptions. Results are simplified planning estimates.
Recoverable estimate
₩40,031,040
Uncovered accident cost
₩114,528,960
Monthly reserve target
₩9,544,080
Recovery ratio
25.9%
12 month review
This English scenario is a planning proxy for a Korea-specific policy review. The detailed Korean calculator separately models the 2026 business and vehicle scope, three shipper cargo values, incident frequency, damage and liability rates, cargo eligibility, policy recognition, the deductible, the per-occurrence limit, and an optional annual aggregate. Actual Korean law, contracts, policy wording, and loss adjustment control.
This guide concerns South Korean cargo trucking, freight forwarding, freight franchise, insurance, and mutual-aid rules. It does not determine legal liability, compulsory enrollment, policy coverage, loss adjustment, or claim payment. The issued Korean policy or mutual-aid certificate, cargo contract, official registration records, and current professional advice control.
Cargo liability insurance protects against a transport operator or another insured party having to compensate a cargo owner for loss, damage, or delay. It is not own-damage insurance for the truck itself. One vehicle can carry electronics, refrigerated food, machinery, or other cargo with very different maximum values and loss patterns. A statutory minimum or a low premium alone therefore does not reveal the cash exposure from a serious cargo incident.
The detailed Korean calculator models three shipper scenarios. It moves from cargo value to a user-confirmed liability amount, then separates an exclusion or recognition gap, the per-incident deductible, the per-occurrence limit, and an optional annual aggregate. Monthly shipment volume and a user-supplied incident rate produce an annual expected-value stress test. None of the defaults is a market average, recommended loss rate, or insurer quotation.
Separate policy recognition, the deductible, and the per-occurrence limit so the source of retained loss remains visible
Connect shipment volume and an explicit incident-frequency assumption to payout demand before the aggregate cap
Keep the statutory minimum separate from a rounded, input-based per-occurrence and annual limit reference
Article 9-7 of the Enforcement Decree of the Trucking Transport Business Act generally requires covered persons to carry at least KRW 20,000,000 per accident. A licensed freight forwarder arranging only household-goods moving transport has a separate minimum of KRW 5,000,000 per accident. These are compulsory-enrollment floors, not promises that a KRW 80,000,000 electronics shipment or a KRW 100,000,000 machine is adequately protected.
| Business type | Input-based scope test | Per-accident floor | Enrollment-unit reference |
|---|---|---|---|
| Trucking transport operator | Maximum load at least 5 tonnes or gross weight at least 10 tonnes, an in-scope vehicle type, and no confirmed exclusion | KRW 20,000,000 | Each cargo vehicle |
| Moving-only freight forwarder | Licensed forwarding limited to arranging household-goods moves | KRW 5,000,000 | Each business |
| Other freight forwarder | Not the moving-only cargo category in Article 41-13(2) | No automatic value | Confirm license and contract |
| Freight transport franchise operator | Article 35 item 3 scope | KRW 20,000,000 | Vehicle and business treatment depends on direct ownership |
Article 35 of the Trucking Transport Business Act covers a transport operator owning a prescribed truck with a maximum load of at least 5 tonnes or gross weight of at least 10 tonnes, a forwarder handling the cargo prescribed by ministerial rule, and a freight franchise operator. Article 41-13 of the Enforcement Rule identifies ordinary, van, special-purpose cargo vehicles and tractor-type special vehicles, while also providing exclusions. The detailed Korean interface lets a user record the weight, vehicle-type, and exclusion checks, but it does not decide the legal classification of a registration document.
The current exclusion notice, serial 2100000099510, lists several dedicated cargo and special-work vehicles. Examples include dedicated cement, grain, raw-oil, petroleum, scrap-metal, timber, aggregate, and waste transport vehicles, together with certain cranes, rescue, cleaning, water, ladder, pump, communication, and other special-work vehicles. A user should not infer an exclusion from a colloquial vehicle name. Registration, dedicated use, the ministerial rule, and the live notice all require confirmation.
Article 7 of the Trucking Transport Business Act applies Commercial Act Article 135 to a transport operator liability arising from cargo loss, damage, or delayed delivery. Article 135 concerns the carrier showing that the carrier and persons used for receipt, delivery, storage, and transport did not fail to exercise due care.
Commercial Act Article 136 deals with declaration of the kind and value of valuables. Article 137 addresses destination value for total loss, delay, partial loss or damage, wilful misconduct or gross negligence, and certain freight or cost deductions. The calculator cannot resolve those legal facts, so liability is an explicit user input rather than an automated conclusion.
Fault, packaging, inherent vice, disclosure of valuables, mitigation, destination value, saved freight, contractual clauses, exclusions, and other facts may alter liability or insurance recovery. The liability rate and policy-recognition rate are documented scenario inputs. They are not legal findings or claim approvals.
| Input | Meaning | Suggested evidence | Allowed range |
|---|---|---|---|
| Monthly shipments | Shipment count for one shipper row | Dispatch or transport-management record | 0–1,000,000 |
| Maximum cargo value | Highest value in one planned movement | Invoice, manifest, and transport contract | KRW 0–10,000,000,000 |
| Incidents per 10,000 shipments | User record or explicit stress assumption | Internal incident history and scenario memo | 0–10,000 |
| Damage and liability rates | Physical-loss share and user-confirmed responsibility share | Contract, incident review, and professional advice | 0%–100% |
| Policy-recognition rate | Portion of confirmed liability treated as eligible in the model | Policy, endorsement, sublimit, and written response | 0%–100% |
A single coverage-gap number can hide whether the immediate task is to disclose cargo, add an endorsement, change a deductible, or request a higher limit. The model therefore applies four explicit steps.
cargo value × damage rate × liability rate
The result is a documented scenario input, not a court or adjuster determination
confirmed liability × recognition rate when cargo is covered
The difference becomes the coverage or exclusion gap
min(policy-recognized amount, entered deductible)
The deduction cannot exceed the recognized amount or create a negative payout
min(recognized amount − deductible, per-occurrence limit)
Any excess is reported separately as the per-occurrence limit gap
Confirmed liability equals expected insurance payout plus the coverage or exclusion gap, applied deductible, and per-occurrence limit gap. If the actual policy applies deductibles, sublimits, or other provisions in a different order, the issued wording takes priority over this transparent planning sequence.
The fictional default uses a trucking operator whose maximum load is exactly 5 tonnes and gross weight is 9 tonnes. The vehicle type is marked in scope and no statutory exclusion is selected. The policy inputs are a KRW 20,000,000 per-occurrence limit, a KRW 500,000 per-incident deductible, a KRW 50,000,000 annual aggregate, and KRW 10,000,000 already used. These figures demonstrate the model only.
| Shipper scenario | Monthly shipments | Cargo value | Incidents / 10,000 | Damage rate | Liability rate | Covered | Recognition rate |
|---|---|---|---|---|---|---|---|
| Electronics | 100 | KRW 80,000,000 | 20 | 50% | 100% | Yes | 80% |
| Refrigerated food | 50 | KRW 30,000,000 | 40 | 60% | 80% | Yes | 70% |
| High-value precision equipment | 20 | KRW 100,000,000 | 10 | 100% | 100% | No | 0% |
| Shipper | Confirmed liability | Recognized amount | Coverage gap | Deductible | Limit gap | Expected payout | Out of pocket |
|---|---|---|---|---|---|---|---|
| Electronics | KRW 40,000,000 | KRW 32,000,000 | KRW 8,000,000 | KRW 500,000 | KRW 11,500,000 | KRW 20,000,000 | KRW 20,000,000 |
| Refrigerated food | KRW 14,400,000 | KRW 10,080,000 | KRW 4,320,000 | KRW 500,000 | KRW 0 | KRW 9,580,000 | KRW 4,820,000 |
| Precision equipment | KRW 100,000,000 | KRW 0 | KRW 100,000,000 | KRW 0 | KRW 0 | KRW 0 | KRW 100,000,000 |
Precision equipment is entered as not covered. Increasing only the limit cannot cure that KRW 100,000,000 per-incident gap. Cargo classification, disclosure, and endorsement availability come first.
Electronics has KRW 31,500,000 after the deductible but only a KRW 20,000,000 limit. The resulting limit gap is KRW 11,500,000, in addition to the recognition gap and deductible.
Refrigerated food does not exceed the per-occurrence limit, yet the 70% recognition assumption and KRW 500,000 deductible leave KRW 4,820,000 out of pocket.
Annual shipments equal monthly shipments multiplied by 12. Expected annual incidents equal annual shipments multiplied by incidents per 10,000 and divided by 10,000. Each shipper annual liability is its per-incident confirmed liability multiplied by that expected incident count. The same multiplication produces payout demand before the annual aggregate.
The 5.04 figure is a mathematical expectation, not a forecast that exactly five incidents will occur. Incidents may cluster by shipper, vehicle, route, weather, or time. A single severe event can consume much of an aggregate. The calculator caps the portfolio payout in total but does not guess which shipper receives the remaining limit first. Actual policy wording and claim chronology control allocation.
Disable the annual-aggregate switch instead of entering a fabricated zero limit. The model then retains payout demand after each per-occurrence limit and reports no aggregate shortfall. This does not prove that the policy has unlimited annual capacity; it records only that a separate aggregate was not entered and must still be confirmed in writing.
The per-occurrence target takes the greatest active shipper amount after the deductible but before the current limit, compares it with the applicable statutory floor, and rounds upward to the next KRW 1,000,000. In the worked example, electronics requires KRW 31,500,000 before the limit. The displayed target is therefore KRW 32,000,000, which is KRW 12,000,000 above the current KRW 20,000,000 limit.
When an annual aggregate applies, the annual target adds the already used amount to payout demand before aggregate and rounds upward to the next KRW 1,000,000. The example combines KRW 10,000,000 used with KRW 70,992,000 of modeled demand, producing KRW 81,000,000. That is KRW 31,000,000 above the entered KRW 50,000,000 aggregate.
Enter the maximum one-movement invoice value as a separate scenario. If an exclusion or sublimit drives the gap, ask first whether the cargo can be endorsed instead of requesting only a higher headline limit.
Keep shipper assumptions constant and compare written policy limits, deductibles, and aggregates. A lower premium can coexist with a larger retained loss when exclusions or annual capacity differ.
Update aggregate already used with the amount confirmed by the provider. Adjust remaining-period shipment volume in a documented copy of the scenario and review the additional reserve need.
Keep the KRW 5,000,000 statutory floor separate from the actual maximum value of household goods. The legal floor is not an adequacy conclusion.
Confirm direct vehicle ownership and whether vehicle-level and business-level certificates are both required. The calculator does not determine the number of policies.
Start with the largest per-incident out-of-pocket row and review packaging, loading, temperature control, disclosure, and contractual limits. Risk control and insurance capacity are complementary.
Use an internal code instead of a shipper name when printing a planning sheet. Do not paste confidential invoices, personal information, or trade secrets into the calculator. Provide source documents to the responsible professional through an approved secure channel.
An incident frequency of zero means that this expected-value model has no annual incident input; it does not mean that risk is absent. A 100% recognition rate is also an arithmetic assumption, not a claim-payment guarantee. A disputed or high-value transport program should be reviewed with the insurer or mutual-aid association and, when needed, a Korean attorney, loss adjuster, accountant, or competent authority.
It is the general per-accident statutory floor referenced in Article 9-7, not an adequacy guarantee. A shipper value or confirmed liability above that amount can leave a large retained loss even when the minimum is met.
The automatic transport-operator reference uses the 5-tonne maximum-load or 10-tonne gross-weight threshold, vehicle type, and exclusions. That does not eliminate contractual requirements, voluntary risk needs, or another legal classification.
Article 9-7 provides a separate KRW 5,000,000 per-accident floor for a licensed freight forwarder arranging only household-goods moving transport. It does not state that KRW 5,000,000 is sufficient for every move.
Turn off the aggregate switch instead of inventing a zero amount. The model will retain per-occurrence payout demand without an annual cap, while the user still must obtain written confirmation of the actual policy structure.
Convert internal incident history into incidents per 10,000 shipments, or save explicit conservative, base, and optimistic stress assumptions. The default values are fictional and are not Korean market averages.
The liability rate is the portion of physical loss the user has confirmed as operator exposure. The recognition rate is the portion of that exposure treated as policy-eligible in the scenario. Liability can exist while insurance recovery is zero.
No. The target addresses the largest amount after the entered deductible but before the current limit. Exclusions, partial recognition, deductibles, aggregate exhaustion, correlated loss, and future higher-value cargo can remain.
No. Cargo insurance commonly protects the cargo owner interest in the goods. This tool focuses on the third-party cargo liability exposure of a Korean transport operator, forwarder, or franchise operator against the entered liability policy limits.
The National Law Information Center OPEN API was checked on August 15, 2026. The current Trucking Transport Business Act record is ID 001748, MST 286393; its Article 7 and Article 35 service records show an article effective date of May 29, 2026, while the current consolidated record includes a July 1, 2026 effective change elsewhere. The current Decree is ID 005667, MST 286309, effective June 3, 2026. The current Rule is ID 008740, MST 282123, with the consolidated record effective June 30, 2026. The current Commercial Act is ID 001702, MST 272919, effective July 23, 2026.
Recheck every rule, notice, policy limit, exclusion, and effective date at renewal or contract execution. The legal values in this page are traceable dated inputs; they are not permanent constants.
Enter documented cargo values and policy terms, review the one-incident gaps and annual aggregate exhaustion, and save the result. The next step is a written request to the insurer or freight mutual-aid association covering the per-occurrence limit, aggregate, deductible, cargo eligibility, exclusions, and sublimits.