This is a ready-to-use shipping qualification protocol for a passive or active cold chain shipping system carrying a cell therapy, gene therapy, or other advanced therapy product. Replace every <<FILL: ...>> placeholder with your own specifics, set your document numbers and dates, and route it through your normal document control, review, and approval before execution. A worked filled specimen follows. Verify each cited reference against the current source before you rely on it.
Document control header
| Field | Entry |
|---|---|
| Document title | Shipping Qualification Protocol for <<FILL: product / shipper type / lane>> |
| Document number | <<FILL: e.g. SQ-2026-04>> |
| Version | <<FILL>> |
| Effective date | <<FILL>> |
| Origin site | <<FILL>> |
| Destination site(s) or receiving network | <<FILL>> |
| Linked stability data reference | <<FILL: ref>> |
| Protocol owner | <<FILL: e.g. Packaging/Logistics Engineering Lead>> |
1. Purpose
This protocol defines the design, execution, and acceptance criteria for qualifying <<FILL: shipper type>> to carry <<FILL: product>> between <<FILL: origin>> and <<FILL: destination(s)>>, demonstrating with real temperature data that the shipping system holds the product within its qualified range for at least the worst realistic transit duration.
2. Scope
| Dimension | Decision |
|---|---|
| Shipper type(s) in scope | <<FILL: dry vapor / dry ice / phase-change / mechanically cooled>> |
| Lane(s) in scope | <<FILL: specific origin-destination pairs, including carrier and mode>> |
| Payload configurations in scope | <<FILL: minimum load, maximum load, or both>> |
| Seasons in scope | <<FILL: summer, winter, or both, per year-round shipping plan>> |
| Out of scope | <<FILL: e.g. facility-to-facility bulk transport, covered under a separate protocol>> |
3. Responsibilities
| Role | Responsibility |
|---|---|
| Packaging / Logistics Engineering | Authors this protocol, designs the study, executes test shipments, compiles data |
| Manufacturing Science / Process Development | Supplies the allowable temperature range and duration from the stability program |
| Regulatory Affairs / EHS, dangerous goods function | Confirms and documents the correct dangerous goods classification for each shipper type in scope |
| Quality Assurance | Reviews and approves the protocol, dispositions any deviation, approves the report and the release of the qualified system for real shipments |
4. Prerequisites
| Prerequisite | Evidence ref |
|---|---|
| Product’s allowable temperature range and duration defined by the stability program (ICH Q1A(R2)-based) | <<FILL>> |
| Shipper type and coolant system selected and available in test quantity | <<FILL>> |
| Calibrated data loggers available, traceable to a recognized reference standard | <<FILL>> |
| Worst-case lane(s) identified with carrier, routing, and historical transit time data | <<FILL>> |
| Dangerous goods classification for the shipper type confirmed (see section 9) | <<FILL>> |
Before scoping a new lane’s qualification runs, confirm whether it can be bracketed under an already-qualified worse-case lane rather than run as its own full study; use the paired Shipping Lane Risk Assessment to make and document that comparison before relying on it.
5. Shipper and lane characterization
| Element | Definition |
|---|---|
| Shipper make/model | <<FILL>> |
| Rated hold time (as published) | <<FILL>> |
| Coolant type and charge procedure | <<FILL: e.g. LN2 absorption, dry ice mass, phase-change insert>> |
| Lane leg-by-leg breakdown | <<FILL: number of carrier handoffs, mode changes, customs/import holds expected>> |
| Ambient profile applied | <<FILL: e.g. ISTA 7D seasonal profile, ISTA 7E full thermal transport simulation, or a custom profile with its basis stated>> |
6. Qualification study design
| Test parameter | Requirement |
|---|---|
| Logger placement | At minimum: geometric center, all four corners of the payload space, and the position nearest the lid or opening |
| Payload configuration | Minimum load run and maximum load run, each independently qualified |
| Seasonal challenge | Summer (high ambient) run and winter (low ambient) run, both required for a year-round shipping profile |
| Simulated handling events | At least one representative lid opening or inspection event if the real lane is expected to include one |
| Orientation | Shipper run in its intended shipping orientation; tip/inversion handling addressed by design and label, not by the study, for dry vapor shippers |
| Number of qualification runs per configuration | <<FILL: e.g. n=3 per configuration, stated rationale>> |
7. Acceptance criteria
The shipping system passes qualification only when, across every run in section 6, the internal temperature at every logger position stays within <<FILL: the product's qualified range, e.g. 2 to 8 degrees Celsius>> for the full duration of <<FILL: worst-case transit time plus a stated margin>>, with no logger showing an excursion outside that range at any point in the profile.
8. Monitoring devices and data handling
Every logger used in this qualification carries calibration traceable to a recognized reference standard, with the calibration certificate referenced in the raw data package. More than one logger is placed per test unit so that a single device malfunction does not invalidate the run. Logger data is downloaded and reviewed against the acceptance criteria in section 7 before the run is considered complete; a logger that failed to record for any part of the transit invalidates that specific run, not the whole study, and the run is repeated.
9. Dangerous goods classification confirmation
| Shipper type | Classification | Basis |
|---|---|---|
| Dry vapor (fully absorbed LN2, no free liquid, no pressure buildup) | <<FILL: e.g. Not Restricted per IATA Special Provision A152>> | <<FILL: confirmation reference, e.g. supplier design data plus internal verification>> |
| Dry ice | <<FILL: e.g. UN 1845, Class 9, IATA Packing Instruction 954>> | <<FILL>> |
| Phase-change / mechanically cooled | <<FILL: e.g. not a temperature-driven dangerous good; battery rules apply for active units>> | <<FILL>> |
Confirm the classification for the specific shipper model and charge state in scope; a design change to the shipper or its coolant system requires this section to be re-verified, not assumed to carry over.
10. Deviation handling during the study
Any logger reading outside the target range during a qualification run, any missed logger download, or any departure from this protocol is recorded as a deviation per <<FILL: deviation SOP-ID>> at the point it is found. Each deviation states the affected run, root cause where determinable, and an impact assessment on whether the run can still support a qualification conclusion. An unassessed deviation blocks the report conclusion for that configuration.
11. Report commitments
The protocol owner issues a shipping qualification report on completion, covering: run-by-run logger data against the acceptance criteria in section 7, the dangerous goods classification confirmed in section 9, all deviations and their resolution, and an explicit conclusion on the qualified hold time and configuration limits for the shipper and lane in scope. Quality approves the report before the system is released for use on real patient-dose shipments.
12. References
21 CFR 211.142, Warehousing procedures. 21 CFR 211.150, Distribution procedures. ICH Q1A(R2), Stability Testing of New Drug Substances and Products. USP General Chapters <1079>, <1079.2>, <1079.3>, and <1079.4> (verify current titles and status before citing). IATA Dangerous Goods Regulations, Special Provision A152 and Packing Instruction 954 (verify current edition). ISTA 7D and 7E thermal transport test procedures.
Confirm the current version of each reference before issue.
13. Revision history
| Version | Date | Author | Summary of change |
|---|---|---|---|
<<FILL: 1.0>> | <<FILL>> | <<FILL>> | Initial issue. |
14. Approvals
| Role | Name | Signature | Date |
|---|---|---|---|
| Author (Packaging/Logistics Engineering) | <<FILL>> | ||
| Reviewer (Manufacturing Science) | <<FILL>> | ||
| Reviewer (Regulatory Affairs / EHS) | <<FILL>> | ||
| Approver (QA) | <<FILL>> |
Filled specimen
Extract for an example autologous cell therapy product shipped in a dry vapor shipper. Company, product, and numbers are illustrative.
| Field | Entry |
|---|---|
| Product | Acme Cell Therapeutics, ACT-07 autologous CAR-T infusion product |
| Shipper | Model X200 dry vapor cryoshipper, rated hold time 10 days fully charged |
| Qualified range | Below minus 150 degrees Celsius for up to 96 hours transit |
| Lane | Manufacturing site to a national network of 40 infusion centers, worst-case lane selected as a 3-leg air and ground route with one customs-adjacent transfer, historical maximum observed transit 68 hours |
| Runs executed | Summer and winter ambient profiles per ISTA 7D, minimum load (1 unit) and maximum load (6 units), 5 loggers per run: center, 4 corners |
Results: all runs held below minus 150 degrees Celsius for the full 96-hour qualified duration across both seasons and both load configurations. One winter maximum-load run showed a near-lid logger reading of minus 148 degrees Celsius at hour 90, still within the qualified range but closer to the margin than the other positions, logged as an observation and carried into the report as a rationale for a tightened minimum charge-state check before dispatch, not a deviation. Dangerous goods classification confirmed as Not Restricted per IATA Special Provision A152, based on the supplier’s design data showing full absorption with no free liquid at any orientation. Conclusion: shipper qualified for the lane at up to 96 hours transit, both seasons, both load configurations, with the charge-state check added as a dispatch control.
Common inspection findings this protocol prevents
- A shipper’s published hold time cited as qualified for a specific lane with no study actually run against that lane’s real worst case.
- Temperature mapped only at the geometric center, missing a corner or near-lid excursion.
- Only one season tested for a product that ships year-round.
- Dangerous goods classification assumed rather than confirmed for the specific shipper model and charge state in scope.
- A qualification report with no explicit hold-time and configuration-limit conclusion, leaving real shipments to guess at their own margin.
How to adapt this protocol
- Set your document number, product, shipper model, and lane in the header.
- Confirm your product’s own allowable range and duration from the stability program before selecting section 6’s test parameters.
- Size the number of qualification runs per configuration in section 6 to your program’s risk tolerance and document the rationale.
- Complete section 9 for every shipper type actually in scope; do not carry a dangerous goods classification over from a different model without re-verification.
- Point section 10 to your real deviation SOP, and confirm every reference in section 12 against the current published version before issue.