Master Rigger Reference

Re-Certification

Airworthiness determination procedures for older and out-of-service parachute equipment. Master Rigger privilege only.

What Is Re-Certification?

Re-certification (also called airworthiness determination) is the process by which a Master Parachute Rigger evaluates older or out-of-service parachute equipment to determine whether it is still safe to use.

Only FAA Master Riggers may re-certify parachute equipment. Senior Riggers may assist but cannot make the final airworthiness determination.

There is no set expiration age for parachute equipment — airworthiness is determined by condition, not calendar age. Equipment that has never been opened may still be airworthy decades later if properly stored.

When Is It Required?

Equipment has exceeded any manufacturer-specified service life or hard life limit
Equipment has been involved in an emergency activation or incident
Equipment has been stored in unknown or potentially damaging conditions (moisture, chemicals, UV, extreme heat)
Equipment has been out of regular repack/inspection cycles for an extended period
Canopy fabric or lines show signs of deterioration beyond normal wear
Equipment has been repaired and must be approved for return to service
Pre-purchase inspection of used equipment at buyer's request

Inspection & Determination Process

01

Review All Documentation

Gather all available paperwork: manufacturer data card, packing records, repair logs, TSO data sheet, and any service bulletins applicable to the equipment.

02

Identify the Equipment

Record manufacturer, model, serial number, DOM (date of manufacture), and all component serial numbers. Cross-reference against FAA and manufacturer records.

03

Check Service Bulletins

Research all applicable manufacturer service bulletins and FAA airworthiness directives. Determine if any mandatory actions have not been complied with.

04

Visual Inspection — Container

Inspect harness webbing for cuts, abrasion, UV degradation, and chemical contamination. Check all stitching, closing flaps, grommets, and risers.

05

Visual Inspection — Canopy

Inspect all panels, seams, suspension lines, connector links, and slider. Look for porosity changes, fabric degradation, mildew, rodent damage, and line trim issues.

06

Porosity Testing

Perform porosity testing on canopy fabric using a calibrated porosity meter. Compare results to manufacturer's published minimum values for that canopy type.

07

Pull Testing

Perform structural pull tests on suspension lines, risers, and seams as required. Document all force values and compare to manufacturer minimums.

08

AAD Compatibility

If an AAD is installed, verify it is within its service life and maintenance intervals. Confirm compatibility with the closing loop routing and container.

09

Make Airworthiness Determination

Based on all findings, the Master Rigger makes a documented determination: Airworthy (return to service), Airworthy with conditions (repairs required first), or Not Airworthy (remove from service).

10

Document Everything

Complete a written report of all findings, tests performed, results, and your final determination. Attach or update the data card. Sign and date with your Master Rigger certificate number.

Automatic Fail Conditions

Harness webbing break strength below manufacturer minimum
Canopy porosity exceeds manufacturer maximum
Any mandatory service bulletin not complied with
Suspension lines outside of manufacturer trim tolerance
Evidence of chemical contamination (petroleum products, battery acid, etc.)
Any repair that was not performed or approved by a certificated rigger
Equipment exceeds manufacturer-stated hard life limit
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Disclaimer

This site is a reference tool only. Always verify against current manufacturer documentation and FAA regulations. Life-safety equipment requires certified rigger inspection.

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