Compliance & Inspections Guide

Master Airworthiness Directive (AD) compliance tracking and inspection management to keep your aircraft legal and airworthy.

Airworthiness Directive (AD) Compliance

Understanding ADs
What are Airworthiness Directives and why they matter

Airworthiness Directives (ADs) are regulations issued by the FAA that require specific actions to address unsafe conditions in aircraft, engines, propellers, or appliances. Compliance is mandatory for airworthiness.

Key Features of PilotSync AD Tracking:

  • Dual Interval Support: Tracks both calendar time AND flight hours
  • Smart Calculations: "Every 12 months OR 100 hours, whichever comes first"
  • Automatic Applicability: AI determines which ADs apply to your aircraft
  • Next Due Tracking: Always know when compliance is due
AD Compliance Workflow
  1. AD Assignment

    PilotSync automatically identifies applicable ADs based on your aircraft specifications. You can also manually add specific ADs.

  2. Compliance Recording

    When you complete an AD, record the compliance date, aircraft hours, method used, and who performed the work.

  3. Automatic Calculations

    The system automatically calculates the next compliance due date/hours based on the AD's requirements.

  4. Ongoing Monitoring

    Dashboard alerts and notifications keep you informed of approaching compliance deadlines.

Dual Interval Tracking

Understanding "Whichever Comes First"
How PilotSync handles complex AD compliance requirements

How It Works

Many ADs require compliance at regular intervals with dual criteria. PilotSync tracks both calendar time and flight hours simultaneously, alerting you when either threshold approaches.

Example: AD 2019-12-05

"Inspect elevator control cables every 24 months OR 200 flight hours, whichever occurs first"

Scenario A: Low Usage Aircraft

Flies 50 hours/year → compliance due every 24 months (calendar limit reached first)

Scenario B: High Usage Aircraft

Flies 150+ hours/year → compliance due every 200 hours (flight time limit reached first)

Aircraft Inspections

Types of Inspections
Understanding different inspection requirements

ANNUALAnnual Inspection

Required every 12 calendar months for most general aviation aircraft.

14 CFR 91.409(a) - Must be performed by A&P mechanic with Inspection Authorization (IA)

100 HOUR100-Hour Inspection

Required every 100 hours of flight time for aircraft used for hire or flight training.

14 CFR 91.409(b) - Can be performed by A&P mechanic without IA

VORVOR Inspection

Required every 30 days for VOR navigation equipment if used for IFR flight.

14 CFR 91.171 - Can be performed by pilot or appropriately rated person

TRANSPONDERTransponder/Altitude Encoder

Required every 24 calendar months for transponder and altitude encoding equipment.

14 CFR 91.413 - Must be performed by appropriately rated repair station or person

STATICStatic System/Altimeter

Required every 24 calendar months for static pressure system and altimeter used for IFR flight.

14 CFR 91.411 - Must be performed by appropriately rated repair station or person

Setting Up Inspections

Creating Inspection Schedules
  1. Navigate to Aircraft Inspections

    Go to your aircraft detail page and select the "Inspections" tab.

  2. Add New Inspection

    Click "Add Inspection" and select the type (Annual, 100-hour, VOR, etc.).

  3. Set Last Completed Information

    Enter when the inspection was last completed:

    • • Date of last inspection
    • • Aircraft hours at time of inspection
    • • Who performed the inspection
    • • Any relevant documentation
  4. Configure Intervals

    Set how often the inspection is required (e.g., every 12 months, every 100 hours).

  5. Review Calculated Due Dates

    PilotSync automatically calculates when the inspection is next due based on your settings.

Understanding Compliance Status

CURRENTCurrent

Compliance is up to date. Next due date/hours are in the future with adequate time remaining.

DUE SOONDue Soon

Compliance deadline is approaching (typically within 30 days or 10 flight hours). Schedule work soon.

OVERDUEOverdue

Compliance deadline has passed. Aircraft may not be legal to fly. Address immediately.

NOT APPLICABLENot Applicable

AD does not apply to this specific aircraft based on its specifications, serial numbers, or other criteria.

Recording AD Compliance

Compliance Documentation
How to properly document AD compliance
  1. Access AD Compliance

    Go to your aircraft → AD Compliance tab, then click on the specific AD you've completed.

  2. Record Compliance Details

    Required Information

    • • Date work was completed
    • • Aircraft hours at completion
    • • Compliance method used
    • • Who performed the work

    Optional Details

    • • Work order or invoice number
    • • Parts used or replaced
    • • Supporting documentation
    • • Additional notes
  3. Verify Automatic Calculations

    Review the automatically calculated next due date and hours. Adjust if needed based on specific AD requirements.

Common Compliance Methods

Inspection

Visual or detailed inspection of specified components. Most common method for recurring ADs.

Replacement

Complete replacement of affected component with new or overhauled part meeting current standards.

Modification

Installation of kit or modification to address the unsafe condition. Often a one-time compliance.

Alternative Method

FAA-approved Alternative Method of Compliance (AMOC) that achieves equivalent safety.

Appliance-Based Compliance

Engine and Component Tracking
Managing compliance for engines, propellers, and other components

Some ADs apply specifically to engines, propellers, or other appliances rather than the airframe. PilotSync tracks these separately using appliance-specific time tracking.

Appliance Time Tracking

  • Engine Time: Tracked separately from aircraft time
  • Propeller Time: May differ from engine time if prop was replaced
  • Component Hours: Individual tracking for specific equipment
  • Cycle Counts: For components with cycle-based limits

Example: Engine AD Compliance

An AD might require inspection of engine cylinders every 400 hours of engine operation. If your engine was replaced or overhauled, its time tracking starts fresh while the airframe continues accumulating total time.