Fatigue Risk Management
(FRAT) Built for Aviation
A structured, AI-powered Fatigue Risk Assessment Tool that helps aviation operators identify, assess, and mitigate crew fatigue risk — keeping flights safe and keeping you compliant with DGCA, ICAO, and EASA FRMS requirements.
CAA Compliant
ICAO SMS Aligned
IOSA Ready
EASA Compatible
AI-Enabled
No-Code Platform
Mobile & Offline
The Problem
Why Aviation Fatigue Risk Goes Unmanaged
Fatigue is one of the most significant safety risks in aviation — yet most operators rely entirely on prescriptive flight time limitation rules, with no proactive system to assess, record, or mitigate individual fatigue risk before it affects flight safety.
FTL Rules Alone Are Not Enough
Flight Time Limitation rules set legal maximums but cannot account for cumulative fatigue, disrupted sleep, circadian disruption, or individual crew fatigue factors — all of which ICAO and EASA identify as key fatigue risks.
5 Core Capabilities
A Complete Fatigue Risk Management
System for Aviation
QMSmart's FRAT module gives aviation operators a structured, evidence-based fatigue risk management system — covering pre-flight assessment, fatigue reporting, mitigation tracking, and regulatory reporting in one platform.
01
Fatigue Risk Management
QMSmart's FRAT module provides a complete, structured Fatigue Risk Management System (FRMS) that goes beyond prescriptive flight time limitation rules. Crew members complete a structured pre-flight fatigue assessment covering sleep quantity, sleep quality, circadian factors, cumulative duty, and subjective alertness — generating an objective fatigue risk score that classifies the risk as low, medium, or high.
High-risk assessments automatically trigger a defined mitigation workflow — alerting the crew scheduling manager, documenting the response, and recording all actions taken. Every fatigue report, risk score, mitigation action, and outcome is permanently retained in the platform, creating the evidence-based FRMS documentation that DGCA, ICAO, EASA, and IOSA auditors require.
Four Pillars of QMSmart FRAT
Pre-flight Assessment
Structured fatigue scoring before every duty — sleep, circadian, cumulative duty factors
Fatigue Reporting
Easy in-flight and post-flight fatigue reports with structured investigation workflows
Mitigation Tracking
Every high-risk assessment triggers an assigned mitigation action tracked to closure
FRMS Reporting
Audit-ready FRMS reports and trend analysis for regulators and Safety Review Boards
06
Fatigue Risk Dashboard
Real-time dashboards give safety managers and crew scheduling teams a live view of fatigue risk across the operation — risk scores by crew member, route, roster pattern, and time of day. Trend analysis reveals which scheduling patterns are generating the highest fatigue risk, enabling proactive roster changes before safety is compromised. AI-assisted pattern detection flags recurring high-risk profiles that may indicate systemic scheduling issues.
07
FRMS Audit-Ready Reports
Generate formatted FRMS reports for DGCA inspections, IOSA audits, and Safety Review Boards in one click — covering fatigue assessment statistics, high-risk event summaries, mitigation action completion rates, and trend analysis. Reports demonstrate that your organisation has a functioning, evidence-based FRMS that goes beyond FTL compliance — exactly what regulators require under ICAO Annex 6 and EASA ORO.FTL framework requirements.
Why QMSmart
From FTL Compliance to
Proactive Fatigue Risk Management
QMSmart FRAT transforms fatigue management from a compliance checkbox into a live, operational safety tool — giving your operation the evidence-based FRMS that DGCA and ICAO increasingly require.
Structured pre-flight assessment
Objective fatigue risk scores covering sleep, circadian, and cumulative duty factors
Automatic high-risk escalation
High-risk assessments immediately alert crew scheduling managers with a documented response workflow
Complete fatigue audit trail
Every assessment, report, and mitigation action permanently recorded — instantly available for DGCA and IOSA
AI pattern detection
Identifies scheduling patterns generating highest fatigue risk before they cause incidents
Mobile fatigue reporting
Crew submit fatigue reports from anywhere — cockpit, crew room, or base hotel
FRMS reports in one click
Formatted FRMS documentation for Safety Review Boards and regulator inspections
Who It's For
Built for Every Aviation Operator Type
Commercial Airlines
FRMS implementation for flight deck and cabin crew — structured pre-flight FRAT, fatigue reporting, and DGCA/IOSA audit-ready documentation.
Cargo & Charter Operators
Fatigue risk management for cargo and charter flight operations — critical for night freight and long irregular duty schedules with high cumulative fatigue risk.
MRO Facilities
Fatigue risk assessment for maintenance engineers working night shifts, extended duty periods, and complex maintenance tasks where fatigue-induced error risk is highest.
ATOs & Training Orgs
FRAT for flight instructors and simulator examiners — ensuring instructor fatigue is assessed and managed to maintain training quality and safety.
Helicopter Operators
Fatigue risk management for helicopter operations — particularly EMS, offshore, and utility operations with unpredictable duty patterns and high fatigue risk profiles.
Business Jet Operators
FRMS for business aviation flight departments — managing fatigue risk for on-demand operations with irregular schedules and high cumulative duty exposure.
Regulatory Frameworks
FRAT Built Around the FRMS Standards Regulators Audit Against
Faq's
Frequently Asked Question
Everything you need to know about QMSmart's Incident Reporting & Investigation Management module.
A Fatigue Risk Assessment Tool (FRAT) is a proactive, evidence-based assessment that evaluates an individual crew member's fatigue risk before each duty — taking into account sleep quantity, sleep quality, circadian disruption, cumulative duty, and subjective alertness. Flight Time Limitation (FTL) rules set legal maximum hours but cannot account for individual fatigue factors. ICAO Doc 9966 and EASA ORO.FTL specifically require operators implementing FRMS to use a structured FRAT as the foundation of their fatigue risk management programme.
The FRAT assessment is configurable to your regulatory framework and typically covers:
- Sleep quantity — hours of sleep in the past 24 and 48 hours
- Sleep quality — disturbances, depth, and restorative value
- Circadian factors — time of day, crossing of time zones
- Cumulative duty — hours flown and duties completed in the past 7 days
- Subjective alertness — crew self-assessment of current alertness level
- Environmental factors — roster disruptions, positioning, commute
Each factor is scored and combined into an overall fatigue risk rating — low, medium, or high.
A high-risk FRAT result automatically triggers a defined escalation workflow. The crew scheduling manager or safety officer is immediately notified. The crew member and manager jointly determine the appropriate mitigation — which may include additional rest, duty reassignment, or operational risk controls. Every decision and action taken is documented and recorded within the platform, creating a complete audit trail that demonstrates your FRMS is functioning as required by ICAO and DGCA.
QMSmart generates formatted FRMS audit documentation including:
- FRAT completion rates by crew member and fleet
- Distribution of low, medium, and high risk assessments over time
- High-risk event log with mitigation actions and outcomes
- Fatigue report register with investigation status
- Trend analysis showing fatigue risk by route, roster pattern, and season
These reports satisfy DGCA FRMS documentation requirements and IOSA FLT 3.3 standards for evidence of a functioning fatigue risk management system.
FRMS is mandatory for operators choosing to operate outside prescriptive FTL limits under ICAO and EASA frameworks. For DGCA-regulated Indian operators, FRMS requirements are increasingly part of SMS audits and IOSA pre-qualification reviews. Even where FRMS is not yet mandatory, DGCA and IOSA auditors are increasingly expecting operators to demonstrate a proactive fatigue risk management programme — and operators without a structured FRAT are receiving findings for gap in SMS Component 3.2 (Safety Risk Management).
Most organisations go live within 4–8 weeks. Our onboarding team configures the FRAT scoring methodology, risk thresholds, and escalation workflows to your regulatory framework — and trains your safety, crew scheduling, and flight operations teams throughout. The no-code setup means your safety manager can adjust the assessment parameters without any IT involvement.
