CAE
All Research

CAE Performance And Exposures

FY2025 and Q1-Q3 FY2026 performance analysis. CAE is financially stronger with Defense crossing 10% margin, but Civil is softer than expected due to weaker order activity, lower utilization, and network rightsizing. Record FY2025 FCF of CAD 813.9M.

4 sources

Key Metrics

CAD 4.7B

FY2025 Revenue

$11.3B

Adjusted Backlog

CAD 813.9M

FY2025 Record FCF

2.30x

Net Debt/EBITDA (Q3 FY26)

10.1%

Q3 FY26 Defense Margin

0.84x

YTD Civil Book-to-Sales

Quarterly revenue trajectory shows the impact of CAE's strategic pivot toward software and recurring training services. Q3 FY2026 marked a record quarter driven by civil training volume recovery post-pandemic [2].

Quarterly Revenue By Segment (FY2026)

Civil Aviation
Defense & Security

Operating margins differ significantly between segments. Civil aviation training benefits from high utilization rates and recurring contracts, while defense margins reflect the cost structure of long-cycle government programs [1][2].

Segment Margin Trend (FY2026)

Civil Margin
Defense Margin

Debt Deleveraging Trajectory

Key Exposures

Civil order softness22 FFS sales YTD, 0.84x book-to-sales through Q3
Airline hiringU.S. down ~40% YoY, ~70% below 2022 peak
Aircraft availabilityOEM delays and groundings constraining demand

Structural Demand Context From Academic Research

Despite cyclical softness in FFS orders, the structural demand outlook for simulation-based training remains robust. Academic research estimates a global need for approximately 760,000 new pilots over the next two decades, creating sustained demand for flight simulation training devices regardless of short-term airline hiring fluctuations [3]. The USAF Pilot Training Next (PTN) program has demonstrated that competency-based, simulation-heavy training pipelines can compress qualification timelines by 30-50%, establishing a paradigm that commercial aviation will likely follow [3].

Meanwhile, research into FSTD cost and ecological advantages demonstrates that full-flight simulators deliver 60-80% lower per-hour operating costs than equivalent live-aircraft training while eliminating carbon emissions, noise pollution, and airspace congestion — factors that tighten regulatory tailwinds for simulator adoption [4]. The combination of workforce shortage pressure, cost efficiency, and environmental regulation suggests that CAE's current civil order softness is cyclical, not structural, and that the addressable market for simulation training is expanding rather than contracting.