Ty Myers and Graeme Taylor recently returned from Aero Engines 2026, and at the Impresa booth this year, they learned how expectations are evolving for aviation MRO software. There was a consistent message echoing across their conversations: aviation asset value management is becoming more complex, more urgent, and more consequential.
Whether speaking with airlines, lessors, MRO executives, teardown specialists, or appraisers, the same underlying pressure surfaced. The financial stakes surrounding engines and high-value components are rising, yet many organizations are still relying on manual processes to guide decisions worth millions of dollars.
In modern fleets, engines frequently account for 40–50% of an aircraft’s value. When a single shop visit can range anywhere from $2 million to well over $10 million depending on findings and work scope, even modest valuation assumptions can materially alter the financial outlook of an asset. Decisions about whether to keep an engine on-wing, schedule a shop visit, sell, lease, or pursue teardown strategies are no longer isolated technical judgments — they are enterprise-level capital allocation decisions.
Normalize Engine Configurations for Accurate Comparison was a Key Theme
One of the strongest themes at the conference was how difficult it has become to normalize engine configurations for accurate comparison. Two engines of the same model can differ significantly in thrust rating, LLP stack composition, build standards, software versions, service bulletin compliance, and remaining cycles. Each of those variables influences maintenance timing, cost exposure, and ultimately market value. Without structured, controlled data models, teams are left manually reconciling differences before they can even begin forecasting residual value.
That manual effort takes time. In many organizations, market value estimates still require one to three days to complete. In a volatile market where supply constraints, OEM pricing dynamics, and opportunistic acquisitions move quickly, that delay can limit responsiveness and introduce unnecessary risk.
Teardown and part-out discussions revealed similar complexity. Before acquiring a distressed aircraft or engine, firms must estimate recoverable component value, overhaul costs, market demand, storage implications, regulatory exposure, and resale timing. The entire financial model hinges on whether the aggregated value of recoverable components exceeds the purchase price of the parent asset. When those calculations are spreadsheet-based and highly manual, error risk increases and institutional knowledge become fragile.
Graeme noted that many of these valuation challenges are no longer purely financial problems. They are orchestration problems. Asset strategy depends on harmonizing technical records, maintenance history, configuration data, purchasing inputs, compliance documentation, and market intelligence. When these elements sit in disconnected systems, valuation becomes reactive rather than strategic.
Emphasis on Turnaround Time Consistency Continued to be a Hot Topic
Another important undercurrent at Aero Engines was the emphasis on turnaround time consistency. While traditionally viewed as a shop metric, predictable turnaround time now directly affects asset value, lease redelivery confidence, and fleet planning. Operators and lessors depend on accurate forecasts not only for maintenance events but also for capital planning and residual value management. Uncertainty in component condition or valuation modeling cascades across the enterprise.
The encouraging takeaway from the event was that the industry recognized the problem. There is growing acknowledgment that static spreadsheets and ad hoc models are no longer sufficient in a capital-intensive, configuration-complex environment. Organizations want repeatable analysis, normalized data structures, faster evaluation cycles, and the ability to compare scenarios dynamically rather than rebuild models from scratch each time.
As Ty summarized in several discussions, the companies that modernize their asset value workflows will not simply work faster. They will make more informed acquisition decisions, reduce financial exposure, respond to opportunities with greater agility, and protect margins in a tightening market.
Show Reinforced that Aviation Asset Economics are Entering a New Phase
Aero Engines 2026 reinforced that aviation asset economics are entering a new phase. Supply chain volatility persists. OEM control of the aftermarket continues to evolve. New technology engines introduce long-term forecasting uncertainty. Capital intensity remains high. In this environment, precision and speed in valuation are no longer optional.
Over the coming weeks, we will share additional insights drawn from Ty’s and Graeme’s conversations at the event, including deeper perspectives on lifecycle economics, teardown modeling, and the operational implications of modern valuation tools.
If these themes resonate with the challenges you are navigating, we welcome the conversation.
Learn more at www.impresa-us.com.
