The question of what happens after a simulator "crash" touches on one of the most misunderstood aspects of professional pilot training, and it draws from a Reddit thread where working pilots weighed in with practical, real-world answers. In full-flight simulators (FFS) used for type ratings, recurrent training, and checkrides, a crash typically results in a frozen or blanked visual, the instructor or evaluator noting the failure point, and the session either resetting to a prior position (via IOS "freeze" and "reposition" functions) or continuing into a debrief. There is no physical consequence to the equipment or the pilot, but the training or checking event itself carries very real professional consequences depending on context: a crash during a Line-Oriented Evaluation (LOE) or a checkride maneuver typically constitutes a failed event, which must be documented, and depending on the operator's training department and the FAA's or the relevant civil aviation authority's oversight structure, may trigger additional training, a retest, or in rare repeat-failure cases, scrutiny of the pilot's overall progress in the program.
This matters enormously to working pilots because simulator sessions are not merely academic exercises — they are FAA-approved (or EASA/ICAO-equivalent) events tied to a pilot's certificate, type rating, or company qualification. Under 14 CFR Part 121 and 135 training programs, a "sim crash" during a check event is recorded, and airlines are required to track pilot performance trends as part of their Advanced Qualification Program (AQP) or traditional training program oversight. A single failed maneuver in a training session (not a checkride) is generally treated as a learning opportunity — the instructor freezes the sim, discusses what went wrong, and reflies the maneuver, sometimes multiple times, until the pilot demonstrates proficiency. However, if the same failure occurs during an actual Proficiency Check (PC) or Line Check, it becomes a "pink slip" or unsatisfactory event that goes into the pilot's training record, potentially requiring additional training hours and a re-evaluation before the pilot can return to the line. Repeated failures across multiple training cycles can lead to a review board, remedial training, or in the most serious and rare cases, removal from a fleet or the end of a pilot's employment — which is why many working pilots on the thread emphasized that the real "consequence" isn't the simulated crash itself, but how it's documented and whether it reveals a pattern.
This distinction — training sim vs. checking sim — is central to why simulators exist as a safety tool in modern aviation. The entire premise of full-motion, Level D simulators is that they allow pilots to experience engine failures, windshear, decompression, dual hydraulic failures, and other high-consequence scenarios that would be far too dangerous, or impossible, to practice in the actual aircraft. Because there's no physical risk, instructors intentionally push pilots into corners, sometimes to failure, specifically so that the debrief can extract maximum learning value. This is a foundational element of Crew Resource Management (CRM) and the broader "just culture" push across aviation training — the idea that identifying weaknesses in a controlled environment, without punitive overreaction to isolated errors, produces safer, more capable pilots than a punitive system that treats every simulator stumble as a black mark. Regional and major carriers alike have shifted training philosophies over the past two decades specifically to encourage pilots to explore the edges of the flight envelope in the sim rather than fly conservatively to avoid a "gotcha" failure.
Broader trends reinforce why this conversation resonates across GA, business aviation, and the airlines. The growth of Upset Prevention and Recovery Training (UPRT) requirements, the FAA's continued expansion of scenario-based training, and increased reliance on Level C/D FFS devices for both initial and recurrent training all stem from the recognition that simulator "failure" is a feature, not a bug, of the system. For GA pilots transitioning into professional flying, understanding this — that a sim crash during training is not analogous to a real accident, and that even a failed check event is a recoverable, well-defined process with additional training built in — helps demystify what can otherwise seem like an intimidating black box of airline and corporate training departments. It also underscores why pilots at every level, from a Part 135 charter operation to a Part 121 major, should view the simulator not as a pass/fail gauntlet to fear, but as the single most valuable tool available for building the skills and habit patterns that keep real airplanes out of real trouble.