A pilot's forum post describing five failed checkrides across the certification ladder—private, instrument, commercial, CFI, and multi-engine—has surfaced on r/flying, generating discussion about how the FAA practical test standards are applied and how such records affect hiring prospects. Each failure, according to the applicant, stemmed from a single discrete deficiency rather than a broad pattern of unsafe piloting: a systems knowledge gap on the private oral, a VOR crossing/descent timing error on instrument, a 20-foot tolerance bust on the commercial power-off 180, an incorrect eights-on-pylons entry point on the CFI ride, and a missed verbal callout ("left prop feather, left mixture cutoff") during an engine-out procedure on the multi-engine addon. The applicant, now a working CFI with students and pursuing a Gold Seal instructor rating, reports consistently strong feedback from instructors, peers, and even the commercial DPE who called him the most skilled applicant that examiner had seen—yet the paper trail shows five notices of disapproval.
This case illustrates a persistent tension in the FAA practical test system that working pilots and CFIs will recognize immediately: the ACS and PTS are pass/fail frameworks with hard tolerances (altitude, airspeed, heading) and mandatory task sequences, leaving DPEs little discretion to "debrief" a bust rather than issue a formal failure. A power-off 180 landing beyond the 200-foot touchdown tolerance, an incomplete emergency checklist callout during a simulated engine failure, or an incorrect maneuver entry point are all specifically enumerated as disqualifying items in the ACS, regardless of how proficient the applicant is on every other task. Examiners are trained to apply these standards uniformly precisely to avoid the appearance of favoritism or inconsistent grading, which protects the integrity of the certificate but can feel punitive to an applicant who otherwise flies at a high level. For CFIs in particular, this is a valuable teaching point: checkride prep must include rigorous tolerance discipline and rote callout memorization under stress, not just competent stick-and-rudder skills, because examiners cannot exercise judgment once a tested standard is missed.
For airline, corporate, and charter hiring departments, multiple checkride failures are a well-known scrutiny point, and this thread reflects broader industry anxiety about how such records are weighed against overall pilot competence. Part 121 carriers and many Part 135 operators use structured interview boards that specifically probe checkride failures, generally looking for a coherent narrative of what went wrong and what changed—rather than treating every bust as an automatic disqualifier. A candidate with 750 hours, an active CFI certificate, students under instruction, and strong references from check airmen and DPEs is not an unusual hiring profile at regional or 135 operators, many of which weight recent flying history, instructor recommendations, and interview performance heavily alongside the FAA record pulled via PRIA. The applicant's plan to build time through CFI work and pursue Part 135 first, rather than jumping straight to a major or regional, reflects a common and reasonable pathway for pilots looking to build a track record that offsets an early checkride history.
More broadly, this post taps into an ongoing conversation in the CFI and flight training community about examiner variability, the rigidity of ACS tolerances versus real-world piloting judgment, and the psychological toll of high-stakes single-event testing on otherwise capable pilots. As the industry continues to face instructor and pilot shortages in some segments, training providers and DPEs alike are increasingly discussing whether checkride design adequately reflects operational competence or overweights momentary lapses in rote procedure. For current CFIs, the case is a reminder to drill applicants not just on maneuvers but on the precise verbal and procedural sequencing examiners are trained to grade, since in multi-engine and commercial testing especially, memorized callouts and hard numerical limits can end an otherwise flawless ride.