A private pilot applicant facing a cross-country checkride has surfaced a scenario that reveals a fundamental and frequently underappreciated skill in pilot training: real-world airspace decision-making under operational constraints. The DPE assigned a destination that places MOAs directly along the most logical routing, and the applicant's own preflight analysis has already identified three distinct options — each carrying a meaningful tradeoff between terrain clearance, proximity to divert options, and airspace penetration. That the student performed this analysis at all reflects solid aeronautical decision-making (ADM) instincts, but the situation highlights how MOA awareness is often taught as rote knowledge rather than applied planning discipline.
MOAs, as defined in 14 CFR and the AIM, do not require an ATC clearance to enter — unlike Class A airspace — but pilots are strongly advised to contact the controlling agency to determine activity status before transiting. In VFR conditions, a pilot may legally fly through a MOA at their own risk, accepting the possibility of encountering high-speed military traffic, aerobatics, or formation operations. The applicant's concern about penetrating the bottom of one by 1,500 feet is operationally sound, but the correct response during a checkride is not necessarily to avoid the airspace entirely — it is to demonstrate the process: check NOTAMs, contact the controlling ARTCC or associated military scheduling authority, query the status, and make a documented, reasoned go/no-go decision. DPEs are evaluating judgment, not just outcomes.
For professional and corporate pilots operating under Part 91, 91K, or 135, MOA penetration is a routine consideration on high-altitude or cross-country routing, particularly in the western United States where MOAs blanket large swaths of navigable airspace. Dispatchers and flight crews regularly pull MOA activity schedules — often published by range scheduling offices — and coordinate with ATC to remain clear of active areas or accept a routing amendment. The same logic applies at the private pilot level; the toolset is simply more basic. A student demonstrating knowledge of how to query ARTCC for MOA activity, explaining the tradeoff between terrain, weather, and airspace on the planned route, and articulating a contingency if the MOA is found to be active will satisfy the ACS standards far better than a mechanically avoidant routing that sacrifices terrain clearance or divert access.
The broader training implication is that the aviation system does not expect student pilots — or any pilots — to have perfect routes. It expects them to have a defensible decision-making process. The applicant's instinct to preserve visual references and viable divert options is exactly the kind of risk-management thinking that the FAA Airman Certification Standards reward. The checkride is not a test of map-memorization; it is a test of whether the applicant can weight competing hazards, use available resources (ATC, NOTAMs, FSS, sectional annotations), and explain their reasoning clearly. A candidate who arrives having already worked through multiple routing options and can articulate why one was selected over others has, in effect, already demonstrated the competency the DPE is looking for.