VFRMission,Airports,andRoute

A cross-country flight starts with the mission, not the chart. Before anything is drawn, write down the purpose, the date, the earliest and latest acceptable arrival time, who is on board, what they are carrying, and whether a return is wanted the same day or later. Put the aircraft’s actual registration and exact model next to it, not “the club 172,” because the registration is what the rest of this course’s worksheets key everything to.

Passenger expectations are a scheduling problem, not a weather problem. A passenger who says “we have to be there by five” is handing you a planning constraint to solve on the ground, days in advance, with a backup plan, not a reason to accept a lower weather margin on the day. Separate the two explicitly: a latest acceptable departure time, an overnight option if the trip slips, a ground-transport fallback, and a number you are willing to spend on a diversion.

Note anything that moves this outside ordinary daytime domestic planning: night flight, unfamiliar or high-density airports, mountainous terrain, overwater legs, or special-use airspace. Each of those needs training and planning beyond what this course covers; flag it rather than plan around it as if it were routine.

Before researching a single airport, confirm the flight is legal to attempt at all. Check certificate and rating privileges, medical qualification or an applicable alternative, flight review currency, any required endorsements, and passenger-carrying currency — day and night are separate questions under 14 CFR 61.57(a), and an instrument rating does not by itself make a pilot current for anything. Use the actual logbook. Memory is not a records system.

Then the airplane: current documents, operating limitations, a current weight-and-balance, airworthiness directive compliance, and maintenance status, including which inspections actually apply to this operation. An annual inspection and a 100-hour inspection answer different questions — a 100-hour is not automatically due just because the airframe has flown 100 hours, it depends on what kind of operation is being flown (14 CFR 91.409).

If something is inoperative, the question is whether dispatch is permitted: under an approved MEL where one exists, or otherwise directly under 14 CFR 91.213, which asks whether the item is required by the type certificate, by an airworthiness directive, by the kind of operation being flown, or is otherwise required equipment for this specific flight. A placard covering a broken gauge does not by itself satisfy that rule; when in doubt, get a maintenance determination before departure, not after.

Treat every airport on the route, including fallback airports, the same way: three separate passes, each answering a different question, none of them a substitute for the others.

Pass one is published airport data, from the current Chart Supplement and the current sectional or terminal chart: identifier, coordinates and elevation, public or private status, any PPR condition, runway dimensions, surfaces and slope, pattern altitude and direction, lighting, communications and weather-reporting frequencies, fuel listed, and remarks. Read the remarks. A runway length without its slope, its surface condition, or a remark about a displaced threshold is half the information.

Pass two is current operational notices: NOTAMs for runway and taxiway closures, lighting or navigation-aid outages, temporary flight restrictions, and anything else that would not show up in a saved chart. Record the effective start and end time of each one and whether it overlaps your planned arrival or your return. If the schedule shifts, recheck — a NOTAM that does not apply at your original ETA can apply at your delayed one.

Pass three is a phone call to the airport operator or the FBO that will actually serve you. A fuel icon on a chart or a listing in a commercial directory is a lead, not a confirmation. Call, ask the questions below, and write down who you spoke to and when.

Mark the departure, the destination, and at least two sensible fallback airports along the way — airports you could actually land at, with usable runways and, ideally, confirmed fuel, not just the nearest dot on the chart. Evaluate terrain, airspace, weather exposure and communications coverage along the whole route, not only at the two ends.

A route that is a little longer but keeps better airports underneath it, or avoids a complicated airspace transition, is often the better choice. Draw that option and compare its actual time and fuel cost against the direct line rather than assuming direct is automatically best.

Pick recognisable checkpoints before workload rises in flight: a feature near a turn, before an airspace boundary, or where terrain changes, something you could identify without the moving map if it failed. Avoid a small feature that looks like a dozen others nearby, and check whether darkness or season removes the visual cue you are counting on.

For every controlled or special-use area the route touches, write down what compliance actually requires. Flight following is advisory traffic separation, not a blanket clearance into controlled airspace — Class B specifically requires an explicit clearance before entry, and Class C and D each carry their own communication and equipment expectations. Check for TFRs, prohibited and restricted areas, and, if the route goes near Washington, DC, the dedicated SFRA/FRZ procedures and training that subject has its own requirement for and that this course does not provide.

Select a cruising altitude by weighing terrain and obstacle clearance, cloud clearance, airspace, climb capability, winds, and, at higher altitudes, oxygen — not by picking a round number that looks safely high on the chart. A sectional’s maximum elevation figure is a conservative obstacle-clearance reference for the quadrant it is printed in; it is not a cleared cruising altitude, and it does not by itself satisfy cloud clearance or airspace requirements. Keep MSL and AGL straight throughout: charted altitudes and most clearances are MSL, cloud clearance and many practical judgments are thought through in AGL above the specific terrain under you.

In level VFR cruising flight more than 3,000 feet above the surface and below 18,000 feet MSL, 14 CFR 91.159 assigns altitude by magnetic course, not heading: 000 through 179 degrees uses odd thousands plus 500 feet, 180 through 359 degrees uses even thousands plus 500 feet, subject to the exceptions stated in the rule itself.