How to Plan a Cross-Country Flight

Cross-country planning is the art of doing your thinking before the airplane is moving. Once airborne, you should already know the route, fuel picture, weather risks, airspace, alternates, and decision points.

The goal is not to create paperwork for its own sake. The goal is to give yourself options. For a checklist-style companion, see this cross-country flight plan guide.

Start With the Aircraft

Before drawing a route, confirm the airplane can do the flight safely.

Check takeoff and landing performance for the departure, destination, and any planned fuel stops. Consider runway length, slope, surface, density altitude, wind, obstacles, and aircraft weight.

Then calculate weight and balance. Many training aircraft cannot carry full fuel, full seats, and full baggage at the same time. If the airplane is too heavy or outside CG limits, fix the plan before you fly. If that calculation is still new, review airplane weight and balance.

Build the Fuel Plan

Fuel planning is more than “it should make it.” Use expected fuel burn, taxi fuel, climb fuel, cruise power setting, winds, reserve requirements, and possible delays.

Plan conservatively. A stronger-than-forecast headwind, extended taxi, diversion, or hold can change the picture quickly. If the margin is thin, add a fuel stop.

Choose the Route

Direct is nice, but safe is better. Adjust the route for:

• Terrain and obstacles.
• Airspace.
• Weather.
• Restricted areas and TFRs.
• Good visual checkpoints.
• Emergency landing options.
• Nearby alternate airports.
• Radio and navigation coverage.

For VFR training, choose checkpoints that are easy to identify: lakes, highways, railroad crossings, towers, towns, rivers, and airports. Avoid using tiny features that may disappear under haze, snow, or darkness.

Check Weather Early and Late

Start with the big picture, then narrow down. Look at current conditions, forecasts, winds aloft, radar, satellite, PIREPs, AIRMETs, SIGMETs, convective products, and destination trends.

METARs tell you what is happening now at airports. TAFs show forecast conditions near airports. Winds aloft drive groundspeed, heading, fuel, and time. Use how to read a METAR and how to read a TAF if those reports are not yet automatic.

Check weather early while building the route, then again close to departure. A legal VFR day can still be a poor student-pilot cross-country day.

Review Airspace and NOTAMs

Trace the route on current FAA charts. Identify Class B, C, D, E surface areas, special use airspace, military training routes, restricted areas, and TFR concerns. A sectional scan is easier if you already have a repeatable sectional chart reading flow.

Then review NOTAMs for departure, destination, alternates, and the route. Runway closures, lighting outages, navaid outages, parachute activity, and TFRs can all affect the plan. For the airspace-specific piece, review restricted area planning.

Pick Cruise Altitude

Choose an altitude that works for terrain clearance, hemispheric VFR cruising rules when applicable, winds, clouds, aircraft performance, and passenger comfort.

Higher can provide more glide range and smoother air, but it may also bring stronger headwinds, oxygen considerations, or climb performance limits. Pick an altitude for a reason, not because it sounds good.

Make a Navigation Log

A nav log helps you compare the planned flight to the real flight. For each leg, include:

• Checkpoint.
• Course.
• Wind correction.
• Heading.
• Distance.
• Groundspeed.
• Estimated time en route.
• Fuel burn.
• Frequencies.
• Notes.

In flight, compare actual time and fuel to planned numbers. If you are late to a checkpoint, ask why. Wind may be different, or you may be off course.

Plan Alternates and Diverts

Before departure, identify airports along the route where you could land for weather, fuel, passenger needs, or mechanical concerns. Know which ones have fuel, services, runway length, and weather reporting.

Do not wait for a problem to begin looking for options.

Final Takeaway

A good cross-country plan answers three questions: Can the airplane do it? Can the pilot do it? What will I do if the plan changes?

If you can answer those clearly before takeoff, you are already ahead of the airplane.

Official References

• 14 CFR 91.103
• FAA PHAK
• FAA Chart Users' Guide
• FAA Aeronautical Information Manual
• 14 CFR Part 91 General Operating Rules