With leadership experience across construction planning, project delivery, and real estate development, Audie Tarpley brings a background grounded in preparation, risk review, and operational oversight. His career has included senior roles at Duke Realty Investments, Jones Lang LaSalle, Bear Creek Capital, and construction leadership positions in Indianapolis, where he has managed estimating, design, business development, and complex project execution. He studied civil engineering at the Georgia Institute of Technology and has served in professional organizations tied to development and industrial real estate. Outside the construction industry, he enjoys golf, scuba diving, and flying. That longstanding interest in aviation connects directly to the discipline required for planning a cross country flight in a small aircraft, where route selection, weather analysis, fuel planning, and aircraft limitations all shape safe decision making before departure.
Planning a Cross Country Flight in a Small Aircraft
A cross-country flight is a planned trip from one airport to another beyond the practice area. In general aviation, the pilot in command, who has legal responsibility for the flight, performs the required preflight planning. That work checks weather, fuel-reserve requirements, and aircraft performance limits so the pilot addresses key hazards before takeoff.
Before examining regulations or forecasts, the pilot sketches a route on sectional charts, aviation maps showing terrain, landmarks, and airspace. These charts help identify a practical path between airports. Rising terrain, tall structures, and large water crossings shape that choice, allowing the route to be flown using visible references and clear navigation checkpoints.
Once the route exists, the pilot reviews the airspace it crosses. Controlled airspace carries defined entry and communication requirements, and some controlled areas require specific communication steps before entry. By marking these segments and frequencies in advance, the pilot reduces radio workload and the risk of airspace violations in flight.
Weather review follows because legality and safety depend on it. The pilot checks visibility, cloud ceilings, winds, and convective activity along the route and at both airports. For a visual flight rules (VFR) trip, the pilot treats forecast visibility and ceilings as constraints and plans only for conditions the pilot can safely and legally fly in. If current reports or forecasts indicate conditions the pilot cannot safely complete the flight in, the pilot delays, reroutes, or cancels the flight.
After confirming weather feasibility, the pilot uses wind information for timing and fuel. Groundspeed, the aircraft’s speed over the ground rather than through the air, changes with headwinds or tailwinds. A steady headwind can add enough time that an intermediate fuel stop becomes necessary even when distance alone might not. The pilot then rechecks that the fuel on board still covers the trip plus the required Part 91 reserve.
With endurance confirmed, the pilot identifies alternate airports along the route. These alternates are not abstract backups but specific fields with suitable runway length and basic services. Picking them in advance gives the pilot ready diversion targets if weather, terrain, or traffic make continuing to the destination unwise.
Next, the pilot checks aircraft loading. Weight and balance calculations confirm that total weight and its distribution stay within limits in the Pilot’s Operating Handbook (POH) or Aircraft Flight Manual (AFM). The pilot adds passenger weights, baggage, and fuel, then considers how loading will affect takeoff distance, climb capability, and handling margin in normal and high-density-altitude conditions.
When the pilot files a flight plan, Flight Service receives the route and the estimated arrival time for tracking purposes. That record supports overdue-aircraft notification and search coordination if the airplane does not arrive and the pilot does not close the plan. Filing does not control the flight, but it strengthens external monitoring.
After reviewing terrain, airspace, weather, fuel endurance, alternates, and loading, the pilot in command makes the go/no-go determination. Regulations assign final operational authority to that pilot, who may not depart when fuel, weather, or loading fall outside legal limits. If departure weather does not support the planned operation, reserves fall short of Part 91 requirements, or loading exceeds POH or AFM limits, the flight stays on the ground.
Before takeoff, the pilot uses cross-country planning to establish performance and decision margins. Confirming terrain clearance, communication requirements, fuel endurance, and loading limits on the ground narrows the variables competing for attention later. With those constraints already tested, the pilot can devote in-flight focus to navigating, communicating, and managing the aircraft rather than solving preventable problems.
About Audie Tarpley
A construction executive with more than 35 years of industry experience, he has led business development, estimating, design, and project delivery across commercial, industrial, retail, and multifamily properties. His background includes senior roles with Duke Realty Investments, Bear Creek Capital, Jones Lang LaSalle, and construction leadership in Indianapolis. He studied civil engineering at Georgia Tech and has served in professional and community leadership positions while maintaining a personal interest in flying.
