What are the fuel, time, and distance requirements to climb to cruise altitude from an airport at a pressure altitude of 2,000 ft and temperature of 20°C?

In determining the fuel, time, and distance requirements to climb to cruise altitude from an airport at a pressure altitude of 2,000 ft and a temperature of 20°C, you consider several factors, including aircraft performance data, the rate of climb, and fuel burn rates during the climb phase.

The selected answer establishes a reasonable estimate for these requirements. Fuel consumption during the climb phase typically involves understanding the rate at which an aircraft consumes fuel per minute, taking into account its climb performance in relation to weight, altitude, and temperature. A 5-gallon usage reflects a typical consumption rate for such an ascent in a general aviation aircraft under these conditions.

Time to climb calculations are derived from the aircraft’s rate of climb performance, which can also be influenced by the specific aircraft model, weight, and altitude. A climb time of 9 minutes indicates a moderate climb rate suited to this scenario, allowing the aircraft to reach cruise altitude efficiently while ensuring safety and comfort.

The distance of 13 nautical miles accounts for the aircraft’s ascent trajectory, taking into consideration both vertical and horizontal distance traveled during the climb. This distance is a reasonable estimate based on standard climb performance data and reflects a typical climb profile.

Overall, this answer effectively combines these factors to provide