What is the bolter pattern fuel consumption for Case 1/2, and Case 3?

The bolter pattern fuel consumption is critical in understanding how aircraft perform during recovery operations on aircraft carriers. In this context, Case 1 and Case 2 refer to different airborne conditions under which aircraft are returning to the carrier, while Case 3 typically represents a situation involving low visibility or adverse weather.

For Case 1, where weather conditions are favorable, a bolter pattern fuel consumption of 400 pounds is established based on operational standards. This amount accounts for the efficient flight profile and maneuvers employed during a typical bolter scenario. In Case 2, where conditions are still manageable but somewhat more demanding than Case 1, the fuel consumption increases to 800 pounds as the aircraft may require more energy to navigate or align with the carrier for a second landing attempt.

The values of 400 pounds for Case 1 and 800 pounds for Case 2 signify a structured approach to fuel management during operations, ensuring that pilots and ground crews plan adequately for varying scenarios during landing attempts. This well-defined fuel consumption metric helps personnel make informed decisions about fuel loads and overall mission planning to optimize performance while accounting for potential bolter scenarios.

The other options present different fuel consumptions that do not align with the established operational data. Therefore, the specified