When making a forward and rearward extreme condition check on the specified aircraft, what is correct?

When making a forward and rearward extreme condition check on the specified aircraft, what is correct?

• A. Rearward check, 1,721 lbs; 37.9
• B. Rearward check, 1,701 lbs; 37.3
• C. Forward check, 1,350 lbs; 34.4
• D. Forward check, 1,500 lbs; 36.0

Answer: (B)

The choice that indicates a rearward check of 1,701 lbs at 37.3 is accurate based on the aircraft's specified weight and balance parameters. For extreme condition checks, it is crucial to adhere to the manufacturer's weight limits and CG (center of gravity) range to ensure safety and proper handling characteristics during flight. In this scenario, the 1,701 lbs aligns with permissible limits, ensuring that the aircraft remains within allowable weight ranges while configuring it for a rearward check. A CG of 37.3 is also likely to be within acceptable limits, providing optimal stability and ensuring that the aircraft operates correctly under different loading conditions. This accuracy is vital for maintenance and operational integrity, as deviations from specified weight and balance parameters can lead to adverse performance, safety risks, and potential regulatory violations. Thus, this choice represents a thorough adherence to required aircraft specifications for extreme condition checks.

The choice that indicates a rearward check of 1,701 lbs at 37.3 is accurate based on the aircraft's specified weight and balance parameters. For extreme condition checks, it is crucial to adhere to the manufacturer's weight limits and CG (center of gravity) range to ensure safety and proper handling characteristics during flight.

In this scenario, the 1,701 lbs aligns with permissible limits, ensuring that the aircraft remains within allowable weight ranges while configuring it for a rearward check. A CG of 37.3 is also likely to be within acceptable limits, providing optimal stability and ensuring that the aircraft operates correctly under different loading conditions.

This accuracy is vital for maintenance and operational integrity, as deviations from specified weight and balance parameters can lead to adverse performance, safety risks, and potential regulatory violations. Thus, this choice represents a thorough adherence to required aircraft specifications for extreme condition checks.