The maximum fuel psi (pounds per square inch) with new foam in the wings is determined by the design specifications of the aircraft. Factors such as the type of aircraft, its weight, and the specific requirements of certification and safety standards influence the maximum fuel psi.
The maximum fuel psi (pounds per square inch) with new foam in the wings is determined by the design specifications of the aircraft.
Foam is commonly used in aircraft wings to provide structural strength and to prevent fuel leakage in case of a puncture or damage.
The foam helps distribute the fuel load evenly and reduce the risk of fire.
The exact maximum fuel psi with new foam in the wings will depend on factors such as the type of aircraft, its weight, the foam material used, and the specific requirements of the aircraft's certification and safety standards.
For example, a commercial airliner may have a maximum fuel psi of around 50 psi, while a smaller general aviation aircraft may have a lower maximum psi of around 25 psi.
It is important to note that the design and certification of aircraft and their fuel systems are highly regulated to ensure safety and reliability.
The maximum fuel psi is determined through rigorous testing and analysis by aircraft manufacturers and regulatory authorities.