Are we sure that they put the TOW on those panels? And then show it to the pilot (for what)?
Granted, my knowledge about CATOBAR operations is pretty limited.
Please see below for Google AI search result.
The ejection assistant displays the aircraft's takeoff weight to the pilot primarily to verify the accuracy of weight information, provide data to support pilot decision-making, and ensure flight safety. In complex and high-risk ejection scenarios, ensuring pilots are aware of the aircraft's precise weight (including fuel, payload, and other information) helps them make accurate takeoff decisions and is crucial for safety and risk assessment during takeoff. The reasons are as follows: Data Verification and Validation: The ejection assistant is responsible for collecting and verifying various aircraft weight data. Presenting this data to the pilot is a mutually beneficial process to ensure data accuracy and avoid operational errors caused by data errors. Supporting Pilot Decision-Making: The aircraft's takeoff weight directly impacts takeoff performance and roll distance. Pilots require accurate weight information to assess the takeoff runway, determine takeoff feasibility, and take appropriate action. Ensuring Flight Safety: In the high-stress environment of an ejection, even the slightest weight error can have a serious impact on flight safety. Displaying weight information helps pilots fully understand the aircraft's condition before takeoff, thereby avoiding unexpected situations. Reducing Human Error: Clear information presentation reduces operational risks caused by information asymmetry and miscommunication, improving team collaboration and efficiency. Comply with operating procedures: Ejection operations usually have strict operating procedures, which include the transmission of weight information to the pilot to ensure that all steps are carried out in an orderly manner.