What criteria determine payload suitability for Level 2?

• A. It must be designed for high-G launch conditions, be securely attached, and not affect stability beyond the airframe's capability.
• B. It must be lightweight, compact, colorful, and inexpensive.
• C. It must be mounted externally for easy access.
• D. It must be capable of flying without a recovery system.

Answer: (A)

At Level 2, payloads must be designed to survive the rocket’s high-G launch environment, be securely attached so nothing can come loose during flight, and not disrupt the rocket’s stability beyond what the airframe can safely handle. That means the payload needs to withstand the accelerations and vibrations of the flight, stay firmly fixed to the airframe so it won’t detach or shift, and be placed and sized so it doesn’t push the center of gravity or aerodynamic characteristics outside the airframe’s stability limits. If the payload is unbalanced, too heavy, or poorly attached, it can cause unstable flight, excessive stress on the rocket, or loss of recovery capability. While superficial traits like color or cost aren’t what determine suitability, a payload that compromises stability or cannot be recovered safely isn’t appropriate for Level 2.