Rocket recovery is the process of bringing a rocket or spacecraft back safely after flight. It can mean a controlled landing, a splashdown, parachute return, or retrieval after reentry. Unlike launch, recovery must manage descent, heat, aerodynamic stress, navigation error, and low fuel margin at the same time.
In cyber security and systems engineering, recovery is a useful model for resilience: a successful mission is not just one that leaves the ground, but one that can return predictably. In real aerospace operations, recovery depends on telemetry, guidance software, flight termination logic, and hardware designed for repeated stress. If any of these controls fail, the vehicle may be lost even after a perfect ascent. That is why recovery is treated as a separate engineering problem, not just the final step of flight.