Spacecraft Maneuvering

Spacecraft maneuvering involves changing a spacecraft's position or orientation in space using its onboard propulsion systems. This process uses carefully calculated bursts of fuel-powered engines or thrusters to alter the craft's velocity and direction. Maneuvers include adjusting orbits, changing attitude (orientation), or transitioning between space destinations. Precise planning and timing ensure efficient fuel usage and accurate outcomes, often relying on physics principles like Newton's laws of motion. These maneuvers are essential for mission success, enabling spacecraft to reach destinations, avoid hazards, or position instruments for scientific observations.