Lunar Orbit Perigee Lunar Phases Trajectory Analysis Asteroid Orbits Elliptical Orbits Low-Earth Orbit Moon Orbit Low Earth Orbit Moon Phases Cometary Orbits Satellite Orbits Satellite Technology Satellite Dynamics Satellite Communication Gravitational Effects Space Debris Lunar Distance Eccentricity Hiperbolic Orbits Perigee and Apogee Comet Orbits Earth-Moon-Sun Relationship Gravity Moon's Orbit Spacecraft Design Trajectory Prediction Trajectory Calculations Planetary Orbits Space Environment Space Exploration Hyperbolic Orbits Eccentric Orbits Celestial Mechanics Comet Trajectories Satellite Tracking Satellite Design Asteroids Earth-Moon-Sun Relationships Spacecraft Dynamics Space Missions Binary Asteroids Trajectory Collision Probability Celestial Dynamics Rocket Launch Dynamics Chaotic Orbits Impact Probability Trajectory Optimization Trajectory Predictions Asteroid Characteristics Retrograde Orbits Simulation Models Impact Risk Assessment Near-Earth Objects Satellite Launches Earth-Sun-Moon Relationships Asteroid Trajectory Earth-Moon Distance Gravitational Interactions Earth's Orbit Aphelion Temporarily Bound Objects Close Approaches Satellite Deployment Roche Limit Cometary Behavior Sun-Moon-Earth Alignment Celestial Navigation Asteroid Trajectories Non-Gravitational Acceleration Satellite Re-entry Distance Measurements Gravitational Forces Lunar Illumination Earth-Moon System Lunar Perigee Lunar Proximity Non-Periodic Comets Supermoons Star Orbits Satellite Coordination Satellite Operations Interplanetary Objects Sun-synchronous Orbit Data Centers Orbital Decay Collision Dynamics Payload Deployment Gravity Effects Object Classification Binary Systems
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The claim forces astronomers to seek astrometry or direct imaging to measure the object's true mass and orbit.
