Linked from

The 13 pages that link to Hyperbolic trajectory, each with the reason it gives.

• Orbital eccentricityCompared with: Its eccentricity exceeds one, unlike a bound elliptical orbit.

• Escape velocityBroader topic: Above local escape speed, an ideal two-body orbit is hyperbolic.

• Vis-viva equationBroader topic: The equation also describes flyby speeds when the semimajor axis is negative.

• Gravity assistBroader topic: A spacecraft follows this path during a typical planetary flyby.

• Specific orbital energyBroader topic: It is the positive-energy case used for escape and planetary flybys.

• OrbitCompared with: Unlike a closed orbit, it passes the primary once and continues outward indefinitely.

• HyperbolaBroader topic: Its orbit has hyperbolic geometry when gravitational energy leaves the object unbound.

• Circular orbitCompared with: It passes the central body without returning, unlike a bound circular orbit.

• Interstellar objectRelated: A sufficiently hyperbolic Solar System orbit signals an object arriving from interstellar space.

• Stellar orbitCompared with: It contrasts with a bound stellar orbit that repeatedly returns around its gravitating system.

• 2I/BorisovRelated: Its strongly hyperbolic path showed that Borisov was not gravitationally bound to the Sun.

• Kepler's first lawCompared with: Unlike a planet’s bound ellipse, it describes a flyby with positive orbital energy.

• 1I/ʻOumuamuaRelated: ʻOumuamua’s strongly hyperbolic orbit showed it was not gravitationally bound to the Sun.