Specific space probes have received multiple gravitational assists during interplanetary travel
Specific space probes utilize multiple gravitational assists during interplanetary travel to optimize trajectories and conserve fuel, a well-established technique in astrodynamics supported by mission design literature.
The claim is a specific, verifiable empirical statement about space probe trajectory design. Papers [4] and [9] explicitly discuss mathematical models and trajectory optimization for multiple gravity-assist maneuvers, directly supporting the claim.
Ellison DH, Conway BA, Englander JA, Ozimek MT. Analytic Gradient Computation for Bounded-Impulse Trajectory Models Using Two-Sided Shooting.. 2018. https://doi.org/10.2514/1.g003077
Paper [4] discusses analytic gradient computations specifically for multiple gravity-assist trajectory models.
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de Almeida AK Jr, Vaillant T, de Oliveira VM, Barbosa D, Maia D, Aljbaae S, Coelho B, Bergano M, Pandeirada J, Prado AFBA, Guerman A, Correia ACM. Tangential velocity constraint for orbital maneuvers with Theory of Functional Connections.. 2024. https://doi.org/10.1038/s41598-024-57986-z
Paper [9] addresses trajectory design and explicitly mentions performing multiple gravity assist maneuvers or swing-bys.
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