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Launch windows

Horizon: 2026-09-28 → 2036-09-27 (10 years). Generated 2026-09-28; refreshes weekly. Grid resolution 10 d; V∞ mismatch cap 3 km/s. Per-cycler window count: up to 5.

221 of 399 catalogue entries produced launch windows. The remaining 178 were skipped — non-ballistic, non-heliocentric, lacking the orbital data needed to reconstruct a phase signature, or no geometric match found inside the horizon at the current mismatch cap.

Cyclers with launch windows in the horizon

Cycler Bodies Period (yr) TOF 1st leg (d) Next windows (date · V∞ km/s · C3 km²/s²) Maint. ΔV (km/s) Mismatch
McConaghy/Landau/Yam/Longuski two-synodic-period Earth-Mars cycler E,M 4.27 153
  • 2031-03-06 · V∞ 4.87 / 5.64 · C3 23.7
  • 2033-04-14 · V∞ 3.14 / 4.89 · C3 9.8
  • 2033-05-14 · V∞ 4.52 / 3.83 · C3 20.5
  • 2035-05-24 · V∞ 4.59 / 5.38 · C3 21.1
  • 2035-07-23 · V∞ 4.36 / 3.13 · C3 19.0
2.91 0.50
S1L1 ballistic two-synodic-period Earth-Mars cycler E,M 4.27 154
  • 2031-03-16 · V∞ 5.76 / 5.02 · C3 33.2
  • 2033-05-24 · V∞ 5.20 / 3.86 · C3 27.1
  • 2035-08-12 · V∞ 6.08 / 3.09 · C3 37.0
2.91 0.48
Russell-Ocampo cycler 2.1.1.+2 ('Case 2' of Byrnes/McConaghy/Longuski 2002) E,M 4.27 207
  • 2031-02-24 · V∞ 3.97 / 3.82 · C3 15.8
  • 2033-03-25 · V∞ 3.65 / 3.80 · C3 13.3
  • 2033-05-24 · V∞ 4.12 / 3.96 · C3 17.0
  • 2035-05-14 · V∞ 4.11 / 3.01 · C3 16.9
  • 2035-07-23 · V∞ 4.04 / 2.69 · C3 16.3
2.91 0.75
Russell-Ocampo cycler 2.3.1.+1 ('Case 3' of Byrnes/McConaghy/Longuski 2002) E,M 4.27 143
  • 2031-03-16 · V∞ 5.90 / 5.74 · C3 34.8
  • 2033-04-24 · V∞ 3.52 / 4.98 · C3 12.4
  • 2033-05-24 · V∞ 5.43 / 4.06 · C3 29.5
  • 2035-06-03 · V∞ 4.42 / 5.67 · C3 19.5
  • 2035-08-02 · V∞ 5.23 / 3.29 · C3 27.4
2.91 0.93
Russell-Ocampo cycler 4.3.1.-5 (low-energy 4-synodic, near-Hohmann) E,M 8.54 268
  • 2026-11-17 · V∞ 3.43 / 2.93 · C3 11.8
  • 2028-11-26 · V∞ 3.40 / 3.44 · C3 11.6
  • 2030-12-26 · V∞ 3.47 / 3.60 · C3 12.0
  • 2033-03-25 · V∞ 3.15 / 4.22 · C3 9.9
  • 2035-05-24 · V∞ 4.51 / 2.87 · C3 20.3
2.91 0.76
Russell-Ocampo cycler 3.1.2.+1 (3-synodic, low terminal speeds) E,M 6.41 181
  • 2029-01-05 · V∞ 4.07 / 5.89 · C3 16.5
  • 2031-02-14 · V∞ 3.40 / 5.05 · C3 11.5
  • 2033-03-15 · V∞ 3.35 / 4.90 · C3 11.2
  • 2033-05-04 · V∞ 3.58 / 3.41 · C3 12.8
  • 2035-06-03 · V∞ 3.59 / 3.38 · C3 12.9
2.91 0.35
Russell-Ocampo cycler 2.5.1.+0 (short-transit 2-synodic) E,M 4.27 94
  • 2031-03-26 · V∞ 8.43 / 10.54 · C3 71.1
  • 2033-05-04 · V∞ 5.48 / 9.49 · C3 30.0
  • 2035-06-23 · V∞ 6.28 / 9.96 · C3 39.4
2.91 1.27
Sanchez Net 2022 EEM near-ballistic Earth-Mars cycler (Fig. 2a Cycler 1) E,M 4.28 186
  • 2026-11-27 · V∞ 4.29 / 6.01 · C3 18.4
  • 2028-12-26 · V∞ 3.56 / 6.22 · C3 12.6
  • 2031-01-15 · V∞ 3.33 / 6.71 · C3 11.1
  • 2031-02-24 · V∞ 3.96 / 4.31 · C3 15.7
  • 2033-02-23 · V∞ 4.46 / 5.92 · C3 19.9
2.91 0.20
Russell-Ocampo cycler 3.1.1.+3 (low-V_inf 3-synodic) E,M 6.41 174
  • 2031-02-24 · V∞ 3.98 / 4.88 · C3 15.9
  • 2033-03-25 · V∞ 3.03 / 4.73 · C3 9.2
  • 2033-05-04 · V∞ 3.66 / 3.48 · C3 13.4
  • 2035-06-03 · V∞ 3.68 / 3.67 · C3 13.5
  • 2035-07-13 · V∞ 3.66 / 2.79 · C3 13.4
2.91 0.67
Russell-Ocampo cycler 3.3.1.+2 (3-synodic) E,M 6.41 141
  • 2029-01-25 · V∞ 6.14 / 7.75 · C3 37.7
  • 2031-02-24 · V∞ 4.24 / 7.57 · C3 18.0
  • 2033-04-04 · V∞ 3.35 / 6.63 · C3 11.2
  • 2035-05-24 · V∞ 5.05 / 6.44 · C3 25.5
2.91 0.82
Russell-Ocampo cycler 3.5.1.+1 (high-V_inf, short-transit, 3-synodic) E,M 6.41 115
  • 2031-03-06 · V∞ 5.57 / 9.74 · C3 31.0
  • 2033-04-04 · V∞ 4.60 / 9.92 · C3 21.2
  • 2035-06-03 · V∞ 5.91 / 8.71 · C3 34.9
2.91 0.71
Russell-Ocampo cycler 3.5.2.+0 (high-V_inf, short-transit, 3-synodic) E,M 6.41 121
  • 2029-01-25 · V∞ 6.58 / 10.22 · C3 43.3
  • 2031-03-06 · V∞ 5.36 / 8.90 · C3 28.8
  • 2033-04-04 · V∞ 4.21 / 9.03 · C3 17.7
  • 2035-05-24 · V∞ 6.21 / 8.73 · C3 38.6
2.91 0.47
Russell-Ocampo cycler 3.7.1.+1 (low-V_inf 3-synodic) E,M 6.41 175
  • 2031-02-24 · V∞ 3.98 / 4.83 · C3 15.8
  • 2033-03-25 · V∞ 3.03 / 4.67 · C3 9.2
  • 2033-05-04 · V∞ 3.65 / 3.46 · C3 13.3
  • 2035-06-03 · V∞ 3.67 / 3.63 · C3 13.4
  • 2035-07-13 · V∞ 3.66 / 2.77 · C3 13.4
2.91 0.61
Russell-Ocampo cycler 3.9.1.+0 (high-V_inf, short-transit, 3-synodic) E,M 6.41 116
  • 2029-02-04 · V∞ 7.84 / 9.74 · C3 61.6
  • 2031-03-06 · V∞ 5.53 / 9.59 · C3 30.6
  • 2033-04-04 · V∞ 4.53 / 9.76 · C3 20.5
  • 2035-06-03 · V∞ 5.84 / 8.57 · C3 34.1
2.91 0.52
Russell-Ocampo cycler 4.0.3.+1 (good terminal speeds, generic returns only) E,M 8.54 160
  • 2031-03-06 · V∞ 4.82 / 5.17 · C3 23.2
  • 2033-04-04 · V∞ 2.99 / 5.03 · C3 8.9
  • 2033-05-14 · V∞ 4.41 / 3.69 · C3 19.5
  • 2035-05-24 · V∞ 4.38 / 4.86 · C3 19.2
  • 2035-07-23 · V∞ 4.30 / 2.96 · C3 18.5
2.91 0.12
Russell-Ocampo cycler 4.1.1.-5 (4-synodic) E,M 8.54 173
  • 2026-12-07 · V∞ 5.00 / 6.30 · C3 24.9
  • 2029-01-05 · V∞ 4.12 / 6.51 · C3 17.0
  • 2031-02-04 · V∞ 3.15 / 6.29 · C3 9.9
  • 2033-03-05 · V∞ 3.81 / 6.08 · C3 14.5
  • 2035-05-24 · V∞ 4.09 / 4.06 · C3 16.8
2.91 0.31
Russell-Ocampo cycler 4.3.1.-4 (4-synodic) E,M 8.54 154
  • 2026-12-07 · V∞ 5.23 / 7.96 · C3 27.4
  • 2029-01-15 · V∞ 5.00 / 7.37 · C3 25.0
  • 2031-02-14 · V∞ 3.60 / 7.17 · C3 12.9
  • 2033-03-05 · V∞ 4.34 / 7.87 · C3 18.8
  • 2035-04-14 · V∞ 6.79 / 7.59 · C3 46.1
2.91 0.53
Russell-Ocampo cycler 4.5.1.-4 (promising energy) E,M 8.54 196
  • 2026-11-27 · V∞ 4.22 / 5.35 · C3 17.8
  • 2029-01-05 · V∞ 4.02 / 4.93 · C3 16.2
  • 2031-02-14 · V∞ 3.44 / 4.33 · C3 11.8
  • 2033-03-15 · V∞ 3.65 / 4.32 · C3 13.3
  • 2033-05-14 · V∞ 3.84 / 3.60 · C3 14.8
2.91 0.43
Russell-Ocampo cycler 4.5.1.-3 (high-V_inf, 4-synodic) E,M 8.54 137
  • 2026-12-07 · V∞ 5.72 / 9.85 · C3 32.8
  • 2029-01-15 · V∞ 5.30 / 9.23 · C3 28.1
  • 2031-02-14 · V∞ 4.06 / 9.08 · C3 16.5
  • 2033-03-05 · V∞ 5.33 / 10.02 · C3 28.5
  • 2035-04-24 · V∞ 7.21 / 8.95 · C3 51.9
2.91 0.26
Russell-Ocampo cycler 4.5.2.-2 (promising energy) E,M 8.54 191
  • 2029-01-05 · V∞ 4.03 / 5.22 · C3 16.2
  • 2031-02-14 · V∞ 3.41 / 4.53 · C3 11.6
  • 2033-03-15 · V∞ 3.49 / 4.45 · C3 12.2
  • 2033-05-04 · V∞ 3.47 / 3.39 · C3 12.1
  • 2035-06-03 · V∞ 3.51 / 3.06 · C3 12.3
2.91 0.08
Russell-Ocampo cycler 4.5.3.-1 (high-V_inf, 4-synodic) E,M 8.54 130
  • 2026-12-17 · V∞ 6.54 / 9.69 · C3 42.8
  • 2029-01-15 · V∞ 5.53 / 10.14 · C3 30.6
  • 2031-02-24 · V∞ 4.50 / 8.86 · C3 20.3
  • 2033-03-15 · V∞ 5.01 / 9.96 · C3 25.1
  • 2035-05-04 · V∞ 7.01 / 9.12 · C3 49.1
2.91 0.85
Russell-Ocampo cycler 4.7.1.-3 (4-synodic) E,M 8.54 163
  • 2026-12-07 · V∞ 5.09 / 7.12 · C3 25.9
  • 2029-01-05 · V∞ 4.23 / 7.39 · C3 17.9
  • 2031-02-14 · V∞ 3.48 / 6.34 · C3 12.1
  • 2033-03-05 · V∞ 4.01 / 6.94 · C3 16.1
  • 2035-05-24 · V∞ 4.30 / 4.66 · C3 18.5
2.91 0.43
Russell-Ocampo cycler 4.9.1.-2 (high-V_inf, 4-synodic) E,M 8.54 137
  • 2026-12-07 · V∞ 5.72 / 9.85 · C3 32.8
  • 2029-01-15 · V∞ 5.30 / 9.23 · C3 28.1
  • 2031-02-14 · V∞ 4.06 / 9.08 · C3 16.5
  • 2033-03-05 · V∞ 5.33 / 10.02 · C3 28.5
  • 2035-04-24 · V∞ 7.21 / 8.95 · C3 51.9
2.91 0.26
Russell-Ocampo cycler 4.9.2.-1 (turn-angle showcase) E,M 8.54 132
  • 2026-12-17 · V∞ 6.48 / 9.44 · C3 42.0
  • 2029-01-15 · V∞ 5.46 / 9.87 · C3 29.8
  • 2031-02-24 · V∞ 4.44 / 8.61 · C3 19.7
  • 2033-03-15 · V∞ 4.87 / 9.68 · C3 23.7
  • 2035-05-04 · V∞ 6.86 / 8.85 · C3 47.0
2.91 0.81
Russell-Ocampo cycler 4.10.1.+2 (high-V_inf, 4-synodic) E,M 8.54 131
  • 2027-01-06 · V∞ 9.05 / 7.66 · C3 82.0
  • 2029-02-14 · V∞ 8.95 / 7.07 · C3 80.0
  • 2031-04-05 · V∞ 8.42 / 5.70 · C3 70.8
  • 2033-06-23 · V∞ 8.62 / 5.16 · C3 74.4
  • 2035-09-01 · V∞ 8.97 / 3.97 · C3 80.4
2.91 0.44
Russell-Ocampo cycler 4.11.1.-2 (promising energy) E,M 8.54 195
  • 2026-11-27 · V∞ 4.22 / 5.41 · C3 17.8
  • 2029-01-05 · V∞ 4.02 / 4.99 · C3 16.2
  • 2031-02-14 · V∞ 3.43 / 4.36 · C3 11.8
  • 2033-03-15 · V∞ 3.61 / 4.34 · C3 13.0
  • 2033-05-14 · V∞ 3.86 / 3.59 · C3 14.9
2.91 0.37
Russell-Ocampo cycler 4.12.1.+1 (high-V_inf, short-transit, 4-synodic) E,M 8.54 93
  • 2031-04-15 · V∞ 11.36 / 8.84 · C3 129.0
  • 2033-06-23 · V∞ 10.46 / 6.61 · C3 109.5
2.91 1.20
Russell-Ocampo cycler 4.13.1.-1 (high-V_inf, 4-synodic) E,M 8.54 137
  • 2026-12-07 · V∞ 5.72 / 9.85 · C3 32.8
  • 2029-01-15 · V∞ 5.30 / 9.23 · C3 28.1
  • 2031-02-14 · V∞ 4.06 / 9.08 · C3 16.5
  • 2033-03-05 · V∞ 5.33 / 10.02 · C3 28.5
  • 2035-04-24 · V∞ 7.21 / 8.95 · C3 51.9
2.91 0.26
Russell-Ocampo cycler 4.14.1.-1 (high-V_inf, 4-synodic) E,M 8.54 199
  • 2028-07-19 · V∞ 14.70 / 10.78 · C3 216.1
  • 2029-04-25 · V∞ 14.79 / 9.68 · C3 218.6
  • 2031-07-14 · V∞ 14.64 / 11.02 · C3 214.3
  • 2033-09-11 · V∞ 14.57 / 8.88 · C3 212.2
  • 2036-09-25 · V∞ 14.80 / 10.46 · C3 219.0
2.91 0.36
Russell-Ocampo cycler 4.14.1.+0 (high-V_inf, short-transit, 4-synodic) E,M 8.54 66
  • 2031-04-15 · V∞ 14.06 / 14.09 · C3 197.6
2.91 1.43
Russell-Ocampo cycler 5.1.1.-7 (5-synodic, near-ballistic) E,M 10.68 229
  • 2031-02-04 · V∞ 4.77 / 4.74 · C3 22.8
  • 2031-03-16 · V∞ 4.86 / 4.30 · C3 23.6
  • 2033-04-04 · V∞ 5.21 / 4.52 · C3 27.1
  • 2033-06-13 · V∞ 4.78 / 4.71 · C3 22.9
  • 2035-04-14 · V∞ 5.05 / 3.44 · C3 25.5
2.91 0.14
Russell-Ocampo cycler 5.1.2.-3 (5-synodic, ballistic) E,M 10.68 168
  • 2026-11-27 · V∞ 4.57 / 7.45 · C3 20.9
  • 2029-01-05 · V∞ 4.17 / 6.93 · C3 17.4
  • 2031-02-04 · V∞ 3.22 / 6.71 · C3 10.4
  • 2033-02-23 · V∞ 4.51 / 7.25 · C3 20.3
  • 2035-05-04 · V∞ 5.14 / 5.21 · C3 26.5
2.91 0.44
Russell-Ocampo cycler 5.1.5.-1 (5-synodic, near-ballistic) E,M 10.68 133
  • 2026-12-17 · V∞ 6.45 / 9.32 · C3 41.6
  • 2029-01-15 · V∞ 5.42 / 9.74 · C3 29.4
  • 2031-02-14 · V∞ 4.24 / 9.61 · C3 18.0
  • 2033-03-15 · V∞ 4.80 / 9.53 · C3 23.0
  • 2035-05-04 · V∞ 6.79 / 8.72 · C3 46.1
2.91 0.74
Russell-Ocampo cycler 5.2.1.-7 (5-synodic, near-ballistic) E,M 10.68 182
  • 2033-05-24 · V∞ 4.62 / 3.79 · C3 21.4
  • 2035-05-14 · V∞ 4.35 / 3.93 · C3 18.9
  • 2035-07-23 · V∞ 4.14 / 2.67 · C3 17.2
— 1.73
Russell-Ocampo cycler 5.2.2.+2 (5-synodic, near-ballistic) E,M 10.68 128
  • 2031-03-06 · V∞ 5.19 / 8.02 · C3 26.9
  • 2033-04-14 · V∞ 3.64 / 7.11 · C3 13.3
  • 2033-05-14 · V∞ 4.95 / 4.91 · C3 24.5
  • 2035-06-03 · V∞ 5.08 / 7.12 · C3 25.8
2.91 0.13
Russell-Ocampo cycler 5.2.5.+0 (5-synodic, near-ballistic) E,M 10.68 118
  • 2029-02-04 · V∞ 7.79 / 9.47 · C3 60.6
  • 2031-03-06 · V∞ 5.46 / 9.31 · C3 29.8
  • 2033-04-04 · V∞ 4.39 / 9.46 · C3 19.3
  • 2035-05-24 · V∞ 6.44 / 9.15 · C3 41.5
2.91 0.27
Russell-Ocampo cycler 5.3.1.-7 (5-synodic, near-ballistic) E,M 10.68 270
  • 2026-11-27 · V∞ 4.01 / 2.99 · C3 16.0
  • 2028-11-26 · V∞ 3.35 / 3.38 · C3 11.2
  • 2030-12-06 · V∞ 3.81 / 3.71 · C3 14.5
  • 2031-01-15 · V∞ 3.79 / 3.95 · C3 14.4
  • 2035-05-24 · V∞ 4.52 / 2.89 · C3 20.4
2.91 1.80
Russell-Ocampo cycler 5.3.1.-6 (5-synodic, near-ballistic) E,M 10.68 205
  • 2026-10-18 · V∞ 5.29 / 6.93 · C3 28.0
  • 2031-03-26 · V∞ 5.77 / 4.26 · C3 33.3
  • 2033-03-05 · V∞ 5.20 / 5.11 · C3 27.0
  • 2033-06-13 · V∞ 5.38 / 4.60 · C3 29.0
  • 2035-03-15 · V∞ 7.03 / 5.77 · C3 49.4
2.91 0.89
Russell-Ocampo cycler 5.3.3.-2 (5-synodic, ballistic) E,M 10.68 195
  • 2026-11-27 · V∞ 4.22 / 5.41 · C3 17.8
  • 2029-01-05 · V∞ 4.02 / 4.99 · C3 16.2
  • 2031-02-14 · V∞ 3.43 / 4.36 · C3 11.8
  • 2033-03-15 · V∞ 3.61 / 4.34 · C3 13.0
  • 2033-05-14 · V∞ 3.86 / 3.59 · C3 14.9
2.91 0.37
Russell-Ocampo cycler 5.4.1.+6 (5-synodic, near-ballistic) E,M 10.68 189
  • 2029-01-15 · V∞ 4.84 / 4.78 · C3 23.4
  • 2031-03-06 · V∞ 4.63 / 3.96 · C3 21.4
  • 2033-05-24 · V∞ 4.48 / 3.82 · C3 20.1
  • 2035-05-04 · V∞ 4.75 / 3.93 · C3 22.6
  • 2035-08-02 · V∞ 4.78 / 2.75 · C3 22.8
2.91 0.97
Russell-Ocampo cycler 5.4.1.+5 (5-synodic, ballistic) E,M 10.68 122
  • 2031-03-26 · V∞ 7.40 / 6.86 · C3 54.8
  • 2033-06-03 · V∞ 6.89 / 4.78 · C3 47.4
  • 2035-06-23 · V∞ 4.40 / 6.33 · C3 19.3
  • 2035-08-12 · V∞ 6.60 / 3.95 · C3 43.5
2.91 0.96
Russell-Ocampo cycler 5.4.3.+1 (5-synodic, ballistic) E,M 10.68 170
  • 2031-02-24 · V∞ 3.99 / 5.12 · C3 16.0
  • 2033-03-25 · V∞ 3.05 / 4.98 · C3 9.3
  • 2033-05-04 · V∞ 3.70 / 3.53 · C3 13.7
  • 2035-05-24 · V∞ 4.15 / 4.23 · C3 17.2
  • 2035-07-13 · V∞ 3.68 / 2.86 · C3 13.6
2.91 0.62
Russell-Ocampo cycler 5.5.1.-6 (5-synodic, near-ballistic) E,M 10.68 279
  • 2026-09-28 · V∞ 4.38 / 3.76 · C3 19.2
  • 2026-12-07 · V∞ 4.87 / 3.44 · C3 23.7
  • 2028-12-06 · V∞ 3.60 / 3.23 · C3 13.0
  • 2030-11-26 · V∞ 4.11 / 3.67 · C3 16.9
  • 2035-06-03 · V∞ 4.51 / 2.99 · C3 20.4
2.91 1.01
Russell-Ocampo cycler 5.5.1.-5 (5-synodic, ballistic) E,M 10.68 186
  • 2026-10-18 · V∞ 5.98 / 8.46 · C3 35.8
  • 2026-12-17 · V∞ 5.93 / 4.82 · C3 35.2
  • 2033-02-03 · V∞ 6.21 / 7.55 · C3 38.6
  • 2033-06-23 · V∞ 6.67 / 4.95 · C3 44.4
  • 2035-04-14 · V∞ 6.15 / 5.09 · C3 37.9
2.91 0.56
Russell-Ocampo cycler 5.5.1.-4 (5-synodic, ballistic) E,M 10.68 154
  • 2026-10-28 · V∞ 7.09 / 11.25 · C3 50.3
  • 2028-11-16 · V∞ 8.12 / 12.77 · C3 65.9
  • 2030-12-16 · V∞ 7.96 / 12.74 · C3 63.3
  • 2033-01-24 · V∞ 7.67 / 11.39 · C3 58.8
  • 2035-03-15 · V∞ 8.74 / 9.65 · C3 76.5
2.91 1.39
Russell-Ocampo cycler 5.5.2.-3 (5-synodic, near-ballistic) E,M 10.68 262
  • 2026-11-17 · V∞ 3.46 / 2.99 · C3 12.0
  • 2028-11-16 · V∞ 3.33 / 3.82 · C3 11.1
  • 2030-12-26 · V∞ 3.64 / 3.75 · C3 13.2
  • 2033-05-14 · V∞ 2.99 / 4.34 · C3 8.9
  • 2035-05-24 · V∞ 4.49 / 2.82 · C3 20.2
2.91 1.76
Russell-Ocampo cycler 5.5.2.-2 (5-synodic, ballistic) E,M 10.68 142
  • 2026-12-07 · V∞ 5.54 / 9.24 · C3 30.7
  • 2029-01-05 · V∞ 4.79 / 9.68 · C3 22.9
  • 2031-02-04 · V∞ 4.07 / 9.53 · C3 16.6
  • 2033-02-23 · V∞ 5.87 / 10.32 · C3 34.4
  • 2035-04-14 · V∞ 7.51 / 9.02 · C3 56.4
2.91 0.62
Russell-Ocampo cycler 5.5.4.-1 (5-synodic, ballistic) E,M 10.68 134
  • 2026-12-17 · V∞ 6.42 / 9.20 · C3 41.3
  • 2029-01-15 · V∞ 5.39 / 9.61 · C3 29.1
  • 2031-02-14 · V∞ 4.19 / 9.47 · C3 17.6
  • 2033-03-15 · V∞ 4.73 / 9.39 · C3 22.4
  • 2035-05-04 · V∞ 6.72 / 8.59 · C3 45.1
2.91 0.40
Russell-Ocampo cycler 5.6.1.+5 (5-synodic, near-ballistic) E,M 10.68 198
  • 2029-01-25 · V∞ 5.77 / 4.04 · C3 33.3
  • 2031-03-16 · V∞ 5.21 / 3.92 · C3 27.1
  • 2033-06-03 · V∞ 4.91 / 4.21 · C3 24.1
  • 2035-05-04 · V∞ 4.71 / 3.55 · C3 22.1
  • 2035-08-12 · V∞ 5.54 / 2.96 · C3 30.7
2.91 0.41
Russell-Ocampo cycler 5.6.1.+4 (5-synodic, ballistic) E,M 10.68 107
  • 2031-03-26 · V∞ 7.83 / 8.56 · C3 61.3
  • 2033-05-04 · V∞ 4.82 / 7.62 · C3 23.2
  • 2033-06-03 · V∞ 7.38 / 5.61 · C3 54.4
  • 2035-06-23 · V∞ 5.21 / 8.04 · C3 27.2
2.91 1.10
Russell-Ocampo cycler 5.6.1.+3 (5-synodic, near-ballistic) E,M 10.68 82
  • 2031-04-05 · V∞ 10.63 / 11.54 · C3 113.0
  • 2035-07-03 · V∞ 6.91 / 11.01 · C3 47.7
2.91 1.37
Russell-Ocampo cycler 5.6.2.+2 (5-synodic, near-ballistic) E,M 10.68 219
  • 2028-12-26 · V∞ 3.43 / 4.31 · C3 11.8
  • 2031-02-14 · V∞ 3.81 / 3.98 · C3 14.5
  • 2033-04-14 · V∞ 3.29 / 3.48 · C3 10.9
  • 2035-06-23 · V∞ 3.36 / 2.76 · C3 11.3
2.91 1.12
Russell-Ocampo cycler 5.6.2.+1 (5-synodic, near-ballistic) E,M 10.68 104
  • 2031-03-16 · V∞ 6.82 / 10.16 · C3 46.4
  • 2033-04-24 · V∞ 4.69 / 9.16 · C3 22.0
  • 2035-06-13 · V∞ 6.06 / 9.38 · C3 36.7
2.91 0.46
Russell-Ocampo cycler 5.6.4.+0 (5-synodic, ballistic) E,M 10.68 116
  • 2029-02-04 · V∞ 7.84 / 9.74 · C3 61.6
  • 2031-03-06 · V∞ 5.53 / 9.59 · C3 30.6
  • 2033-04-04 · V∞ 4.53 / 9.76 · C3 20.5
  • 2035-06-03 · V∞ 5.84 / 8.57 · C3 34.1
2.91 0.52
Russell-Ocampo cycler 5.7.1.-5 (5-synodic, ballistic) E,M 10.68 245
  • 2026-12-07 · V∞ 4.75 / 3.07 · C3 22.5
  • 2029-01-15 · V∞ 4.84 / 3.73 · C3 23.4
  • 2035-04-24 · V∞ 4.81 / 3.00 · C3 23.2
  • 2035-07-03 · V∞ 4.52 / 3.72 · C3 20.5
  • 2035-08-02 · V∞ 4.63 / 3.22 · C3 21.5
2.91 0.16
Russell-Ocampo cycler 5.7.1.-4 (5-synodic, ballistic) E,M 10.68 169
  • 2026-10-18 · V∞ 7.00 / 10.14 · C3 49.0
  • 2028-11-16 · V∞ 6.73 / 10.78 · C3 45.3
  • 2030-12-16 · V∞ 6.55 / 10.68 · C3 42.9
  • 2033-01-24 · V∞ 6.76 / 9.52 · C3 45.7
  • 2035-03-25 · V∞ 7.63 / 7.45 · C3 58.2
2.91 1.26
Russell-Ocampo cycler 5.7.1.-3 (5-synodic, near-ballistic) E,M 10.68 142
  • 2026-10-28 · V∞ 8.23 / 12.90 · C3 67.7
  • 2028-11-26 · V∞ 8.15 / 13.75 · C3 66.5
  • 2030-12-26 · V∞ 8.07 / 13.75 · C3 65.1
  • 2033-01-24 · V∞ 8.85 / 13.27 · C3 78.3
  • 2035-03-15 · V∞ 9.59 / 11.31 · C3 92.0
2.91 1.08
Russell-Ocampo cycler 5.8.1.+4 (5-synodic, ballistic) E,M 10.68 154
  • 2029-01-25 · V∞ 6.01 / 6.53 · C3 36.2
  • 2031-03-16 · V∞ 5.76 / 5.02 · C3 33.2
  • 2033-06-03 · V∞ 6.01 / 4.10 · C3 36.1
  • 2035-06-13 · V∞ 3.71 / 4.36 · C3 13.7
  • 2035-08-12 · V∞ 6.08 / 3.09 · C3 37.0
2.91 0.29
Russell-Ocampo cycler 5.8.1.+3 (5-synodic, ballistic) E,M 10.68 94
  • 2031-04-05 · V∞ 9.79 / 9.44 · C3 95.8
2.91 1.52
Russell-Ocampo cycler 5.8.1.+2 (5-synodic, near-ballistic) E,M 10.68 73
  • 2031-04-05 · V∞ 11.58 / 13.56 · C3 134.1
2.91 1.54
Russell-Ocampo cycler 5.9.1.-4 (5-synodic, ballistic) E,M 10.68 204
  • 2026-10-18 · V∞ 5.31 / 7.01 · C3 28.2
  • 2031-03-26 · V∞ 5.79 / 4.25 · C3 33.5
  • 2033-03-05 · V∞ 5.04 / 5.05 · C3 25.4
  • 2033-06-23 · V∞ 6.11 / 4.96 · C3 37.3
  • 2035-03-05 · V∞ 7.14 / 5.88 · C3 50.9
2.91 1.21
Russell-Ocampo cycler 5.9.1.-3 (5-synodic, ballistic) E,M 10.68 154
  • 2026-10-28 · V∞ 7.09 / 11.25 · C3 50.3
  • 2028-11-16 · V∞ 8.12 / 12.77 · C3 65.9
  • 2030-12-16 · V∞ 7.96 / 12.74 · C3 63.3
  • 2033-01-24 · V∞ 7.67 / 11.39 · C3 58.8
  • 2035-03-15 · V∞ 8.74 / 9.65 · C3 76.5
2.91 1.39
Russell-Ocampo cycler 5.9.1.-2 (5-synodic, near-ballistic) E,M 10.68 130
  • 2026-10-28 · V∞ 9.65 / 14.84 · C3 93.2
  • 2028-11-26 · V∞ 9.71 / 15.87 · C3 94.3
  • 2030-12-26 · V∞ 9.66 / 15.96 · C3 93.3
  • 2033-01-24 · V∞ 10.39 / 15.52 · C3 107.9
  • 2035-03-15 · V∞ 10.84 / 13.36 · C3 117.5
2.91 0.78
Russell-Ocampo cycler 5.9.2.-2 (5-synodic, ballistic) E,M 10.68 198
  • 2026-11-27 · V∞ 4.20 / 5.22 · C3 17.7
  • 2029-01-05 · V∞ 4.02 / 4.82 · C3 16.1
  • 2031-02-04 · V∞ 3.14 / 4.71 · C3 9.9
  • 2031-02-24 · V∞ 3.95 / 3.95 · C3 15.6
  • 2033-03-05 · V∞ 4.38 / 4.91 · C3 19.2
2.91 0.10
Russell-Ocampo cycler 5.9.2.+1 (5-synodic, near-ballistic) E,M 10.68 117
  • 2026-12-07 · V∞ 6.94 / 12.76 · C3 48.1
  • 2029-01-05 · V∞ 6.44 / 13.47 · C3 41.5
  • 2031-02-04 · V∞ 6.06 / 13.45 · C3 36.7
  • 2033-03-05 · V∞ 7.26 / 13.37 · C3 52.7
  • 2035-04-24 · V∞ 9.02 / 12.04 · C3 81.4
— 1.10
Russell-Ocampo cycler 5.9.3.-1 (5-synodic, ballistic) E,M 10.68 137
  • 2026-12-07 · V∞ 5.72 / 9.85 · C3 32.8
  • 2029-01-15 · V∞ 5.30 / 9.23 · C3 28.1
  • 2031-02-14 · V∞ 4.06 / 9.08 · C3 16.5
  • 2033-03-05 · V∞ 5.33 / 10.02 · C3 28.5
  • 2035-04-24 · V∞ 7.21 / 8.95 · C3 51.9
2.91 0.26
Russell-Ocampo cycler 5.10.1.+3 (5-synodic, ballistic) E,M 10.68 123
  • 2031-03-26 · V∞ 7.38 / 6.76 · C3 54.4
  • 2033-06-03 · V∞ 6.86 / 4.74 · C3 47.0
  • 2035-06-23 · V∞ 4.36 / 6.24 · C3 19.0
  • 2035-08-12 · V∞ 6.58 / 3.91 · C3 43.3
2.91 1.04
Russell-Ocampo cycler 5.10.1.+2 (5-synodic, ballistic) E,M 10.68 82
  • 2031-04-05 · V∞ 10.63 / 11.54 · C3 113.0
2.91 1.47
Russell-Ocampo cycler 5.10.2.+1 (5-synodic, ballistic) E,M 10.68 160
  • 2031-03-06 · V∞ 4.82 / 5.17 · C3 23.2
  • 2033-04-04 · V∞ 2.99 / 5.03 · C3 8.9
  • 2033-05-14 · V∞ 4.41 / 3.69 · C3 19.5
  • 2035-05-24 · V∞ 4.38 / 4.86 · C3 19.2
  • 2035-07-23 · V∞ 4.30 / 2.96 · C3 18.5
2.91 0.12
Russell-Ocampo cycler 5.10.2.+0 (5-synodic, near-ballistic) E,M 10.68 81
  • 2031-03-26 · V∞ 9.46 / 13.15 · C3 89.4
  • 2033-04-24 · V∞ 6.87 / 13.59 · C3 47.2
  • 2035-06-13 · V∞ 8.82 / 13.76 · C3 77.8
2.91 0.98
Russell-Ocampo cycler 5.10.3.+0 (5-synodic, ballistic) E,M 10.68 112
  • 2031-03-06 · V∞ 5.70 / 10.20 · C3 32.5
  • 2033-04-14 · V∞ 4.37 / 9.16 · C3 19.1
  • 2035-06-03 · V∞ 6.14 / 9.13 · C3 37.7
2.91 0.62
Russell-Ocampo cycler 5.11.1.-3 (5-synodic, ballistic) E,M 10.68 177
  • 2026-10-18 · V∞ 6.48 / 9.31 · C3 42.0
  • 2028-11-16 · V∞ 6.12 / 9.86 · C3 37.4
  • 2030-12-16 · V∞ 5.96 / 9.73 · C3 35.5
  • 2033-02-03 · V∞ 5.79 / 8.00 · C3 33.5
  • 2035-04-04 · V∞ 6.86 / 6.20 · C3 47.1
2.91 1.01
Russell-Ocampo cycler 5.11.1.-2 (5-synodic, ballistic) E,M 10.68 138
  • 2026-10-28 · V∞ 8.67 / 13.51 · C3 75.2
  • 2028-11-26 · V∞ 8.64 / 14.42 · C3 74.6
  • 2030-12-26 · V∞ 8.56 / 14.44 · C3 73.3
  • 2033-01-24 · V∞ 9.32 / 13.98 · C3 86.9
  • 2035-03-15 · V∞ 9.97 / 11.95 · C3 99.3
2.91 1.01
Russell-Ocampo cycler 5.11.2.+1 (5-synodic, ballistic) E,M 10.68 101
  • 2031-04-05 · V∞ 9.43 / 8.45 · C3 89.0
  • 2033-06-23 · V∞ 10.00 / 6.10 · C3 100.0
  • 2035-09-01 · V∞ 9.90 / 5.03 · C3 97.9
2.91 1.12
Russell-Ocampo cycler 5.12.1.+2 (5-synodic, ballistic) E,M 10.68 101
  • 2031-03-26 · V∞ 8.07 / 9.41 · C3 65.2
  • 2033-06-03 · V∞ 7.61 / 6.07 · C3 57.9
2.91 1.14
Russell-Ocampo cycler 5.12.1.+1 (5-synodic, ballistic) E,M 10.68 70
  • 2031-04-05 · V∞ 11.98 / 14.34 · C3 143.6
2.91 1.63
Russell-Ocampo cycler 5.13.1.-3 (5-synodic, near-ballistic) E,M 10.68 280
  • 2026-09-28 · V∞ 4.37 / 3.73 · C3 19.1
  • 2026-11-07 · V∞ 3.09 / 2.83 · C3 9.6
  • 2028-12-06 · V∞ 3.56 / 3.20 · C3 12.7
  • 2030-11-26 · V∞ 4.11 / 3.65 · C3 16.9
  • 2035-06-03 · V∞ 4.51 / 3.00 · C3 20.4
2.91 0.91
Russell-Ocampo cycler 5.13.1.-2 (5-synodic, ballistic) E,M 10.68 153
  • 2026-10-28 · V∞ 7.18 / 11.38 · C3 51.5
  • 2028-11-16 · V∞ 8.23 / 12.91 · C3 67.7
  • 2030-12-16 · V∞ 8.06 / 12.90 · C3 65.0
  • 2033-01-24 · V∞ 7.75 / 11.53 · C3 60.1
  • 2035-03-15 · V∞ 8.80 / 9.78 · C3 77.4
2.91 1.22
Russell-Ocampo cycler 5.13.2.-1 (5-synodic, ballistic) E,M 10.68 141
  • 2026-12-07 · V∞ 5.57 / 9.36 · C3 31.1
  • 2029-01-05 · V∞ 4.83 / 9.80 · C3 23.3
  • 2031-02-04 · V∞ 4.13 / 9.66 · C3 17.0
  • 2033-03-05 · V∞ 5.05 / 9.46 · C3 25.5
  • 2035-04-14 · V∞ 7.58 / 9.15 · C3 57.5
2.91 0.47
Russell-Ocampo cycler 5.14.1.+2 (5-synodic, near-ballistic) E,M 10.68 196
  • 2029-01-25 · V∞ 5.79 / 4.10 · C3 33.5
  • 2031-03-16 · V∞ 5.23 / 3.92 · C3 27.4
  • 2033-06-03 · V∞ 4.96 / 4.20 · C3 24.6
  • 2035-05-04 · V∞ 4.71 / 3.62 · C3 22.2
  • 2035-08-12 · V∞ 5.57 / 2.96 · C3 31.0
2.91 0.62
Russell-Ocampo cycler 5.14.1.+1 (5-synodic, ballistic) E,M 10.68 82
  • 2031-04-05 · V∞ 10.63 / 11.54 · C3 113.0
2.91 1.47
Russell-Ocampo cycler 5.14.2.+0 (5-synodic, ballistic) E,M 10.68 105
  • 2031-03-16 · V∞ 6.77 / 10.00 · C3 45.8
  • 2033-04-24 · V∞ 4.63 / 9.01 · C3 21.4
  • 2035-06-13 · V∞ 5.97 / 9.23 · C3 35.7
2.91 0.70
Russell-Ocampo cycler 5.15.1.-2 (5-synodic, ballistic) E,M 10.68 202
  • 2026-10-18 · V∞ 5.36 / 7.15 · C3 28.8
  • 2030-12-16 · V∞ 5.60 / 7.79 · C3 31.3
  • 2031-03-26 · V∞ 5.83 / 4.23 · C3 34.0
  • 2033-02-23 · V∞ 6.11 / 6.02 · C3 37.3
  • 2033-06-13 · V∞ 5.46 / 4.59 · C3 29.9
2.91 0.73
Russell-Ocampo cycler 5.15.1.-1 (5-synodic, near-ballistic) E,M 10.68 130
  • 2026-10-28 · V∞ 9.65 / 14.84 · C3 93.2
  • 2028-11-26 · V∞ 9.71 / 15.87 · C3 94.3
  • 2030-12-26 · V∞ 9.66 / 15.96 · C3 93.3
  • 2033-01-24 · V∞ 10.39 / 15.52 · C3 107.9
  • 2035-03-15 · V∞ 10.84 / 13.36 · C3 117.5
2.91 0.88
Russell-Ocampo cycler 5.16.1.+1 (5-synodic, ballistic) E,M 10.68 126
  • 2031-03-26 · V∞ 7.31 / 6.49 · C3 53.4
  • 2033-06-03 · V∞ 6.77 / 4.62 · C3 45.8
  • 2035-06-23 · V∞ 4.23 / 5.95 · C3 17.9
  • 2035-08-12 · V∞ 6.52 / 3.78 · C3 42.5
2.91 1.00
Russell-Ocampo cycler 5.16.1.+0 (5-synodic, near-ballistic) E,M 10.68 64
  • 2031-04-15 · V∞ 14.39 / 14.65 · C3 207.0
2.91 1.84
Russell-Ocampo cycler 5.17.1.-1 (5-synodic, ballistic) E,M 10.68 152
  • 2026-10-28 · V∞ 7.27 / 11.51 · C3 52.8
  • 2028-11-26 · V∞ 7.09 / 12.23 · C3 50.3
  • 2030-12-16 · V∞ 8.17 / 13.05 · C3 66.8
  • 2033-01-24 · V∞ 7.84 / 11.68 · C3 61.5
  • 2035-03-15 · V∞ 8.85 / 9.90 · C3 78.4
2.91 1.25
Russell-Ocampo cycler 5.18.1.+0 (5-synodic, ballistic) E,M 10.68 84
  • 2031-04-05 · V∞ 10.46 / 11.14 · C3 109.5
  • 2035-07-03 · V∞ 6.67 / 10.63 · C3 44.5
2.91 1.41
Russell-Ocampo cycler 6.0.1.+9a (6-synodic, near-ballistic) E,M 12.81 213
  • 2033-04-24 · V∞ 3.09 / 3.40 · C3 9.5
  • 2035-06-23 · V∞ 3.28 / 2.68 · C3 10.8
2.91 1.76
Russell-Ocampo cycler 6.0.1.+8b (6-synodic, ballistic) E,M 12.81 179
  • 2031-02-24 · V∞ 3.97 / 4.62 · C3 15.8
  • 2033-04-04 · V∞ 2.90 / 4.00 · C3 8.4
  • 2033-05-14 · V∞ 4.11 / 3.54 · C3 16.9
  • 2035-05-24 · V∞ 4.00 / 3.76 · C3 16.0
  • 2035-07-23 · V∞ 4.16 / 2.69 · C3 17.3
2.91 0.15
Russell-Ocampo cycler 6.0.1.+7c (6-synodic, ballistic) E,M 12.81 133
  • 2031-03-06 · V∞ 5.10 / 7.45 · C3 26.0
  • 2033-04-14 · V∞ 3.50 / 6.57 · C3 12.2
  • 2033-05-14 · V∞ 4.86 / 4.61 · C3 23.6
  • 2035-06-03 · V∞ 4.83 / 6.59 · C3 23.3
2.91 0.28
Russell-Ocampo cycler 6.0.1.+6d (6-synodic, near-ballistic) E,M 12.81 111
  • 2031-03-16 · V∞ 6.53 / 9.11 · C3 42.7
  • 2033-04-14 · V∞ 4.43 / 9.31 · C3 19.6
  • 2035-06-03 · V∞ 6.22 / 9.27 · C3 38.7
2.91 0.79
Russell-Ocampo cycler 6.1.2.-4 (6-synodic, near-ballistic) E,M 12.81 203
  • 2026-11-17 · V∞ 3.83 / 5.47 · C3 14.7
  • 2026-12-07 · V∞ 4.88 / 4.42 · C3 23.9
  • 2029-01-15 · V∞ 4.81 / 4.15 · C3 23.1
  • 2033-03-05 · V∞ 4.90 / 5.00 · C3 24.0
  • 2033-06-03 · V∞ 4.79 / 4.24 · C3 23.0
2.91 0.40
Russell-Ocampo cycler 6.1.3.-3 (6-synodic, near-ballistic) E,M 12.81 264
  • 2026-11-17 · V∞ 3.45 / 2.96 · C3 11.9
  • 2028-11-16 · V∞ 3.30 / 3.75 · C3 10.9
  • 2030-12-26 · V∞ 3.57 / 3.69 · C3 12.8
  • 2033-03-15 · V∞ 3.34 / 4.13 · C3 11.2
  • 2035-05-24 · V∞ 4.49 / 2.83 · C3 20.2
2.91 1.61
Russell-Ocampo cycler 6.1.4.-2 (6-synodic, ballistic) E,M 12.81 197
  • 2026-11-27 · V∞ 4.21 / 5.29 · C3 17.7
  • 2029-01-05 · V∞ 4.02 / 4.87 · C3 16.1
  • 2031-02-04 · V∞ 3.13 / 4.75 · C3 9.8
  • 2033-03-15 · V∞ 3.69 / 4.30 · C3 13.6
  • 2033-05-14 · V∞ 3.83 / 3.61 · C3 14.6
2.91 0.29
Russell-Ocampo cycler 6.1.6.-1 (6-synodic, near-ballistic) E,M 12.81 135
  • 2026-12-07 · V∞ 5.81 / 10.10 · C3 33.8
  • 2029-01-15 · V∞ 5.36 / 9.48 · C3 28.7
  • 2031-02-14 · V∞ 4.15 / 9.34 · C3 17.2
  • 2033-03-15 · V∞ 4.67 / 9.26 · C3 21.8
  • 2035-04-24 · V∞ 7.35 / 9.21 · C3 54.1
2.91 0.22
Russell-Ocampo cycler 6.2.1.+8 (6-synodic, near-ballistic) E,M 12.81 220
  • 2028-12-26 · V∞ 3.44 / 4.27 · C3 11.8
  • 2031-02-14 · V∞ 3.85 / 3.99 · C3 14.8
  • 2033-04-14 · V∞ 3.33 / 3.50 · C3 11.1
  • 2035-07-03 · V∞ 3.40 / 2.74 · C3 11.6
2.91 1.15
Russell-Ocampo cycler 6.2.1.+7 (6-synodic, ballistic) E,M 12.81 158
  • 2031-03-06 · V∞ 4.83 / 5.29 · C3 23.4
  • 2033-04-04 · V∞ 3.01 / 5.17 · C3 9.1
  • 2033-05-14 · V∞ 4.44 / 3.72 · C3 19.7
  • 2035-05-24 · V∞ 4.44 / 5.01 · C3 19.7
  • 2035-07-23 · V∞ 4.31 / 3.00 · C3 18.6
2.91 0.14
Russell-Ocampo cycler 6.2.1.+6 (6-synodic, near-ballistic) E,M 12.81 123
  • 2031-03-16 · V∞ 6.21 / 7.59 · C3 38.6
  • 2033-04-14 · V∞ 3.82 / 7.69 · C3 14.6
  • 2033-05-14 · V∞ 5.05 / 5.25 · C3 25.5
  • 2035-06-03 · V∞ 5.37 / 7.69 · C3 28.8
2.91 0.12
Russell-Ocampo cycler 6.2.2.+3 (6-synodic, ballistic) E,M 12.81 174
  • 2031-02-24 · V∞ 3.98 / 4.88 · C3 15.9
  • 2033-03-25 · V∞ 3.03 / 4.73 · C3 9.2
  • 2033-05-04 · V∞ 3.66 / 3.48 · C3 13.4
  • 2035-06-03 · V∞ 3.68 / 3.67 · C3 13.5
  • 2035-07-13 · V∞ 3.66 / 2.79 · C3 13.4
2.91 0.67
Russell-Ocampo cycler 6.2.2.+2 (6-synodic, near-ballistic) E,M 12.81 115
  • 2031-03-06 · V∞ 5.57 / 9.74 · C3 31.0
  • 2033-04-04 · V∞ 4.60 / 9.92 · C3 21.2
  • 2035-06-03 · V∞ 5.91 / 8.71 · C3 34.9
2.91 0.71
Russell-Ocampo cycler 6.2.3.+2 (6-synodic, near-ballistic) E,M 12.81 235
  • 2033-05-04 · V∞ 3.15 / 3.81 · C3 9.9
  • 2035-07-13 · V∞ 3.86 / 3.02 · C3 14.9
2.91 2.78
Russell-Ocampo cycler 6.2.3.+1 (6-synodic, near-ballistic) E,M 12.81 119
  • 2029-02-04 · V∞ 7.76 / 9.33 · C3 60.2
  • 2031-03-06 · V∞ 5.43 / 9.17 · C3 29.4
  • 2033-04-04 · V∞ 4.33 / 9.31 · C3 18.7
  • 2035-05-24 · V∞ 6.37 / 9.01 · C3 40.5
2.91 0.26
Russell-Ocampo cycler 6.2.4.+1 (6-synodic, ballistic) E,M 12.81 181
  • 2029-01-05 · V∞ 4.07 / 5.89 · C3 16.5
  • 2031-02-14 · V∞ 3.40 / 5.05 · C3 11.5
  • 2033-03-15 · V∞ 3.35 / 4.90 · C3 11.2
  • 2033-05-04 · V∞ 3.58 / 3.41 · C3 12.8
  • 2035-06-03 · V∞ 3.59 / 3.38 · C3 12.9
2.91 0.35
Russell-Ocampo cycler 6.2.6.+0 (6-synodic, near-ballistic) E,M 12.81 123
  • 2029-01-25 · V∞ 6.52 / 9.94 · C3 42.5
  • 2031-03-06 · V∞ 5.31 / 8.63 · C3 28.2
  • 2033-03-25 · V∞ 4.72 / 9.88 · C3 22.2
  • 2035-05-24 · V∞ 6.07 / 8.47 · C3 36.9
2.91 0.67
Russell-Ocampo cycler 6.3.1.-9 (6-synodic, near-ballistic) E,M 12.81 279
  • 2026-12-17 · V∞ 5.49 / 3.56 · C3 30.1
  • 2032-12-05 · V∞ 5.81 / 4.15 · C3 33.7
  • 2035-04-14 · V∞ 5.61 / 3.50 · C3 31.4
  • 2035-06-23 · V∞ 5.85 / 3.94 · C3 34.2
  • 2035-08-22 · V∞ 5.96 / 3.90 · C3 35.5
2.91 1.79
Russell-Ocampo cycler 6.3.4.+1 (6-synodic, ballistic) E,M 12.81 156
  • 2031-03-06 · V∞ 4.85 / 5.43 · C3 23.5
  • 2033-04-14 · V∞ 3.10 / 4.70 · C3 9.6
  • 2033-05-14 · V∞ 4.47 / 3.76 · C3 20.0
  • 2035-05-24 · V∞ 4.50 / 5.15 · C3 20.2
  • 2035-07-23 · V∞ 4.33 / 3.05 · C3 18.8
2.91 0.16
Russell-Ocampo cycler 6.4.1.+7 (6-synodic, near-ballistic) E,M 12.81 227
  • 2028-12-26 · V∞ 3.48 / 4.05 · C3 12.1
  • 2033-04-14 · V∞ 3.65 / 3.69 · C3 13.3
  • 2033-05-14 · V∞ 3.39 / 3.90 · C3 11.5
  • 2035-05-04 · V∞ 4.40 / 3.02 · C3 19.4
  • 2035-07-03 · V∞ 3.53 / 2.88 · C3 12.5
2.91 0.55
Russell-Ocampo cycler 6.4.1.+6 (6-synodic, ballistic) E,M 12.81 142
  • 2031-03-06 · V∞ 4.97 / 6.55 · C3 24.7
  • 2033-04-14 · V∞ 3.29 / 5.73 · C3 10.9
  • 2033-05-14 · V∞ 4.70 / 4.18 · C3 22.1
  • 2035-06-03 · V∞ 4.45 / 5.75 · C3 19.8
  • 2035-07-23 · V∞ 4.47 / 3.51 · C3 20.0
2.91 0.50
Russell-Ocampo cycler 6.4.1.+5 (6-synodic, ballistic) E,M 12.81 113
  • 2031-03-16 · V∞ 6.47 / 8.83 · C3 41.8
  • 2033-04-14 · V∞ 4.31 / 9.02 · C3 18.6
  • 2035-06-03 · V∞ 6.06 / 8.98 · C3 36.8
2.91 0.65
Russell-Ocampo cycler 6.4.1.+4 (6-synodic, near-ballistic) E,M 12.81 96
  • 2031-03-16 · V∞ 7.26 / 11.55 · C3 52.8
  • 2033-04-24 · V∞ 5.24 / 10.48 · C3 27.5
  • 2035-06-13 · V∞ 6.83 / 10.69 · C3 46.6
2.91 0.26
Russell-Ocampo cycler 6.5.1.-8 (6-synodic, near-ballistic) E,M 12.81 283
  • 2026-12-27 · V∞ 6.20 / 4.01 · C3 38.4
  • 2030-10-17 · V∞ 6.12 / 4.32 · C3 37.4
  • 2032-11-25 · V∞ 6.21 / 4.25 · C3 38.6
  • 2035-04-04 · V∞ 5.99 / 3.74 · C3 35.8
  • 2035-08-22 · V∞ 6.05 / 4.00 · C3 36.7
2.91 1.56
Russell-Ocampo cycler 6.5.1.-7 (6-synodic, ballistic) E,M 12.81 213
  • 2031-05-05 · V∞ 8.16 / 6.48 · C3 66.7
  • 2033-01-24 · V∞ 8.68 / 7.73 · C3 75.4
  • 2033-03-05 · V∞ 7.55 / 6.46 · C3 57.0
  • 2033-07-23 · V∞ 8.32 / 6.10 · C3 69.2
  • 2035-01-04 · V∞ 8.25 / 6.68 · C3 68.1
2.91 0.23
Russell-Ocampo cycler 6.5.1.-6 (6-synodic, near-ballistic) E,M 12.81 180
  • 2026-09-28 · V∞ 8.56 / 10.08 · C3 73.3
  • 2032-12-05 · V∞ 9.99 / 11.31 · C3 99.8
  • 2033-01-14 · V∞ 8.37 / 9.81 · C3 70.1
  • 2035-01-14 · V∞ 10.05 / 9.88 · C3 100.9
  • 2035-02-03 · V∞ 10.19 / 9.62 · C3 103.9
2.91 0.39
Russell-Ocampo cycler 6.5.5.-1 (6-synodic, ballistic) E,M 12.81 137
  • 2026-12-07 · V∞ 5.72 / 9.85 · C3 32.8
  • 2029-01-15 · V∞ 5.30 / 9.23 · C3 28.1
  • 2031-02-14 · V∞ 4.06 / 9.08 · C3 16.5
  • 2033-03-05 · V∞ 5.33 / 10.02 · C3 28.5
  • 2035-04-24 · V∞ 7.21 / 8.95 · C3 51.9
2.91 0.26
Russell-Ocampo cycler 6.6.1.-6 (6-synodic, ballistic) E,M 12.81 189
  • 2029-01-05 · V∞ 4.03 / 5.35 · C3 16.3
  • 2031-02-24 · V∞ 3.95 / 4.20 · C3 15.6
  • 2033-05-14 · V∞ 3.95 / 3.56 · C3 15.6
  • 2035-05-24 · V∞ 3.87 / 3.34 · C3 15.0
  • 2035-07-23 · V∞ 4.10 / 2.65 · C3 16.8
— 0.11
Russell-Ocampo cycler 6.6.1.+5 (6-synodic, ballistic) E,M 12.81 128
  • 2031-03-06 · V∞ 5.19 / 8.02 · C3 26.9
  • 2033-04-14 · V∞ 3.64 / 7.11 · C3 13.3
  • 2033-05-14 · V∞ 4.95 / 4.91 · C3 24.5
  • 2035-06-03 · V∞ 5.08 / 7.12 · C3 25.8
2.91 0.13
Russell-Ocampo cycler 6.6.1.+4 (6-synodic, ballistic) E,M 12.81 104
  • 2031-03-16 · V∞ 6.82 / 10.16 · C3 46.4
  • 2033-04-24 · V∞ 4.69 / 9.16 · C3 22.0
  • 2035-06-13 · V∞ 6.06 / 9.38 · C3 36.7
2.91 0.56
Russell-Ocampo cycler 6.6.1.+3 (6-synodic, near-ballistic) E,M 12.81 89
  • 2031-03-26 · V∞ 8.76 / 11.46 · C3 76.7
  • 2033-04-24 · V∞ 5.89 / 11.81 · C3 34.7
  • 2035-06-13 · V∞ 7.65 / 12.01 · C3 58.6
2.91 0.35
Russell-Ocampo cycler 6.6.2.+2 (6-synodic, ballistic) E,M 12.81 141
  • 2029-01-25 · V∞ 6.14 / 7.75 · C3 37.7
  • 2031-02-24 · V∞ 4.24 / 7.57 · C3 18.0
  • 2033-04-04 · V∞ 3.35 / 6.63 · C3 11.2
  • 2035-05-24 · V∞ 5.05 / 6.44 · C3 25.5
2.91 0.82
Russell-Ocampo cycler 6.6.2.+1 (6-synodic, near-ballistic) E,M 12.81 99
  • 2031-03-16 · V∞ 7.08 / 11.00 · C3 50.1
  • 2033-04-14 · V∞ 5.36 / 11.33 · C3 28.8
  • 2035-06-03 · V∞ 7.38 / 11.23 · C3 54.5
2.91 0.78
Russell-Ocampo cycler 6.6.5.+0 (6-synodic, ballistic) E,M 12.81 122
  • 2029-01-25 · V∞ 6.55 / 10.07 · C3 42.9
  • 2031-03-06 · V∞ 5.33 / 8.77 · C3 28.5
  • 2033-03-25 · V∞ 4.79 / 10.03 · C3 22.9
  • 2035-05-24 · V∞ 6.14 / 8.60 · C3 37.7
2.91 0.67
Russell-Ocampo cycler 6.7.1.-7 (6-synodic, near-ballistic) E,M 12.81 289
  • 2028-09-17 · V∞ 6.36 / 4.18 · C3 40.4
  • 2030-10-07 · V∞ 6.63 / 4.30 · C3 43.9
  • 2032-11-15 · V∞ 6.63 / 4.37 · C3 43.9
  • 2035-03-15 · V∞ 6.64 / 4.24 · C3 44.1
  • 2035-09-01 · V∞ 6.50 / 4.07 · C3 42.2
2.91 1.17
Russell-Ocampo cycler 6.7.1.-6 (6-synodic, ballistic) E,M 12.81 199
  • 2031-05-15 · V∞ 9.54 / 7.10 · C3 91.0
  • 2033-01-04 · V∞ 9.31 / 8.93 · C3 86.8
  • 2035-01-04 · V∞ 8.95 / 8.00 · C3 80.0
  • 2035-03-15 · V∞ 8.38 / 7.11 · C3 70.3
  • 2035-04-14 · V∞ 9.04 / 6.57 · C3 81.7
2.91 0.35
Russell-Ocampo cycler 6.7.2.+3 (6-synodic, near-ballistic) E,M 12.81 176
  • 2033-05-24 · V∞ 4.75 / 3.77 · C3 22.5
  • 2035-08-02 · V∞ 4.89 / 2.77 · C3 23.9
2.91 1.49
Russell-Ocampo cycler 6.7.3.-2 (6-synodic, ballistic) E,M 12.81 199
  • 2026-11-27 · V∞ 4.20 / 5.16 · C3 17.6
  • 2029-01-05 · V∞ 4.01 / 4.77 · C3 16.1
  • 2031-01-25 · V∞ 3.06 / 5.21 · C3 9.4
  • 2031-02-24 · V∞ 3.95 / 3.93 · C3 15.6
  • 2033-03-05 · V∞ 4.46 / 4.91 · C3 19.9
2.91 0.26
Russell-Ocampo cycler 6.7.5.+0 (6-synodic, near-ballistic) E,M 12.81 107
  • 2031-03-16 · V∞ 6.68 / 9.69 · C3 44.7
  • 2033-04-14 · V∞ 4.70 / 9.94 · C3 22.1
  • 2035-06-13 · V∞ 5.81 / 8.94 · C3 33.7
2.91 0.75
Russell-Ocampo cycler 6.8.1.+6 (6-synodic, near-ballistic) E,M 12.81 211
  • 2033-04-24 · V∞ 3.09 / 3.39 · C3 9.5
  • 2035-06-23 · V∞ 3.26 / 2.67 · C3 10.6
2.91 2.03
Russell-Ocampo cycler 6.8.1.+5 (6-synodic, ballistic) E,M 12.81 158
  • 2031-03-06 · V∞ 4.83 / 5.29 · C3 23.4
  • 2033-04-04 · V∞ 3.01 / 5.17 · C3 9.1
  • 2033-05-14 · V∞ 4.44 / 3.72 · C3 19.7
  • 2035-05-24 · V∞ 4.44 / 5.01 · C3 19.7
  • 2035-07-23 · V∞ 4.31 / 3.00 · C3 18.6
2.91 0.14
Russell-Ocampo cycler 6.8.1.+4 (6-synodic, ballistic) E,M 12.81 116
  • 2031-03-16 · V∞ 6.38 / 8.43 · C3 40.7
  • 2033-04-14 · V∞ 4.14 / 8.60 · C3 17.2
  • 2035-06-03 · V∞ 5.84 / 8.57 · C3 34.1
2.91 0.41
Russell-Ocampo cycler 6.8.1.+3 (6-synodic, ballistic) E,M 12.81 95
  • 2031-03-16 · V∞ 7.33 / 11.73 · C3 53.8
  • 2033-04-24 · V∞ 5.33 / 10.66 · C3 28.4
  • 2035-06-13 · V∞ 6.94 / 10.86 · C3 48.1
2.91 0.33
Russell-Ocampo cycler 6.8.1.+2 (6-synodic, near-ballistic) E,M 12.81 81
  • 2031-03-26 · V∞ 9.46 / 13.15 · C3 89.4
  • 2033-04-24 · V∞ 6.87 / 13.59 · C3 47.2
  • 2035-06-13 · V∞ 8.82 / 13.76 · C3 77.8
2.91 0.89
Russell-Ocampo cycler 6.8.3.+1 (6-synodic, ballistic) E,M 12.81 179
  • 2029-01-05 · V∞ 4.08 / 6.04 · C3 16.6
  • 2031-02-14 · V∞ 3.40 / 5.17 · C3 11.6
  • 2033-03-15 · V∞ 3.34 / 5.02 · C3 11.2
  • 2033-04-24 · V∞ 3.20 / 3.46 · C3 10.2
  • 2035-06-03 · V∞ 3.62 / 3.46 · C3 13.1
2.91 0.47
Russell-Ocampo cycler 6.9.1.-6 (6-synodic, ballistic) E,M 12.81 248
  • 2027-01-06 · V∞ 7.48 / 3.70 · C3 56.0
  • 2029-02-14 · V∞ 6.77 / 4.68 · C3 45.8
  • 2032-11-15 · V∞ 6.93 / 5.55 · C3 48.0
  • 2035-01-14 · V∞ 7.25 / 4.60 · C3 52.5
  • 2035-09-11 · V∞ 7.69 / 4.04 · C3 59.2
2.91 0.15
Russell-Ocampo cycler 6.9.1.-5 (6-synodic, ballistic) E,M 12.81 186
  • 2032-11-25 · V∞ 9.77 / 10.91 · C3 95.5
  • 2032-12-15 · V∞ 9.45 / 10.29 · C3 89.3
  • 2035-01-14 · V∞ 9.48 / 9.09 · C3 90.0
  • 2035-02-13 · V∞ 9.42 / 8.61 · C3 88.8
  • 2035-03-25 · V∞ 11.52 / 9.13 · C3 132.8
2.91 0.53
Russell-Ocampo cycler 6.9.1.-4 (6-synodic, near-ballistic) E,M 12.81 161
  • 2026-09-28 · V∞ 9.98 / 12.24 · C3 99.6
  • 2028-10-07 · V∞ 12.48 / 14.35 · C3 155.8
  • 2032-12-15 · V∞ 11.37 / 13.85 · C3 129.2
  • 2035-01-04 · V∞ 12.90 / 13.38 · C3 166.5
  • 2035-02-13 · V∞ 13.99 / 13.23 · C3 195.8
2.91 1.49
Russell-Ocampo cycler 6.9.2.-3 (6-synodic, near-ballistic) E,M 12.81 274
  • 2026-10-08 · V∞ 3.90 / 3.77 · C3 15.2
  • 2026-11-27 · V∞ 4.12 / 3.15 · C3 17.0
  • 2028-12-06 · V∞ 3.87 / 3.38 · C3 15.0
  • 2030-12-06 · V∞ 3.78 / 3.62 · C3 14.3
  • 2035-05-24 · V∞ 4.55 / 2.93 · C3 20.7
2.91 1.46
Russell-Ocampo cycler 6.9.2.-2 (6-synodic, near-ballistic) E,M 12.81 150
  • 2026-11-17 · V∞ 5.50 / 10.14 · C3 30.3
  • 2028-11-26 · V∞ 7.29 / 12.52 · C3 53.1
  • 2030-12-26 · V∞ 7.18 / 12.46 · C3 51.5
  • 2033-02-13 · V∞ 6.16 / 10.15 · C3 38.0
  • 2035-03-25 · V∞ 8.31 / 9.42 · C3 69.1
2.91 1.19
Russell-Ocampo cycler 6.9.4.-1 (6-synodic, ballistic) E,M 12.81 139
  • 2026-12-07 · V∞ 5.65 / 9.60 · C3 31.9
  • 2029-01-15 · V∞ 5.25 / 8.99 · C3 27.6
  • 2031-02-04 · V∞ 4.24 / 9.92 · C3 18.0
  • 2033-03-05 · V∞ 5.19 / 9.73 · C3 26.9
  • 2035-04-14 · V∞ 7.73 / 9.43 · C3 59.7
2.91 0.25
Russell-Ocampo cycler 6.10.1.+5 (6-synodic, near-ballistic) E,M 12.81 219
  • 2028-12-26 · V∞ 3.43 / 4.31 · C3 11.8
  • 2031-02-14 · V∞ 3.81 / 3.98 · C3 14.5
  • 2033-04-14 · V∞ 3.29 / 3.48 · C3 10.9
  • 2035-06-23 · V∞ 3.36 / 2.76 · C3 11.3
2.91 1.12
Russell-Ocampo cycler 6.10.1.+4 (6-synodic, ballistic) E,M 12.81 137
  • 2031-03-06 · V∞ 5.04 / 7.04 · C3 25.4
  • 2033-04-14 · V∞ 3.40 / 6.18 · C3 11.5
  • 2033-05-14 · V∞ 4.79 / 4.41 · C3 22.9
  • 2035-06-03 · V∞ 4.65 / 6.20 · C3 21.6
2.91 0.45
Russell-Ocampo cycler 6.10.1.+3 (6-synodic, ballistic) E,M 12.81 104
  • 2031-03-16 · V∞ 6.82 / 10.16 · C3 46.4
  • 2033-04-24 · V∞ 4.69 / 9.16 · C3 22.0
  • 2035-06-13 · V∞ 6.06 / 9.38 · C3 36.7
2.91 0.56
Russell-Ocampo cycler 6.10.1.+2 (6-synodic, ballistic) E,M 12.81 86
  • 2031-03-26 · V∞ 8.99 / 12.06 · C3 80.9
  • 2033-04-24 · V∞ 6.23 / 12.44 · C3 38.8
  • 2035-06-13 · V∞ 8.06 / 12.63 · C3 65.0
2.91 0.47
Russell-Ocampo cycler 6.10.2.+2 (6-synodic, near-ballistic) E,M 12.81 231
  • 2033-05-04 · V∞ 3.16 / 3.76 · C3 10.0
  • 2035-07-03 · V∞ 3.64 / 2.98 · C3 13.2
2.91 2.42
Russell-Ocampo cycler 6.10.2.+1 (6-synodic, ballistic) E,M 12.81 115
  • 2031-03-06 · V∞ 5.57 / 9.74 · C3 31.0
  • 2033-04-04 · V∞ 4.60 / 9.92 · C3 21.2
  • 2035-06-03 · V∞ 5.91 / 8.71 · C3 34.9
2.91 0.71
Russell-Ocampo cycler 6.10.4.+0 (6-synodic, ballistic) E,M 12.81 121
  • 2029-01-25 · V∞ 6.58 / 10.22 · C3 43.3
  • 2031-03-06 · V∞ 5.36 / 8.90 · C3 28.8
  • 2033-04-04 · V∞ 4.21 / 9.03 · C3 17.7
  • 2035-05-24 · V∞ 6.21 / 8.73 · C3 38.6
2.91 0.47
Russell-Ocampo cycler 6.11.1.-5 (6-synodic, ballistic) E,M 12.81 219
  • 2029-02-24 · V∞ 8.28 / 4.75 · C3 68.6
  • 2031-05-05 · V∞ 7.90 / 6.50 · C3 62.4
  • 2033-03-15 · V∞ 7.14 / 5.95 · C3 50.9
  • 2033-07-23 · V∞ 8.10 / 6.05 · C3 65.7
  • 2035-01-04 · V∞ 8.03 / 6.21 · C3 64.5
2.91 0.19
Russell-Ocampo cycler 6.11.1.-4 (6-synodic, ballistic) E,M 12.81 173
  • 2026-09-28 · V∞ 9.00 / 10.81 · C3 80.9
  • 2032-11-25 · V∞ 11.14 / 12.72 · C3 124.1
  • 2033-01-04 · V∞ 9.02 / 11.02 · C3 81.4
  • 2035-01-14 · V∞ 10.90 / 10.95 · C3 118.8
  • 2035-03-05 · V∞ 12.53 / 10.90 · C3 157.0
2.91 0.35
Russell-Ocampo cycler 6.11.2.+2 (6-synodic, near-ballistic) E,M 12.81 191
  • 2026-12-17 · V∞ 5.92 / 4.55 · C3 35.0
  • 2029-01-25 · V∞ 5.82 / 4.28 · C3 33.8
  • 2031-03-26 · V∞ 6.06 / 4.17 · C3 36.8
  • 2033-06-13 · V∞ 5.77 / 4.54 · C3 33.2
  • 2035-08-12 · V∞ 5.62 / 2.94 · C3 31.6
2.91 0.52
Russell-Ocampo cycler 6.12.1.+4 (6-synodic, ballistic) E,M 12.81 232
  • 2026-11-27 · V∞ 4.08 / 3.60 · C3 16.7
  • 2029-01-05 · V∞ 4.08 / 3.69 · C3 16.7
  • 2033-04-24 · V∞ 3.31 / 3.69 · C3 10.9
  • 2035-05-14 · V∞ 4.52 / 2.77 · C3 20.5
  • 2035-07-03 · V∞ 3.67 / 3.01 · C3 13.5
2.91 0.34
Russell-Ocampo cycler 6.12.1.+3 (6-synodic, ballistic) E,M 12.81 120
  • 2031-03-16 · V∞ 6.28 / 7.94 · C3 39.4
  • 2033-04-14 · V∞ 3.95 / 8.06 · C3 15.6
  • 2035-06-03 · V∞ 5.56 / 8.05 · C3 30.9
2.91 0.31
Russell-Ocampo cycler 6.12.1.+2 (6-synodic, ballistic) E,M 12.81 92
  • 2031-03-26 · V∞ 8.55 / 10.90 · C3 73.2
  • 2033-04-24 · V∞ 5.59 / 11.22 · C3 31.3
  • 2035-06-13 · V∞ 7.28 / 11.42 · C3 53.0
2.91 0.44
Russell-Ocampo cycler 6.13.1.+5 (6-synodic, near-ballistic) E,M 12.81 79
  • 2031-05-05 · V∞ 16.02 / 10.49 · C3 256.7
  • 2033-07-23 · V∞ 16.23 / 9.67 · C3 263.4
  • 2035-10-01 · V∞ 17.07 / 8.37 · C3 291.5
2.91 0.50
Russell-Ocampo cycler 6.13.1.-5 (6-synodic, near-ballistic) E,M 12.81 276
  • 2026-12-17 · V∞ 5.46 / 3.44 · C3 29.8
  • 2028-12-16 · V∞ 5.21 / 4.04 · C3 27.1
  • 2032-12-15 · V∞ 5.46 / 4.05 · C3 29.8
  • 2035-04-24 · V∞ 5.29 / 3.29 · C3 28.0
  • 2035-06-13 · V∞ 4.88 / 3.25 · C3 23.8
2.91 1.90
Russell-Ocampo cycler 6.13.1.-4 (6-synodic, ballistic) E,M 12.81 198
  • 2026-09-28 · V∞ 8.19 / 8.65 · C3 67.1
  • 2031-05-15 · V∞ 9.59 / 7.10 · C3 91.9
  • 2032-12-25 · V∞ 7.99 / 8.47 · C3 63.8
  • 2035-01-04 · V∞ 9.01 / 8.10 · C3 81.1
  • 2035-03-15 · V∞ 8.79 / 7.47 · C3 77.3
2.91 0.39
Russell-Ocampo cycler 6.13.1.-3 (6-synodic, ballistic) E,M 12.81 160
  • 2026-09-28 · V∞ 10.07 / 12.37 · C3 101.4
  • 2028-10-07 · V∞ 12.58 / 14.50 · C3 158.2
  • 2032-12-15 · V∞ 11.32 / 13.92 · C3 128.1
  • 2035-01-04 · V∞ 13.12 / 13.60 · C3 172.1
  • 2035-02-13 · V∞ 13.34 / 12.88 · C3 177.9
2.91 1.32
Russell-Ocampo cycler 6.13.2.-2 (6-synodic, ballistic) E,M 12.81 202
  • 2026-12-07 · V∞ 4.89 / 4.47 · C3 23.9
  • 2029-01-15 · V∞ 4.81 / 4.18 · C3 23.1
  • 2031-03-16 · V∞ 5.15 / 3.93 · C3 26.5
  • 2033-03-05 · V∞ 4.77 / 4.96 · C3 22.8
  • 2033-06-13 · V∞ 5.46 / 4.59 · C3 29.9
2.91 0.66
Russell-Ocampo cycler 6.13.3.-1 (6-synodic, ballistic) E,M 12.81 143
  • 2026-12-07 · V∞ 5.51 / 9.13 · C3 30.3
  • 2029-01-05 · V∞ 4.75 / 9.55 · C3 22.5
  • 2031-02-04 · V∞ 4.02 / 9.40 · C3 16.2
  • 2033-02-23 · V∞ 5.79 / 10.17 · C3 33.6
  • 2035-04-14 · V∞ 7.44 / 8.89 · C3 55.4
2.91 0.88
Russell-Ocampo cycler 6.14.1.+3 (6-synodic, ballistic) E,M 12.81 158
  • 2031-03-06 · V∞ 4.83 / 5.29 · C3 23.4
  • 2033-04-14 · V∞ 3.09 / 4.58 · C3 9.5
  • 2033-05-14 · V∞ 4.44 / 3.72 · C3 19.7
  • 2035-05-24 · V∞ 4.44 / 5.01 · C3 19.7
  • 2035-07-23 · V∞ 4.31 / 3.00 · C3 18.6
2.91 0.24
Russell-Ocampo cycler 6.14.1.+2 (6-synodic, ballistic) E,M 12.81 104
  • 2031-03-16 · V∞ 6.82 / 10.16 · C3 46.4
  • 2033-04-24 · V∞ 4.69 / 9.16 · C3 22.0
  • 2035-06-13 · V∞ 6.06 / 9.38 · C3 36.7
2.91 0.56
Russell-Ocampo cycler 6.14.1.+1 (6-synodic, near-ballistic) E,M 12.81 81
  • 2031-03-26 · V∞ 9.46 / 13.15 · C3 89.4
  • 2033-04-24 · V∞ 6.87 / 13.59 · C3 47.2
  • 2035-06-13 · V∞ 8.82 / 13.76 · C3 77.8
2.91 0.89
Russell-Ocampo cycler 6.14.2.+1 (6-synodic, ballistic) E,M 12.81 175
  • 2031-02-24 · V∞ 3.98 / 4.83 · C3 15.8
  • 2033-03-25 · V∞ 3.03 / 4.67 · C3 9.2
  • 2033-05-04 · V∞ 3.65 / 3.46 · C3 13.3
  • 2035-06-03 · V∞ 3.67 / 3.63 · C3 13.4
  • 2035-07-13 · V∞ 3.66 / 2.77 · C3 13.4
2.91 0.61
Russell-Ocampo cycler 6.14.2.+0 (6-synodic, near-ballistic) E,M 12.81 91
  • 2031-03-16 · V∞ 7.64 / 12.53 · C3 58.4
  • 2033-04-14 · V∞ 6.24 / 12.94 · C3 38.9
  • 2035-06-03 · V∞ 8.38 / 12.79 · C3 70.2
2.91 0.41
Russell-Ocampo cycler 6.14.3.+0 (6-synodic, ballistic) E,M 12.81 119
  • 2029-02-04 · V∞ 7.76 / 9.33 · C3 60.2
  • 2031-03-06 · V∞ 5.43 / 9.17 · C3 29.4
  • 2033-04-04 · V∞ 4.33 / 9.31 · C3 18.7
  • 2035-05-24 · V∞ 6.37 / 9.01 · C3 40.5
2.91 0.26
Russell-Ocampo cycler 6.15.1.+4 (6-synodic, near-ballistic) E,M 12.81 74
  • 2031-05-05 · V∞ 16.64 / 11.31 · C3 276.9
  • 2033-07-23 · V∞ 16.85 / 10.22 · C3 284.0
  • 2035-10-01 · V∞ 17.59 / 8.90 · C3 309.5
2.91 0.53
Russell-Ocampo cycler 6.15.1.-4 (6-synodic, near-ballistic) E,M 12.81 285
  • 2026-12-27 · V∞ 6.22 / 4.10 · C3 38.7
  • 2030-10-17 · V∞ 6.09 / 4.25 · C3 37.2
  • 2032-11-25 · V∞ 6.23 / 4.25 · C3 38.8
  • 2035-03-25 · V∞ 6.30 / 3.96 · C3 39.7
  • 2035-09-01 · V∞ 6.47 / 4.01 · C3 41.8
2.91 1.36
Russell-Ocampo cycler 6.15.1.-3 (6-synodic, ballistic) E,M 12.81 179
  • 2026-09-28 · V∞ 8.62 / 10.18 · C3 74.2
  • 2032-12-05 · V∞ 10.13 / 11.47 · C3 102.7
  • 2035-01-14 · V∞ 10.15 / 10.03 · C3 103.1
  • 2035-02-03 · V∞ 10.44 / 9.84 · C3 109.0
  • 2035-03-15 · V∞ 11.68 / 9.75 · C3 136.3
2.91 0.22
Russell-Ocampo cycler 6.15.1.-2 (6-synodic, near-ballistic) E,M 12.81 147
  • 2028-10-07 · V∞ 14.17 / 16.61 · C3 200.8
  • 2030-11-06 · V∞ 13.71 / 16.96 · C3 188.1
  • 2032-12-05 · V∞ 13.46 / 16.60 · C3 181.1
  • 2035-01-24 · V∞ 14.90 / 15.64 · C3 221.9
2.91 1.44
Russell-Ocampo cycler 6.15.2.+1 (6-synodic, ballistic) E,M 12.81 117
  • 2031-03-26 · V∞ 7.53 / 7.37 · C3 56.6
  • 2033-06-13 · V∞ 8.10 / 5.10 · C3 65.5
  • 2035-08-22 · V∞ 7.93 / 4.13 · C3 63.0
2.91 1.14
Russell-Ocampo cycler 6.16.1.+2 (6-synodic, ballistic) E,M 12.81 128
  • 2031-03-06 · V∞ 5.19 / 8.02 · C3 26.9
  • 2033-04-14 · V∞ 3.64 / 7.11 · C3 13.3
  • 2033-05-14 · V∞ 4.95 / 4.91 · C3 24.5
  • 2035-06-03 · V∞ 5.08 / 7.12 · C3 25.8
2.91 0.13
Russell-Ocampo cycler 6.16.1.+1 (6-synodic, ballistic) E,M 12.81 89
  • 2031-03-26 · V∞ 8.76 / 11.46 · C3 76.7
  • 2033-04-24 · V∞ 5.89 / 11.81 · C3 34.7
  • 2035-06-13 · V∞ 7.65 / 12.01 · C3 58.6
2.91 0.35
Russell-Ocampo cycler 6.17.1.+3 (6-synodic, ballistic) E,M 12.81 69
  • 2031-05-05 · V∞ 17.35 / 12.28 · C3 301.0
  • 2033-07-23 · V∞ 17.56 / 10.86 · C3 308.3
  • 2035-10-01 · V∞ 18.18 / 9.53 · C3 330.7
2.91 0.78
Russell-Ocampo cycler 6.17.1.-3 (6-synodic, ballistic) E,M 12.81 241
  • 2027-01-06 · V∞ 7.61 / 3.63 · C3 57.9
  • 2029-02-24 · V∞ 7.66 / 5.09 · C3 58.7
  • 2033-07-23 · V∞ 7.37 / 5.87 · C3 54.3
  • 2035-01-04 · V∞ 7.55 / 4.99 · C3 57.0
  • 2035-09-11 · V∞ 7.82 / 4.04 · C3 61.2
2.91 0.23
Russell-Ocampo cycler 6.17.1.-2 (6-synodic, ballistic) E,M 12.81 160
  • 2026-09-28 · V∞ 10.07 / 12.37 · C3 101.4
  • 2028-10-07 · V∞ 12.58 / 14.50 · C3 158.2
  • 2032-12-15 · V∞ 11.32 / 13.92 · C3 128.1
  • 2035-01-04 · V∞ 13.12 / 13.60 · C3 172.1
  • 2035-02-13 · V∞ 13.34 / 12.88 · C3 177.9
2.91 1.12
Russell-Ocampo cycler 6.17.2.-1 (6-synodic, ballistic) E,M 12.81 149
  • 2026-11-17 · V∞ 5.57 / 10.26 · C3 31.0
  • 2028-11-26 · V∞ 7.39 / 12.67 · C3 54.6
  • 2030-12-26 · V∞ 7.28 / 12.62 · C3 53.0
  • 2033-02-13 · V∞ 6.24 / 10.29 · C3 38.9
  • 2035-03-25 · V∞ 8.38 / 9.55 · C3 70.1
2.91 1.26
Russell-Ocampo cycler 6.18.1.+2 (6-synodic, near-ballistic) E,M 12.81 219
  • 2028-12-26 · V∞ 3.43 / 4.31 · C3 11.8
  • 2031-02-14 · V∞ 3.81 / 3.98 · C3 14.5
  • 2033-04-14 · V∞ 3.29 / 3.48 · C3 10.9
  • 2035-06-23 · V∞ 3.36 / 2.76 · C3 11.3
2.91 1.12
Russell-Ocampo cycler 6.18.1.+1 (6-synodic, ballistic) E,M 12.81 104
  • 2031-03-16 · V∞ 6.82 / 10.16 · C3 46.4
  • 2033-04-24 · V∞ 4.69 / 9.16 · C3 22.0
  • 2035-06-13 · V∞ 6.06 / 9.38 · C3 36.7
2.91 0.46
Russell-Ocampo cycler 6.18.2.+0 (6-synodic, ballistic) E,M 12.81 116
  • 2029-02-04 · V∞ 7.84 / 9.74 · C3 61.6
  • 2031-03-06 · V∞ 5.53 / 9.59 · C3 30.6
  • 2033-04-04 · V∞ 4.53 / 9.76 · C3 20.5
  • 2035-06-03 · V∞ 5.84 / 8.57 · C3 34.1
2.91 0.52
Russell-Ocampo cycler 6.19.1.+2 (6-synodic, near-ballistic) E,M 12.81 64
  • 2031-05-05 · V∞ 18.18 / 13.41 · C3 330.6
  • 2033-07-23 · V∞ 18.37 / 11.64 · C3 337.3
  • 2035-10-01 · V∞ 18.87 / 10.28 · C3 356.2
2.91 1.29
Russell-Ocampo cycler 6.19.1.-2 (6-synodic, ballistic) E,M 12.81 195
  • 2031-05-15 · V∞ 9.74 / 7.11 · C3 94.9
  • 2032-12-25 · V∞ 8.57 / 8.96 · C3 73.5
  • 2033-02-03 · V∞ 8.40 / 8.31 · C3 70.6
  • 2035-01-04 · V∞ 9.20 / 8.42 · C3 84.6
  • 2035-03-05 · V∞ 8.64 / 7.46 · C3 74.7
2.91 0.43
Russell-Ocampo cycler 6.19.2.+0 (6-synodic, ballistic) E,M 12.81 79
  • 2031-04-05 · V∞ 10.91 / 12.16 · C3 119.0
2.91 1.37
Russell-Ocampo cycler 6.20.1.-4 (6-synodic, near-ballistic) E,M 12.81 183
  • 2027-02-05 · V∞ 12.70 / 5.26 · C3 161.3
  • 2029-03-26 · V∞ 12.67 / 6.80 · C3 160.5
  • 2035-10-01 · V∞ 11.79 / 5.24 · C3 139.0
2.91 0.36
Russell-Ocampo cycler 6.20.1.+1 (6-synodic, ballistic) E,M 12.81 160
  • 2031-03-06 · V∞ 4.82 / 5.17 · C3 23.2
  • 2033-04-04 · V∞ 2.99 / 5.03 · C3 8.9
  • 2033-05-14 · V∞ 4.41 / 3.69 · C3 19.5
  • 2035-05-24 · V∞ 4.38 / 4.86 · C3 19.2
  • 2035-07-23 · V∞ 4.30 / 2.96 · C3 18.5
2.91 0.12
Russell-Ocampo cycler 6.20.1.+0 (6-synodic, near-ballistic) E,M 12.81 81
  • 2031-03-26 · V∞ 9.46 / 13.15 · C3 89.4
  • 2033-04-24 · V∞ 6.87 / 13.59 · C3 47.2
  • 2035-06-13 · V∞ 8.82 / 13.76 · C3 77.8
2.91 0.98
Russell-Ocampo cycler 6.21.1.+1 (6-synodic, ballistic) E,M 12.81 57
  • 2031-05-05 · V∞ 19.63 / 15.35 · C3 385.3
  • 2033-08-02 · V∞ 21.82 / 14.23 · C3 476.2
2.91 1.62
Russell-Ocampo cycler 6.21.1.-1 (6-synodic, ballistic) E,M 12.81 158
  • 2028-10-07 · V∞ 12.79 / 14.79 · C3 163.5
  • 2030-11-06 · V∞ 12.15 / 15.00 · C3 147.6
  • 2032-12-15 · V∞ 11.33 / 14.13 · C3 128.4
  • 2035-01-04 · V∞ 13.60 / 14.06 · C3 185.0
  • 2035-02-13 · V∞ 12.46 / 12.49 · C3 155.3
2.91 0.65
Russell-Ocampo cycler 6.22.1.+0 (6-synodic, ballistic) E,M 12.81 105
  • 2031-03-16 · V∞ 6.77 / 10.00 · C3 45.8
  • 2033-04-24 · V∞ 4.63 / 9.01 · C3 21.4
  • 2035-06-13 · V∞ 5.97 / 9.23 · C3 35.7
2.91 0.70
Russell-Ocampo cycler 4.991gG2 (= McConaghy/Longuski/Byrnes 'S1L1' / 'Notable', two-synodic ballistic) E,M 4.27 150
  • 2031-03-06 · V∞ 4.90 / 5.87 · C3 24.0
  • 2033-04-14 · V∞ 3.17 / 5.10 · C3 10.1
  • 2033-05-24 · V∞ 5.29 / 3.92 · C3 27.9
  • 2035-06-03 · V∞ 4.19 / 5.11 · C3 17.5
  • 2035-08-02 · V∞ 5.15 / 3.11 · C3 26.5
2.91 0.81
Russell-Ocampo cycler 8.049gGf2 (high-energy two-synodic ballistic) E,M 4.27 93
  • 2031-03-26 · V∞ 8.49 / 10.72 · C3 72.1
  • 2033-05-04 · V∞ 5.54 / 9.66 · C3 30.7
  • 2035-06-23 · V∞ 6.38 / 10.13 · C3 40.7
2.91 1.14
Russell-Ocampo cycler 8.165Gfh-f2 (two-synodic ballistic, four legs) E,M 4.27 92
  • 2031-03-26 · V∞ 8.55 / 10.90 · C3 73.2
  • 2033-05-04 · V∞ 5.61 / 9.83 · C3 31.5
  • 2035-06-23 · V∞ 6.48 / 10.31 · C3 42.0
2.91 1.23
Russell-Ocampo cycler 9.353Gg2 (high-energy two-synodic ballistic) E,M 4.27 85
  • 2031-04-05 · V∞ 10.38 / 10.96 · C3 107.8
  • 2035-07-03 · V∞ 6.56 / 10.44 · C3 43.0
2.91 1.47
Russell-Ocampo cycler 3.64gGg3 (low-energy three-synodic ballistic, bolded promising) E,M 6.41 175
  • 2031-02-24 · V∞ 3.98 / 4.83 · C3 15.8
  • 2033-03-25 · V∞ 3.03 / 4.67 · C3 9.2
  • 2033-05-04 · V∞ 3.65 / 3.46 · C3 13.3
  • 2035-06-03 · V∞ 3.67 / 3.63 · C3 13.4
  • 2035-07-13 · V∞ 3.66 / 2.77 · C3 13.4
2.91 0.58
Russell-Ocampo cycler 3.77Gh3 (3-synodic ballistic with non-trivial half-rev return) E,M 6.41 171
  • 2031-02-24 · V∞ 3.99 / 5.06 · C3 15.9
  • 2033-03-25 · V∞ 3.04 / 4.91 · C3 9.3
  • 2033-05-04 · V∞ 3.69 / 3.52 · C3 13.6
  • 2035-05-24 · V∞ 4.13 / 4.17 · C3 17.1
  • 2035-07-13 · V∞ 3.68 / 2.84 · C3 13.5
2.91 0.65
Russell-Ocampo cycler 3.78Gg3 (3-synodic ballistic, bolded promising) E,M 6.41 171
  • 2031-02-24 · V∞ 3.99 / 5.06 · C3 15.9
  • 2033-03-25 · V∞ 3.04 / 4.91 · C3 9.3
  • 2033-05-04 · V∞ 3.69 / 3.52 · C3 13.6
  • 2035-05-24 · V∞ 4.13 / 4.17 · C3 17.1
  • 2035-07-13 · V∞ 3.68 / 2.84 · C3 13.5
2.91 0.64
Russell-Ocampo cycler 5.30gGf3 (3-synodic ballistic with 3:2 resonant orbit) E,M 6.41 118
  • 2029-02-04 · V∞ 7.79 / 9.47 · C3 60.6
  • 2031-03-06 · V∞ 5.46 / 9.31 · C3 29.8
  • 2033-04-04 · V∞ 4.39 / 9.46 · C3 19.3
  • 2035-05-24 · V∞ 6.44 / 9.15 · C3 41.5
2.91 0.30
Russell-Ocampo cycler 5.66Gfh3 (3-synodic ballistic with 2:1 resonant orbit) E,M 6.41 113
  • 2031-03-06 · V∞ 5.65 / 10.04 · C3 31.9
  • 2033-04-14 · V∞ 4.31 / 9.02 · C3 18.6
  • 2035-06-03 · V∞ 6.06 / 8.98 · C3 36.8
2.91 0.68
Russell-Ocampo cycler 9.94Gg3 (high-energy 3-synodic, shortest transit) E,M 6.41 82
  • 2031-04-05 · V∞ 10.63 / 11.54 · C3 113.0
2.91 1.47
Russell-Ocampo cycler 3.66gfF3 (3-synodic ballistic, full-rev transit, bolded) E,M 6.41 173
  • 2031-02-24 · V∞ 3.98 / 4.94 · C3 15.9
  • 2033-03-25 · V∞ 3.04 / 4.79 · C3 9.2
  • 2033-05-04 · V∞ 3.67 / 3.49 · C3 13.5
  • 2035-06-03 · V∞ 3.69 / 3.72 · C3 13.6
  • 2035-07-13 · V∞ 3.67 / 2.80 · C3 13.4
2.91 0.61
Russell-Ocampo cycler 5.30ggF3 (3-synodic ballistic, full-rev, bolded short inbound) E,M 6.41 143
  • 2031-03-16 · V∞ 5.90 / 5.74 · C3 34.8
  • 2033-04-14 · V∞ 3.28 / 5.65 · C3 10.7
  • 2033-05-24 · V∞ 5.43 / 4.06 · C3 29.5
  • 2035-06-03 · V∞ 4.42 / 5.67 · C3 19.5
  • 2035-08-02 · V∞ 5.23 / 3.29 · C3 27.4
2.91 0.89
Russell-Ocampo cycler 5.75ggF3 (3-synodic ballistic, full-rev, short transfer) E,M 6.41 111
  • 2031-03-06 · V∞ 5.74 / 10.35 · C3 33.0
  • 2033-04-14 · V∞ 4.43 / 9.31 · C3 19.6
  • 2035-06-03 · V∞ 6.22 / 9.27 · C3 38.7
2.91 0.56
Russell-Ocampo cycler 6.44Gg3 (3-synodic NEAR-ballistic, long transit, low V_inf at Mars) E,M 6.41 262
  • 2026-12-27 · V∞ 6.34 / 3.45 · C3 40.2
  • 2032-11-25 · V∞ 6.24 / 4.63 · C3 39.0
  • 2035-03-05 · V∞ 6.29 / 3.84 · C3 39.6
  • 2035-06-13 · V∞ 6.83 / 4.46 · C3 46.6
  • 2035-09-01 · V∞ 6.56 / 3.80 · C3 43.0
2.91 0.17
Russell-Ocampo cycler 3.1.1.+2 (3-synodic) E,M 6.41 115
  • 2031-03-06 · V∞ 5.57 / 9.74 · C3 31.0
  • 2033-04-04 · V∞ 4.60 / 9.92 · C3 21.2
  • 2035-06-03 · V∞ 5.91 / 8.71 · C3 34.9
— 0.71
Russell-Ocampo cycler 3.1.3.+0 (3-synodic) E,M 6.41 123
  • 2029-01-25 · V∞ 6.52 / 9.94 · C3 42.5
  • 2031-03-06 · V∞ 5.31 / 8.63 · C3 28.2
  • 2033-03-25 · V∞ 4.72 / 9.88 · C3 22.2
  • 2035-05-24 · V∞ 6.07 / 8.47 · C3 36.9
— 0.67
Russell-Ocampo cycler 3.5.1.+2 (3-synodic) E,M 6.41 231
  • 2033-05-04 · V∞ 3.16 / 3.76 · C3 10.0
  • 2035-07-03 · V∞ 3.64 / 2.98 · C3 13.2
— 2.42
Russell-Ocampo cycler 4.1.1.-6 (4-synodic) E,M 8.54 256
  • 2026-11-17 · V∞ 3.50 / 3.13 · C3 12.3
  • 2033-05-14 · V∞ 3.06 / 4.24 · C3 9.3
  • 2035-05-14 · V∞ 4.48 / 2.78 · C3 20.1
— 2.33
Russell-Ocampo cycler 4.1.1.-4 (4-synodic) E,M 8.54 137
  • 2026-12-07 · V∞ 5.72 / 9.85 · C3 32.8
  • 2029-01-15 · V∞ 5.30 / 9.23 · C3 28.1
  • 2031-02-14 · V∞ 4.06 / 9.08 · C3 16.5
  • 2033-03-05 · V∞ 5.33 / 10.02 · C3 28.5
  • 2035-04-24 · V∞ 7.21 / 8.95 · C3 51.9
— 0.26
Russell-Ocampo cycler 4.1.2.-3 (4-synodic) E,M 8.54 250
  • 2026-11-17 · V∞ 3.54 / 3.29 · C3 12.5
— 2.73
Russell-Ocampo cycler 4.1.2.-2 (4-synodic) E,M 8.54 132
  • 2026-12-17 · V∞ 6.48 / 9.44 · C3 42.0
  • 2029-01-15 · V∞ 5.46 / 9.87 · C3 29.8
  • 2031-02-24 · V∞ 4.44 / 8.61 · C3 19.7
  • 2033-03-15 · V∞ 4.87 / 9.68 · C3 23.7
  • 2035-05-04 · V∞ 6.86 / 8.85 · C3 47.0
— 0.81
Russell-Ocampo cycler 4.1.4.-1 (4-synodic) E,M 8.54 129
  • 2026-12-17 · V∞ 6.58 / 9.82 · C3 43.2
  • 2029-01-25 · V∞ 6.35 / 9.14 · C3 40.3
  • 2031-02-24 · V∞ 4.54 / 8.99 · C3 20.6
  • 2033-03-15 · V∞ 5.09 / 10.11 · C3 25.9
  • 2035-05-14 · V∞ 6.35 / 8.47 · C3 40.3
— 0.77
Russell-Ocampo cycler 4.6.1.-4 (4-synodic) E,M 8.54 154
  • 2031-03-26 · V∞ 6.78 / 4.74 · C3 46.0
  • 2033-06-13 · V∞ 6.85 / 4.49 · C3 47.0
  • 2035-08-22 · V∞ 7.18 / 3.31 · C3 51.5
— 1.59
Russell-Ocampo cycler 4.6.3.+0 (4-synodic) E,M 8.54 105
  • 2031-03-16 · V∞ 6.77 / 10.00 · C3 45.8
  • 2033-04-24 · V∞ 4.63 / 9.01 · C3 21.4
  • 2035-06-13 · V∞ 5.97 / 9.23 · C3 35.7
— 0.70
Russell-Ocampo cycler 4.7.1.-2 (4-synodic) E,M 8.54 120
  • 2026-12-17 · V∞ 6.95 / 11.07 · C3 48.3
  • 2029-01-15 · V∞ 6.01 / 11.63 · C3 36.2
  • 2031-02-14 · V∞ 5.03 / 11.56 · C3 25.3
  • 2033-03-15 · V∞ 5.86 / 11.55 · C3 34.3
  • 2035-05-04 · V∞ 7.86 / 10.60 · C3 61.7
— 0.68
Russell-Ocampo cycler 4.8.1.+3 (4-synodic) E,M 8.54 164
  • 2027-01-06 · V∞ 8.63 / 5.11 · C3 74.5
  • 2029-02-14 · V∞ 8.39 / 4.88 · C3 70.5
  • 2031-04-05 · V∞ 7.56 / 4.60 · C3 57.1
  • 2033-06-23 · V∞ 7.40 / 4.95 · C3 54.7
  • 2035-08-22 · V∞ 7.01 / 3.25 · C3 49.1
— 0.84
Russell-Ocampo cycler 4.8.1.+2 (4-synodic) E,M 8.54 76
  • 2031-04-15 · V∞ 12.75 / 11.70 · C3 162.6
  • 2033-07-03 · V∞ 13.30 / 8.51 · C3 176.9
— 1.25
Russell-Ocampo cycler 4.9.1.-3 (4-synodic) E,M 8.54 256
  • 2026-11-17 · V∞ 3.50 / 3.13 · C3 12.3
  • 2033-05-14 · V∞ 3.06 / 4.24 · C3 9.3
  • 2035-05-14 · V∞ 4.48 / 2.78 · C3 20.1
— 2.33
Russell-Ocampo cycler 4.10.1.-3 (4-synodic) E,M 8.54 263
  • 2027-02-05 · V∞ 9.91 / 5.86 · C3 98.3
  • 2028-07-29 · V∞ 10.53 / 5.76 · C3 111.0
  • 2032-09-16 · V∞ 9.87 / 5.95 · C3 97.5
  • 2034-10-16 · V∞ 10.09 / 5.92 · C3 101.8
  • 2035-10-01 · V∞ 9.50 / 4.84 · C3 90.2
— 1.94
Russell-Ocampo cycler 4.12.1.-2 (4-synodic) E,M 8.54 268
  • 2028-07-09 · V∞ 11.85 / 5.46 · C3 140.5
  • 2030-07-29 · V∞ 11.89 / 5.88 · C3 141.3
  • 2032-08-17 · V∞ 11.87 / 6.10 · C3 140.9
  • 2034-09-26 · V∞ 11.18 / 6.29 · C3 125.1
  • 2035-10-21 · V∞ 11.73 / 5.86 · C3 137.6
— 0.91
Rall 1970 periodic orbit M4-1 (circular-coplanar, App E) E,M 8.54 164
  • 2026-10-18 · V∞ 7.38 / 10.71 · C3 54.4
  • 2028-11-16 · V∞ 7.16 / 11.40 · C3 51.2
  • 2030-12-16 · V∞ 6.98 / 11.32 · C3 48.7
  • 2033-01-24 · V∞ 6.98 / 10.08 · C3 48.7
  • 2035-03-25 · V∞ 7.68 / 7.86 · C3 58.9
— 1.40
Rall 1970 periodic orbit M6-1 (circular-coplanar, App E) E,M 12.81 118
  • 2029-02-04 · V∞ 7.79 / 9.47 · C3 60.6
  • 2031-03-06 · V∞ 5.46 / 9.31 · C3 29.8
  • 2033-04-04 · V∞ 4.39 / 9.46 · C3 19.3
  • 2035-05-24 · V∞ 6.44 / 9.15 · C3 41.5
— 0.17
Rall 1970 periodic orbit M6-2 (circular-coplanar, App E) E,M 12.81 157
  • 2026-10-28 · V∞ 6.85 / 10.88 · C3 46.9
  • 2026-11-17 · V∞ 5.11 / 9.33 · C3 26.1
  • 2028-11-26 · V∞ 6.62 / 11.55 · C3 43.9
  • 2033-02-03 · V∞ 6.53 / 10.12 · C3 42.6
  • 2035-03-15 · V∞ 8.61 / 9.30 · C3 74.1
— 1.30
Rall 1970 periodic orbit M6-3 (circular-coplanar, App E) E,M 12.81 123
  • 2026-12-27 · V∞ 7.77 / 9.53 · C3 60.4
  • 2029-01-25 · V∞ 6.52 / 9.94 · C3 42.5
  • 2031-03-06 · V∞ 5.31 / 8.63 · C3 28.2
  • 2033-03-25 · V∞ 4.72 / 9.88 · C3 22.2
  • 2035-05-14 · V∞ 6.79 / 9.28 · C3 46.1
— 0.84

Cyclers without windows (skipped or no match)

Cycler Reason
Aldrin classic Earth-Mars cycler (outbound / up-escalator, 1 synodic) skipped: non-ballistic trajectory_regime
Niehoff VISIT-1 Earth-Mars cycler skipped: entry 'niehoff-visit1' has 0 legs; need 1
Niehoff VISIT-2 Earth-Mars cycler skipped: entry 'niehoff-visit2' has 0 legs; need 1
Jones/Hernandez/Jesick VEM triple cyclers (family seed entry) skipped: entry 'jones-2017-vem-triple-family' has 0 legs; need 2
EMEEVE VEM Triple Cycler (3-synodic beat archetype — UNREALIZED in AAS 17-577) skipped: entry 'vem-emeeve-3syn' has 0 legs; need 5
Jones 2017 EMEVVE VEM triple cycler (outbound, AAS 17-577 Table 2) no-windows-found
Jones 2017 MEEVEM VEM triple cycler (inbound, AAS 17-577 Table 3) no-windows-found
Aldrin classic Earth-Mars cycler (inbound / down-escalator, 1 synodic) skipped: non-ballistic trajectory_regime
Aldrin 4:3(2)- establishment trajectory (Rogers 2015 Table 4) skipped: entry 'aldrin-4-3-2-establishment' V∞ entry {'body': 'M', 'vinf_kms': None, 'note': 'Rogers 2012 Table 4 tabulates V∞ launch and V∞ flyby (both at the establishment Earth flyby), not a distinct V∞ at Mars for this row; left null.'} has null vinf_kms
Aldrin 3:2(1)- establishment trajectory (Rogers 2015 Table 4) skipped: entry 'aldrin-3-2-1-establishment' V∞ entry {'body': 'M', 'vinf_kms': None, 'note': 'Rogers 2012 Table 4 tabulates V∞ launch and V∞ flyby (both at the establishment Earth flyby), not a distinct V∞ at Mars for this row; left null.'} has null vinf_kms
VISIT-1 4:3(2)- establishment trajectory (Rogers 2015 Table 4) skipped: entry 'visit-1-4-3-2-establishment' has 0 legs; need 1
VISIT-2 4:3(2)- establishment trajectory (Rogers 2015 Table 4) skipped: entry 'visit-2-4-3-2-establishment' has 0 legs; need 1
Case 1 (Byrnes 2002 / 2L3) 4:3(2)- establishment trajectory (Rogers 2015 Table 4) skipped: entry 'case-1-4-3-2-establishment' has 0 legs; need 1
Case 2 (Byrnes 2002) 4:3(2)- establishment trajectory (Rogers 2015 Table 4) skipped: entry 'case-2-4-3-2-establishment' has 0 legs; need 1
Case 3 (Byrnes 2002) 4:3(2)- establishment trajectory (Rogers 2015 Table 4) skipped: entry 'case-3-4-3-2-establishment' has 0 legs; need 1
S1L1 4:3(2)- establishment trajectory (Rogers 2015 Table 4) skipped: entry 's1l1-4-3-2-establishment' has 0 legs; need 1
U0L1 3:2(1)- establishment trajectory (Rogers 2015 Table 4) skipped: entry 'u0l1-3-2-1-establishment' has 0 legs; need 1
VISIT-1 5:4(3)- establishment trajectory (Rogers 2015 Table 3, circular-coplanar) skipped: entry 'visit-1-5-4-3-establishment-cc' has 0 legs; need 1
VISIT-2 5:4(3)- establishment trajectory (Rogers 2015 Table 3, circular-coplanar) skipped: entry 'visit-2-5-4-3-establishment-cc' has 0 legs; need 1
VISIT-2 3:2(2)- establishment trajectory (Rogers 2015 Table 3, circular-coplanar) skipped: entry 'visit-2-3-2-2-establishment-cc' has 0 legs; need 1
Case 1 (Byrnes 2002 / 2L3) 5:4(3)- establishment trajectory (Rogers 2015 Table 3, circular-coplanar) skipped: entry 'case-1-5-4-3-establishment-cc' has 0 legs; need 1
Case 1 (Byrnes 2002 / 2L3) 3:2(2)- establishment trajectory (Rogers 2015 Table 3, circular-coplanar) skipped: entry 'case-1-3-2-2-establishment-cc' has 0 legs; need 1
Case 2 (Byrnes 2002) 5:4(3)- establishment trajectory (Rogers 2015 Table 3, circular-coplanar) skipped: entry 'case-2-5-4-3-establishment-cc' has 0 legs; need 1
Case 3 (Byrnes 2002) 3:2(2)- establishment trajectory (Rogers 2015 Table 3, circular-coplanar) skipped: entry 'case-3-3-2-2-establishment-cc' has 0 legs; need 1
S1L1 5:4(3)- establishment trajectory (Rogers 2015 Table 3, circular-coplanar) skipped: entry 's1l1-5-4-3-establishment-cc' has 0 legs; need 1
S1L1 3:2(2)- establishment trajectory (Rogers 2015 Table 3, circular-coplanar) skipped: entry 's1l1-3-2-2-establishment-cc' has 0 legs; need 1
U0L1 4:3(3)- establishment trajectory (Rogers 2015 Table 3, circular-coplanar) skipped: entry 'u0l1-4-3-3-establishment-cc' has 0 legs; need 1
U0L1 2:1(1)- establishment trajectory (Rogers 2015 Table 3, circular-coplanar) skipped: entry 'u0l1-2-1-1-establishment-cc' has 0 legs; need 1
Sanchez Net 2022 EM near-ballistic Earth-Mars cycler (Fig. 2b Cycler 2) no-windows-found
Arenstorf periodic Earth-Moon free-return orbit (CR3BP) skipped: non-heliocentric primary=Earth
Genova/Aldrin free-return Earth-Moon cycler (interplanetary cruise ship, 3:1 lunar resonant) skipped: non-heliocentric primary=Earth
Wittal/Miaule/Asher Earth-Moon cycler family for lunar logistics (family seed) skipped: non-heliocentric primary=Earth
Hernandez/Jones/Jesick Io-Europa-Ganymede triple cyclers (Jovian family seed) skipped: non-heliocentric primary=Jupiter
Russell/Strange Jovian moon cycler family (family seed) skipped: non-heliocentric primary=Jupiter
Russell/Strange Saturnian moon cycler family (family seed, Titan-Enceladus focus) skipped: non-heliocentric primary=Saturn
Hollister & Menning 1970 periodic Earth-Venus swing-by, orbit 1 skipped: entry 'hollister-menning-1970-ev-orbit-01' has 0 legs; need 1
Hollister & Menning 1970 periodic Earth-Venus swing-by, orbit 2 skipped: entry 'hollister-menning-1970-ev-orbit-02' has 0 legs; need 1
Hollister & Menning 1970 periodic Earth-Venus swing-by, orbit 3 skipped: entry 'hollister-menning-1970-ev-orbit-03' has 0 legs; need 1
Hollister & Menning 1970 periodic Earth-Venus swing-by, orbit 4 skipped: entry 'hollister-menning-1970-ev-orbit-04' has 0 legs; need 1
Hollister & Menning 1970 periodic Earth-Venus swing-by, orbit 5 skipped: entry 'hollister-menning-1970-ev-orbit-05' has 0 legs; need 1
Hollister & Menning 1970 periodic Earth-Venus swing-by, orbit 6 skipped: entry 'hollister-menning-1970-ev-orbit-06' has 0 legs; need 1
Hollister & Menning 1970 periodic Earth-Venus swing-by, orbit 7 skipped: entry 'hollister-menning-1970-ev-orbit-07' has 0 legs; need 1
Hollister & Menning 1970 periodic Earth-Venus swing-by, orbit 8 skipped: entry 'hollister-menning-1970-ev-orbit-08' has 0 legs; need 1
Hollister & Menning 1970 periodic Earth-Venus swing-by, orbit 9 skipped: entry 'hollister-menning-1970-ev-orbit-09' has 0 legs; need 1
Hollister & Menning 1970 periodic Earth-Venus swing-by, orbit 10 skipped: entry 'hollister-menning-1970-ev-orbit-10' has 0 legs; need 1
Hollister & Menning 1970 periodic Earth-Venus swing-by, orbit 11 skipped: entry 'hollister-menning-1970-ev-orbit-11' has 0 legs; need 1
Hollister & Menning 1970 periodic Earth-Venus swing-by, orbit 12 skipped: entry 'hollister-menning-1970-ev-orbit-12' has 0 legs; need 1
Hollister & Menning 1970 periodic Earth-Venus swing-by, orbit 13 skipped: entry 'hollister-menning-1970-ev-orbit-13' has 0 legs; need 1
Hollister & Menning 1970 periodic Earth-Venus swing-by, orbit 14 skipped: entry 'hollister-menning-1970-ev-orbit-14' has 0 legs; need 1
Hollister & Menning 1970 periodic Earth-Venus swing-by, orbit 15 skipped: entry 'hollister-menning-1970-ev-orbit-15' has 0 legs; need 1
Case 1 ballistic two-synodic-period Earth-Mars cycler (S2L1 family) skipped: entry 'mcconaghy-2005-em-case1' V∞ entry {'body': 'E', 'vinf_kms': None, 'note': 'Steady-state cycling V_inf at Earth not in Rogers 2012 Table 1 (Table 1\ngives orbital elements only). Rogers 2012 Table 3 reports the\n4:3(2)- establishment-cycler V_inf,flyby = 3.378 km/s (the post-Earth\nflyby V_inf for the establishment trajectory matching Case 1\'s\norbital elements). McConaghy/Longuski/Byrnes 2002 AIAA 2002-4420\n(paywalled at AIAA) is the originating source for the steady-state\ncycler V_inf; Russell 2004 Table 3.4 does not pair "Case 1" to a\nRussell-numbered row (only Case 2 = 2.1.1.+2 and Case 3 = 2.3.1.+1\nare footnoted).\n'} has null vinf_kms
U0L1 high-energy zero-loop one-synodic Earth-Mars cycler skipped: entry 'mcconaghy-2005-em-u0l1' V∞ entry {'body': 'E', 'vinf_kms': None, 'note': "Steady-state V_inf at Earth not in Rogers 2012 Table 1. Rogers\nTable 3 gives V_inf,flyby = 9.801-12.634 km/s for the\nestablishment-cycler 4:3(2)-, 3:2(1)- and 2:1(1)- variants\ntargeting U0L1's orbital elements — substantially higher than\nthe Aldrin cycler's ~5.7 km/s at Earth, reflecting U0L1's\nhigh-energy aphelion-3.2-AU orbit (well beyond Mars).\n"} has null vinf_kms
McConaghy 2005 dissertation SnLm Earth-Mars broad-class cycler family seed skipped: entry 'mcconaghy-2005-em-snlm-broadclass-family' has 0 legs; need 1
Russell 2004 dissertation Chapter 4 ballistic and near-ballistic Earth-Mars cycler tables (broad-class family) skipped: entry 'russell-2004-ch4-broadclass-family' has 0 legs; need 1
Rall 1970 periodic orbit M4-1A (eccentric-inclined, App F) skipped: entry 'rall-1970-m4-1a' leg {'id': 'out-em', 'from': 'E', 'to': 'M', 'traj_type': 'keplerian-arc', 'tof_days': None, 'n_revs': 0, 'branch': 'single', 'center': 'Sun', 'a_au': None, 'e': None, 'note': 'Rall App F M4-1A Earth->Mars leg. ToF null: depends on the App-F last-5-digits-with-hyphen JD reconstruction whose rule carries a documented ambiguity (note §1); not converted here.'} has null tof_days
Rall 1970 periodic orbit M5-1A (eccentric-inclined, App F) skipped: entry 'rall-1970-m5-1a' leg {'id': 'out-em', 'from': 'E', 'to': 'M', 'traj_type': 'keplerian-arc', 'tof_days': None, 'n_revs': 0, 'branch': 'single', 'center': 'Sun', 'a_au': None, 'e': None, 'note': 'Rall App F M5-1A Earth->Mars leg. ToF null: depends on the App-F last-5-digits-with-hyphen JD reconstruction whose rule carries a documented ambiguity (note §1); not converted here.'} has null tof_days
Rall 1970 periodic orbit M5-1B (eccentric-inclined, App F) skipped: entry 'rall-1970-m5-1b' leg {'id': 'out-em', 'from': 'E', 'to': 'M', 'traj_type': 'keplerian-arc', 'tof_days': None, 'n_revs': 0, 'branch': 'single', 'center': 'Sun', 'a_au': None, 'e': None, 'note': 'Rall App F M5-1B Earth->Mars leg. ToF null: depends on the App-F last-5-digits-with-hyphen JD reconstruction whose rule carries a documented ambiguity (note §1); not converted here.'} has null tof_days
Rall 1970 periodic orbit M5-1C (eccentric-inclined, App F) skipped: entry 'rall-1970-m5-1c' leg {'id': 'out-em', 'from': 'E', 'to': 'M', 'traj_type': 'keplerian-arc', 'tof_days': None, 'n_revs': 0, 'branch': 'single', 'center': 'Sun', 'a_au': None, 'e': None, 'note': 'Rall App F M5-1C Earth->Mars leg. ToF null: depends on the App-F last-5-digits-with-hyphen JD reconstruction whose rule carries a documented ambiguity (note §1); not converted here.'} has null tof_days
Rall 1970 periodic orbit M5-1D (eccentric-inclined, App F) skipped: entry 'rall-1970-m5-1d' leg {'id': 'out-em', 'from': 'E', 'to': 'M', 'traj_type': 'keplerian-arc', 'tof_days': None, 'n_revs': 0, 'branch': 'single', 'center': 'Sun', 'a_au': None, 'e': None, 'note': 'Rall App F M5-1D Earth->Mars leg. ToF null: depends on the App-F last-5-digits-with-hyphen JD reconstruction whose rule carries a documented ambiguity (note §1); not converted here.'} has null tof_days
Rall 1970 periodic orbit M5-1E (eccentric-inclined, App F) skipped: entry 'rall-1970-m5-1e' leg {'id': 'out-em', 'from': 'E', 'to': 'M', 'traj_type': 'keplerian-arc', 'tof_days': None, 'n_revs': 0, 'branch': 'single', 'center': 'Sun', 'a_au': None, 'e': None, 'note': 'Rall App F M5-1E Earth->Mars leg. ToF null: depends on the App-F last-5-digits-with-hyphen JD reconstruction whose rule carries a documented ambiguity (note §1); not converted here.'} has null tof_days
Rall 1970 periodic orbit M5-2A (eccentric-inclined, App F) skipped: entry 'rall-1970-m5-2a' leg {'id': 'out-em', 'from': 'E', 'to': 'M', 'traj_type': 'keplerian-arc', 'tof_days': None, 'n_revs': 0, 'branch': 'single', 'center': 'Sun', 'a_au': None, 'e': None, 'note': 'Rall App F M5-2A Earth->Mars leg. ToF null: depends on the App-F last-5-digits-with-hyphen JD reconstruction whose rule carries a documented ambiguity (note §1); not converted here.'} has null tof_days
Rall 1970 periodic orbit M5-2B (eccentric-inclined, App F) skipped: entry 'rall-1970-m5-2b' leg {'id': 'out-em', 'from': 'E', 'to': 'M', 'traj_type': 'keplerian-arc', 'tof_days': None, 'n_revs': 0, 'branch': 'single', 'center': 'Sun', 'a_au': None, 'e': None, 'note': 'Rall App F M5-2B Earth->Mars leg. ToF null: depends on the App-F last-5-digits-with-hyphen JD reconstruction whose rule carries a documented ambiguity (note §1); not converted here.'} has null tof_days
Rall 1970 periodic orbit M5-2C (eccentric-inclined, App F) skipped: entry 'rall-1970-m5-2c' leg {'id': 'out-em', 'from': 'E', 'to': 'M', 'traj_type': 'keplerian-arc', 'tof_days': None, 'n_revs': 0, 'branch': 'single', 'center': 'Sun', 'a_au': None, 'e': None, 'note': 'Rall App F M5-2C Earth->Mars leg. ToF null: depends on the App-F last-5-digits-with-hyphen JD reconstruction whose rule carries a documented ambiguity (note §1); not converted here.'} has null tof_days
Rall 1970 periodic orbit M5-2D (eccentric-inclined, App F) skipped: entry 'rall-1970-m5-2d' leg {'id': 'out-em', 'from': 'E', 'to': 'M', 'traj_type': 'keplerian-arc', 'tof_days': None, 'n_revs': 0, 'branch': 'single', 'center': 'Sun', 'a_au': None, 'e': None, 'note': 'Rall App F M5-2D Earth->Mars leg. ToF null: depends on the App-F last-5-digits-with-hyphen JD reconstruction whose rule carries a documented ambiguity (note §1); not converted here.'} has null tof_days
Rall 1970 periodic orbit M5-2E (eccentric-inclined, App F) skipped: entry 'rall-1970-m5-2e' leg {'id': 'out-em', 'from': 'E', 'to': 'M', 'traj_type': 'keplerian-arc', 'tof_days': None, 'n_revs': 0, 'branch': 'single', 'center': 'Sun', 'a_au': None, 'e': None, 'note': 'Rall App F M5-2E Earth->Mars leg. ToF null: depends on the App-F last-5-digits-with-hyphen JD reconstruction whose rule carries a documented ambiguity (note §1); not converted here.'} has null tof_days
Ross/Roberts-Tsoukkas stable Earth-Moon (1,1) prograde cycler (CR3BP) skipped: non-heliocentric primary=Earth
Ross/Roberts-Tsoukkas stable Earth-Moon (2,1) prograde cycler (CR3BP) skipped: non-heliocentric primary=Earth
Computed 3D out-of-plane (2,1) Earth-Moon resonant periodic orbit — spatial extension of ross-rt-em-cycler-21-2025 (CR3BP, KNOWN-CLASS member of the Antoniadou-Libert spatial-resonant family; libration-class, NO transport utility per Region B) skipped: non-heliocentric primary=Earth
Ross/Roberts-Tsoukkas stable Earth-Moon (3,1) prograde cycler (CR3BP) skipped: non-heliocentric primary=Earth
Ross/Roberts-Tsoukkas stable Earth-Moon (3,2) prograde cycler (CR3BP) skipped: non-heliocentric primary=Earth
Ross/Roberts-Tsoukkas stable Earth-Moon (3,3) prograde cycler (CR3BP) skipped: non-heliocentric primary=Earth
Braik-Ross common-energy (1,1)a Earth-Moon cycler (CR3BP, C=3.1294) skipped: non-heliocentric primary=Earth
Braik-Ross common-energy (1,1)b Earth-Moon cycler (CR3BP, C=3.1294) skipped: non-heliocentric primary=Earth
Braik-Ross common-energy (3,2) Earth-Moon cycler (CR3BP, C=3.1294) skipped: non-heliocentric primary=Earth
Liang et al. CGE triple cycler — Member A (1-1-1, high perijove, idealized) skipped: non-heliocentric primary=Jupiter
Liang et al. CGE triple cycler — Member B (1-1-0, high perijove, idealized) skipped: non-heliocentric primary=Jupiter
Liang et al. CGE triple cycler — Member C (1-1-1, low perijove, idealized) skipped: non-heliocentric primary=Jupiter
Liang et al. CGE triple cycler — Member D (SPICE-ephemeris, JUP365.bsp) skipped: non-heliocentric primary=Jupiter
Tito 2018 manned Mars free-return (one-window E-M-E ballistic flyby) skipped: entry 'tito-2018-mars-free-return' has 0 legs; need 1
Heaton-Longuski 2003 Uranian satellite tour U00-01 (Galileo-style) skipped: entry 'heaton-longuski-2003-uranian-tour-u00-01' has 0 legs; need 6
Umbriel-Oberon-Umbriel (1,1) Uranian near-5:1 synodic-resonance quasi-cycler skipped: not an Earth-touching cycler
Titania-Oberon-Titania (1,1) Uranian symmetric-closure quasi-cycler skipped: not an Earth-touching cycler
Ariel-Oberon-Ariel (1,1) Uranian symmetric-closure quasi-cycler skipped: not an Earth-touching cycler
Umbriel-Titania-Umbriel (1,1) Uranian symmetric-closure quasi-cycler skipped: not an Earth-touching cycler
Ariel-Titania-Ariel (1,1) Uranian symmetric-closure quasi-cycler skipped: not an Earth-touching cycler
Ariel-Umbriel-Ariel (1,1) Uranian symmetric-closure quasi-cycler skipped: not an Earth-touching cycler
Galileo VEEGA flown trajectory (D'Amario-Bright-Wolf 1992) skipped: entry 'damario-1992-galileo-veega' has 0 legs; need 6
Voyager 1 Jupiter-Saturn gravity-assist tour (MJS77 JST), SPK-derived V_inf skipped: entry 'voyager-1-jupiter-saturn-grand-tour' has 0 legs; need 2
Voyager 2 Grand Tour E-J-S-U-N (MJS77/JSX), SPK-derived V_inf skipped: entry 'voyager-2-grand-tour' has 0 legs; need 4
Pioneer 10 Jupiter flyby (first Jupiter encounter), SPK-derived V_inf skipped: entry 'pioneer-10-jupiter-flyby' has 0 legs; need 1
Pioneer 11 Jupiter-Saturn gravity-assist tour (first Saturn encounter), SPK-derived V_inf skipped: entry 'pioneer-11-jupiter-saturn-flyby' has 0 legs; need 2
Cassini-Huygens VVEJGA cruise to Saturn, SPK-derived cruise V_inf skipped: entry 'cassini-huygens-vvejga' has 0 legs; need 5
Juno Earth-gravity-assist cruise to Jupiter, SPK-derived V_inf skipped: entry 'juno-earth-flyby-jupiter' has 0 legs; need 2
Mariner 10 Venus-Mercury gravity-assist tour (Mercury-I SPK-derived V_inf) skipped: entry 'mariner-10-venus-mercury' has 0 legs; need 4
BepiColombo Earth-Venus-Mercury gravity-assist cruise, SPK-derived V_inf skipped: entry 'bepicolombo-earth-venus-mercury' has 0 legs; need 9
Cassini Titan Tour skipped: not an Earth-touching cycler
Russell 2006 cycler 3.768Gh-3 (no. 54) skipped: entry 'russell-2006-54-3.768ghminus3' has 0 legs; need 1
Russell 2006 cycler 3.768Gh+3 (no. 55) skipped: entry 'russell-2006-55-3.768ghplus3' has 0 legs; need 1
Russell 2006 cycler 5.219Ggh-3 (no. 111) skipped: entry 'russell-2006-111-5.219gghminus3' has 0 legs; need 1
Russell 2006 cycler 5.219Ggh+3 (no. 112) skipped: entry 'russell-2006-112-5.219gghplus3' has 0 legs; need 1
Russell 2006 cycler 5.225Ggg3 (no. 117) skipped: entry 'russell-2006-117-5.225ggg3' has 0 legs; need 1
Russell 2006 cycler 5.751Ggf3 (no. 177) skipped: entry 'russell-2006-177-5.751ggf3' has 0 legs; need 1
Russell 2006 cycler 5.751ggF3 (no. 178) skipped: entry 'russell-2006-178-5.751ggf3' has 0 legs; need 1
Russell-Strange Europa-Ganymede ideal-model ballistic moon cycler no. 131 (Table 3; 2-leg) skipped: non-heliocentric primary=Jupiter
Russell-Strange Europa-Ganymede ideal-model ballistic moon cycler no. 159 (Table 3; 3-leg) skipped: non-heliocentric primary=Jupiter
Russell-Strange Ganymede-Callisto ideal-model ballistic moon cycler no. 1 (Table 3; 3-leg) skipped: non-heliocentric primary=Jupiter
Russell-Strange Ganymede-Callisto ideal-model ballistic moon cycler no. 5 (Table 3; 2-leg) skipped: non-heliocentric primary=Jupiter
Russell-Strange Ganymede-Europa ideal-model ballistic moon cycler no. 5 (Table 3; 1-leg) skipped: non-heliocentric primary=Jupiter
Russell-Strange Ganymede-Europa ideal-model ballistic moon cycler no. 43 (Table 3; 1-leg) skipped: non-heliocentric primary=Jupiter
Russell-Strange Ganymede-Europa ideal-model ballistic moon cycler no. 316 (Table 3; 4-leg) skipped: non-heliocentric primary=Jupiter
Russell-Strange Ganymede-Io ideal-model ballistic moon cycler no. 53 (Table 3; 2-leg) skipped: non-heliocentric primary=Jupiter
Russell-Strange Ganymede-Io ideal-model ballistic moon cycler no. 185 (Table 3; 6-leg) skipped: non-heliocentric primary=Jupiter
Russell-Strange Ganymede-Io ideal-model ballistic moon cycler no. 403 (Table 3; 2-leg) skipped: non-heliocentric primary=Jupiter
Russell-Strange Titan-Enceladus ideal-model ballistic cycler no. 37 (Table 4; 2-leg) skipped: non-heliocentric primary=Saturn
Russell-Strange Titan-Enceladus ideal-model ballistic cycler no. 145 (Table 4; 3-leg) skipped: non-heliocentric primary=Saturn
Russell-Strange Titan-Enceladus ideal-model ballistic cycler no. 183 (Table 4; 3-leg) skipped: non-heliocentric primary=Saturn
Russell-Strange Titan-Enceladus ideal-model ballistic cycler no. 207 (Table 4; 4-leg) skipped: non-heliocentric primary=Saturn
Russell-Strange Titan-Enceladus ideal-model ballistic cycler no. 217 (Table 4; 4-leg) skipped: non-heliocentric primary=Saturn
Russell-Strange Titan-Enceladus ideal-model ballistic cycler no. 227 (Table 4; 3-leg) skipped: non-heliocentric primary=Saturn
Russell-Strange Titan-Enceladus ideal-model ballistic cycler no. 231 (Table 4; 4-leg) skipped: non-heliocentric primary=Saturn
Russell-Strange Titan-Enceladus ideal-model ballistic cycler no. 235 (Table 4; 5-leg) skipped: non-heliocentric primary=Saturn
Russell-Strange Titan-Enceladus ideal-model ballistic cycler no. 314 (Table 4; 2-leg) skipped: non-heliocentric primary=Saturn
Russell-Strange Titan-Enceladus ideal-model ballistic cycler no. 370 (Table 4; 3-leg) skipped: non-heliocentric primary=Saturn
Russell-Strange Titan-Enceladus ideal-model ballistic cycler no. 492 (Table 4; 4-leg) skipped: non-heliocentric primary=Saturn
Russell-Strange Titan-Enceladus ideal-model ballistic cycler no. 510 (Table 4; 2-leg) skipped: non-heliocentric primary=Saturn
Russell-Strange Titan-Enceladus ideal-model ballistic cycler no. 539 (Table 4; 4-leg) skipped: non-heliocentric primary=Saturn
Russell-Strange Titan-Enceladus ideal-model ballistic cycler no. 552 (Table 4; 2-leg) skipped: non-heliocentric primary=Saturn
Russell-Strange Titan-Enceladus ideal-model ballistic cycler no. 572 (Table 4; 3-leg) skipped: non-heliocentric primary=Saturn
Russell-Strange Titan-Enceladus ideal-model ballistic cycler no. 586 (Table 4; 2-leg) skipped: non-heliocentric primary=Saturn
Russell-Strange Titan-Enceladus ideal-model ballistic cycler no. 594 (Table 4; 3-leg) skipped: non-heliocentric primary=Saturn
Russell-Strange Titan-Enceladus ideal-model ballistic cycler no. 602 (Table 4; 4-leg) skipped: non-heliocentric primary=Saturn
Russell-Strange Titan-Enceladus ideal-model ballistic cycler no. 624 (Table 4; 3-leg) skipped: non-heliocentric primary=Saturn
Russell-Strange Titan-Enceladus ideal-model ballistic cycler no. 631 (Table 4; 3-leg) skipped: non-heliocentric primary=Saturn
Lynam-Longuski single-period Laplace-resonant Io-Europa-Ganymede triple cycler skipped: non-ballistic trajectory_regime
Lynam-Longuski indefinitely-repeatable GIPEIPE Io-Europa-Ganymede triple cycler skipped: non-heliocentric primary=Jupiter
Ross/Roberts-Tsoukkas 2026 abstract-mu=0.001 (1,1) prograde CR3BP cycler — Table I representative skipped: non-heliocentric primary=P1
Ross/Roberts-Tsoukkas 2026 abstract-mu=0.1 (3,2) prograde CR3BP cycler — Table I representative skipped: non-heliocentric primary=P1
Ross/Roberts-Tsoukkas 2026 abstract-mu=0.3 (3,1) prograde CR3BP cycler — Table I representative skipped: non-heliocentric primary=P1
Ross/Roberts-Tsoukkas 2026 abstract-mu=0.5 (1,1) prograde CR3BP cycler — Table I representative skipped: non-heliocentric primary=P1
Computed Pluto-Charon stable (3,2) prograde CR3BP cycler (known-class member, Ross-RT 2026 mu=0.1 family) skipped: non-heliocentric primary=Pluto
Computed Pluto-Charon stable (5,1) prograde CR3BP cycler (known-class member, Ross-RT 2026 (k1,k2) cycler class; family+mu never computed in the source) skipped: non-heliocentric primary=Pluto
KAM torus corridor around Braik-Ross C21 (2,1)-family 3D-lifted Earth-Moon cycler member 1/5 (x0=0.307513, z0=-0.644916) skipped: non-heliocentric primary=Earth
KAM torus corridor around Braik-Ross C21 (2,1)-family 3D-lifted Earth-Moon cycler member 2/5 (x0=0.447516, z0=-0.557059) skipped: non-heliocentric primary=Earth
KAM torus corridor around Braik-Ross C21 (2,1)-family 3D-lifted Earth-Moon cycler member 3/5 (x0=0.569053, z0=-0.438078) skipped: non-heliocentric primary=Earth
KAM torus corridor around Braik-Ross C21 (2,1)-family 3D-lifted Earth-Moon cycler member 4/5 (x0=0.656263, z0=-0.314901) skipped: non-heliocentric primary=Earth
KAM torus corridor around Braik-Ross C21 (2,1)-family 3D-lifted Earth-Moon cycler member 5/5 (x0=0.705318, z0=-0.236560) skipped: non-heliocentric primary=Earth
KAM torus corridor around Braik-Ross C32 (2,1)-family 3D-lifted Earth-Moon cycler member 1/5 (x0=-0.149150, z0=0.141999) skipped: non-heliocentric primary=Earth
KAM torus corridor around Braik-Ross C32 (2,1)-family 3D-lifted Earth-Moon cycler member 2/5 (x0=-0.183246, z0=0.162404) skipped: non-heliocentric primary=Earth
KAM torus corridor around Braik-Ross C32 (2,1)-family 3D-lifted Earth-Moon cycler member 3/5 (x0=-0.226021, z0=0.186161) skipped: non-heliocentric primary=Earth
KAM torus corridor around Braik-Ross C32 (2,1)-family 3D-lifted Earth-Moon cycler member 4/5 (x0=-0.346050, z0=0.253517) skipped: non-heliocentric primary=Earth
KAM torus corridor around Braik-Ross C32 (2,1)-family 3D-lifted Earth-Moon cycler member 5/5 (x0=-0.416792, z0=0.302950) skipped: non-heliocentric primary=Earth
KAM torus corridor around 3D-lifted Earth-Moon L1 Lyapunov family member 1/7 (x0=0.873800, z0=-0.190926) skipped: non-heliocentric primary=Earth
KAM torus corridor around 3D-lifted Earth-Moon L1 Lyapunov family member 2/7 (x0=0.872300, z0=-0.190314) skipped: non-heliocentric primary=Earth
KAM torus corridor around 3D-lifted Earth-Moon L1 Lyapunov family member 3/7 (x0=0.873418, z0=0.190772) skipped: non-heliocentric primary=Earth
KAM torus corridor around 3D-lifted Earth-Moon L1 Lyapunov family member 4/7 (x0=0.874937, z0=0.191376) skipped: non-heliocentric primary=Earth
KAM torus corridor around 3D-lifted Earth-Moon L1 Lyapunov family member 5/7 (x0=0.876482, z0=0.191973) skipped: non-heliocentric primary=Earth
KAM torus corridor around 3D-lifted Earth-Moon L1 Lyapunov family member 6/7 (x0=0.878055, z0=0.192565) skipped: non-heliocentric primary=Earth
KAM torus corridor around 3D-lifted Earth-Moon L1 Lyapunov family member 7/7 (x0=0.879657, z0=0.193155) skipped: non-heliocentric primary=Earth
KAM torus corridor around Braik-Ross planar Resonant 3to1 Stable (R31-S) Earth-Moon resonant cycler (CR3BP, C=3.1294) skipped: non-heliocentric primary=Earth
KAM torus corridor around Braik-Ross planar Resonant 5to2 Stable (R52-S) Earth-Moon resonant cycler (CR3BP, C=3.1294) skipped: non-heliocentric primary=Earth
KAM torus corridor around Braik-Ross planar Resonant 2to1 Stable (R21-S) Earth-Moon resonant cycler (CR3BP, C=3.1294) skipped: non-heliocentric primary=Earth
Umbriel 1:2-exterior resonant torus homoclinic connection (Titania-forced CCR4BP) skipped: non-heliocentric primary=Uranus
Jupiter-Europa 3:4 exterior resonant torus substitute, Laplace-locked N=5 CRNBP (Io+Ganymede forced) skipped: non-heliocentric primary=Jupiter
Casoliva 1-2c (1,2) resonant Earth-Moon periodic orbit (CR3BP, C=1.5692, NO lunar encounter -- periselene 339,553 km, outside lunar SOI/Hill radius) skipped: non-heliocentric primary=Earth
Casoliva 1-2d (1,2) resonant Earth-Moon periodic orbit (CR3BP, C=2.5803, NO lunar encounter -- periselene 603,592 km, outside lunar SOI/Hill radius) skipped: non-heliocentric primary=Earth
Casoliva 1-2e (1,2) resonant Earth-Moon periodic orbit (CR3BP, C=2.7630, NO lunar encounter -- periselene 268,422 km, outside lunar SOI/Hill radius) skipped: non-heliocentric primary=Earth
Casoliva 2-1a (2,1) resonant Earth-Moon periodic orbit (CR3BP, C=0.4887, NO lunar encounter -- periselene 90,471 km, outside lunar SOI/Hill radius) skipped: non-heliocentric primary=Earth
Casoliva 2-1b (2,1) resonant Earth-Moon periodic orbit (CR3BP, C=1.1964, NO lunar encounter -- periselene 92,590 km, outside lunar SOI/Hill radius) skipped: non-heliocentric primary=Earth
Casoliva 3-2c (3,2) resonant Earth-Moon periodic orbit (CR3BP, C=0.7089, NO lunar encounter -- periselene 84,332 km, outside lunar SOI/Hill radius) skipped: non-heliocentric primary=Earth
Casoliva 7-3a (7,3) resonant Earth-Moon cycler (CR3BP, C=1.0216, genuine lunar encounter periselene 27,261 km) skipped: non-heliocentric primary=Earth
Casoliva 7-3b (7,3) resonant Earth-Moon cycler (CR3BP, C=1.0688, genuine lunar encounter periselene 13,210 km) skipped: non-heliocentric primary=Earth
Casoliva 7-3c (7,3) resonant Earth-Moon cycler (CR3BP, C=1.0688, genuine lunar encounter periselene 13,210 km) skipped: non-heliocentric primary=Earth
Vaquero 2:1 resonant Earth-Moon periodic cycler family, C=1.98 printed-TOF family endpoint (6.39 d) (CR3BP, STABLE, NO lunar encounter -- periselene 86,911 km, outside lunar SOI/Hill radius) skipped: non-heliocentric primary=Earth
Vaquero 2:1 resonant Earth-Moon periodic cycler family, C=2.46 last linearly stable member (stability transition) (CR3BP, STABLE, genuine lunar encounter -- periselene 49,700 km, inside lunar SOI) skipped: non-heliocentric primary=Earth
Vaquero 2:1 resonant Earth-Moon periodic cycler family, C=2.47 first unstable member (stability transition) (CR3BP, UNSTABLE, genuine lunar encounter -- periselene 48,516 km, inside lunar SOI) skipped: non-heliocentric primary=Earth
Vaquero 2:1 resonant Earth-Moon periodic cycler family, C=2.66 printed-TOF family endpoint (4.91 d) (CR3BP, UNSTABLE, genuine lunar encounter -- periselene 17,675 km, inside lunar SOI) skipped: non-heliocentric primary=Earth
Vaquero 3:1 resonant Earth-Moon periodic cycler family, C=2.54 printed-TOF family endpoint (4.90 d) (CR3BP, UNSTABLE, genuine lunar encounter -- periselene 33,258 km, inside lunar SOI) skipped: non-heliocentric primary=Earth
Vaquero 3:1 resonant Earth-Moon periodic cycler family, C=3.13 printed-TOF family endpoint (5.04 d) (CR3BP, UNSTABLE, NO lunar SOI entry -- periselene 66,995 km, 1.2% OUTSIDE the lunar SOI, boundary call) skipped: non-heliocentric primary=Earth

What's shown now, and what's still deferred

C3 at departure and TOF to first encounter are now wired into the weekly export: both are cheap by-products of the existing geometric-match Lambert solve (C3 = |V∞|² at the departure body; the first-leg ToF is read straight off the cycler's phase signature), so they add no runtime to the cron job.

The maintenance-ΔV budget is populated for closed E–M (Aldrin-style) cyclers — 2.91 km/s — but getting there took catching a bug. The upstream optimiser (M6b, cyclerfinder.search.maintain.optimise_aldrin_maintenance_dv) is a global differential_evolution + multi-start SLSQP run over real DE440 states; one closed E–M–E solve measures ~12–19 s, driven through a row-level parallel batch (scripts/maintenance_batch.py, a ProcessPoolExecutor over rows, each worker building its own ephemeris). The catch: the default phase seed is tuned to the idealised circular ephemeris, and on real DE440 it is mis-phased — the global search slid onto an off-family degenerate basin reporting 55.3 km/s, far above the <3 km/s plausibility bar and the 1.29 km/s in-family circular-model value. The column was held blank rather than publish a degenerate solve labelled as a TCM budget. The fix: seed the DE440 solve from the real launch window whose Lambert V∞ best matches the sourced Aldrin anchors (V∞,E 6.5, V∞,M 9.7 km/s) — the same V∞-mismatch resolver the M6b real-closure path uses. That lands in-family (a ≈ 1.59 AU, e ≈ 0.39, V∞ 6.4 / 9.5 km/s) at 2.91 km/s, a value the independent powered-cycler BVP solver reproduces exactly. Because the solve takes no row-specific input, every closed E–M row resolves to that same Aldrin ΔV; the batch computes it once and broadcasts it. Rows whose bodies are not ["E","M"] stay null — the optimiser needs a closed sequence plus an Earth-closure flyby config the open-chain rows don't yet supply (maintenance_dv_status records the reason per row).

Now codified, not caught by hand. That 55.3 km/s value was originally caught only by a manual cross-check. The exporter now runs every computed ΔV through a publication-layer plausibility gate (cyclerfinder.verify.plausibility.check_publishable): a value above the <3 km/s engineering bar is refused — recorded as maintenance_dv_status: "refused: …" with the reason, never written as a ΔV. The same module enforces a hard physics ceiling on V∞ (a periodic heliocentric orbit cannot exceed vesc,☉(r) + vbody, ≈ 71.9 km/s at Earth), distinct from the engineering bar.

Why it isn't on the weekly cron. Even parallelised, the cold-cache DE440 solve is too slow for GitHub's free runner (2–4 cores), and the value is row-invariant, so a weekly recompute buys nothing. The column is computed once with python scripts/compute_windows.py --maintenance-dv and committed; the cron runs with --preserve-maintenance-dv, which carries the existing values forward so a dates refresh never nulls the column. Re-run the opt-in command locally to refresh it.

How the dates are computed

For each ballistic, heliocentric, Earth-touching cycler in the catalogue: the cycler's per-encounter V∞ targets and per-leg time-of-flight are extracted as a phase signature. We then grid-scan the next 10 years of real ephemeris at 10 d resolution; at each candidate departure date we solve the Lambert two-point boundary-value problem between Earth's actual position and Mars's (or the relevant body's) actual position at the cycler's leg ToF. The candidate's "mismatch" is the sum of |V∞,actual − V∞,target| across encounters. The N lowest-mismatch dates below the 3 km/s cap are kept, shown earliest-date first.

Source: cyclerfinder.search.phase_match.find_real_windows in the upstream repo. Ephemeris: JPL DE440 via astropy. Refresh cadence: weekly cron in .github/workflows/refresh-windows.yml; also triggers on workflow_dispatch.