So, I asked it to predict, and it hates the idea, referring to spot lists, and propagation tools instead.
I nearly got it to predict, by giving many parameters and sources for data. I think it may be possible, so it's a work in progress. Then we'll need to see if the predictions are any good!
Please note that these suggestions are based on typical propagation patterns and popular DX stations. Actual availability and conditions may vary.
VP6R - Pitcairn Island:
Mode: CW, SSB
Frequencies: 20 meters (14.000 - 14.200 MHz), 17 meters (18.068 - 18.168 MHz)
Time: Late afternoon to evening (UTC)
3Y0J - Bouvet Island:
Mode: CW, SSB
Frequencies: 20 meters (14.000 - 14.200 MHz), 40 meters (7.000 - 7.200 MHz)
Time: Late evening to early morning (UTC)
FT5XT - Kerguelen Islands:
Mode: FT8, SSB
Frequencies: 20 meters (14.074 MHz FT8), 17 meters (18.100 - 18.168 MHz SSB)
Time: Morning to afternoon (UTC)
T32AZ - Christmas Island:
Mode: CW, FT8
Frequencies: 15 meters (21.074 MHz FT8), 40 meters (7.000 - 7.200 MHz CW)
Time: Late evening to early morning (UTC)
KH1/KH7Z - Baker Island:
Mode: CW, SSB
Frequencies: 20 meters (14.000 - 14.200 MHz), 17 meters (18.068 - 18.168 MHz)
Time: Late afternoon to evening (UTC)
VK0HZ - Macquarie Island:
Mode: SSB, FT8
Frequencies: 20 meters (14.200 - 14.250 MHz SSB), 17 meters (18.100 - 18.168 MHz FT8)
Time: Late evening to early morning (UTC)
KH3/KH3 - Johnston Atoll:
Mode: CW, SSB
Frequencies: 20 meters (14.000 - 14.200 MHz), 40 meters (7.000 - 7.200 MHz)
Time: Late afternoon to evening (UTC)
3B7A - Saint Brandon Island:
Mode: CW, SSB
Frequencies: 20 meters (14.000 - 14.200 MHz), 17 meters (18.068 - 18.168 MHz)
Time: Late afternoon to evening (UTC)
VK9CZ - Cocos (Keeling) Islands:
Mode: FT8, SSB
Frequencies: 20 meters (14.074 MHz FT8), 15 meters (21.300 - 21.450 MHz SSB)
Time: Morning to afternoon (UTC)
ZD9CW - Tristan da Cunha & Gough Island:
Mode: CW, SSB
Frequencies: 20 meters (14.000 - 14.200 MHz), 17 meters (18.068 - 18.168 MHz)
Time: Late afternoon to evening (UTC)
Remember to check DX cluster spots and propagation prediction tools for real-time updates and to adjust your operating strategy accordingly. Additionally, be mindful of band conditions and operator preferences for modes.