@Toinkove I tried a new method, which is to rely entirely on time calculations to ensure that when my spacecraft transitions from a low orbit to a high orbit, it just reaches the apogee of 8800km and is precisely at the position of 39°E.
However, I found a problem. In this game, JUNO's time to reach the apogee is very rough. If I were to accurately account for the burn time (which is also very rough), it seems that it would only deviate the result.
But I think this rough method should also be able to get to the approximate position you mentioned, and then make fine adjustments. Because the mission time only allows for 5 days, I'm really upset.
@Toinkove I tried a new method, which is to rely entirely on time calculations to ensure that when my spacecraft transitions from a low orbit to a high orbit, it just reaches the apogee of 8800km and is precisely at the position of 39°E.
However, I found a problem. In this game, JUNO's time to reach the apogee is very rough. If I were to accurately account for the burn time (which is also very rough), it seems that it would only deviate the result.
But I think this rough method should also be able to get to the approximate position you mentioned, and then make fine adjustments. Because the mission time only allows for 5 days, I'm really upset.
one month ago