@YaMomzBox420 thanks. I solved the problem increasing the thrust of my upper stage from 210 kN to 900(adding 4 engines instead of 1), as you suggested me. I found also a problem in attitude control, solved increasing gimbal a bit.
For the first question, i can answer that the temperature of each part of your spacecraft can be displayed simply selecting the part, in your outside view interface.
For example the temperature is indicated for the heat shield, and also the "remaining" quantity of shield. the same for a capsule, with an increasing percentage of damage if you exceed the max temp allowed.
@YaMomzBox420 thanks for your answer. But the situation is a bit different.
In my situation i have an upepr stage with a DV of 4100 m/s in LEO and a burn time of (let's say) 10 minutes. In the MAP mode, when planning an auto-burn, i select my DV of 3.5 km/s to reach escape velocity; so the burn duration increase, but when planning it increase more then the real stage burn time. It is as the AI cannot calulate precisely how long will the burn last, and so the precision of burn result in a LOW precision, both in planning and practically when performing it.
@Insanity thanks. I'm sure I'd does not line up with energy consumption. With a number of around 80 I get an energy consumption of 20.9kw. I don't know How to check torque and how to link it to rocket or spacecraft steering.
However, thanks for tour answer.
Maybe the developer will once Give a look at this post and answer
@Tweedle_Aerospace so, tell me if I'm right. On a first stage powered flight you will rely on engine gimbal long, right? For upper atmosphere and space on gimbal, rcs, and for small weight, on gyros right?
However, the number that indicates the power of gyro, I. E. 89/100%, or 150/100% that means power of gyro adn battery usage, has a meaning? I mean is it possible to link the power of gyro or the battery usage to something that tells me how much power or battery I will need for a given spacecraft? Is it MW or something else? Thanks in advance
@YaMomzBox420 thanks. I solved the problem increasing the thrust of my upper stage from 210 kN to 900(adding 4 engines instead of 1), as you suggested me. I found also a problem in attitude control, solved increasing gimbal a bit.
2.9 years agoFor the first question, i can answer that the temperature of each part of your spacecraft can be displayed simply selecting the part, in your outside view interface.
2.9 years agoFor example the temperature is indicated for the heat shield, and also the "remaining" quantity of shield. the same for a capsule, with an increasing percentage of damage if you exceed the max temp allowed.
@SmurfResearchX thanks for answer. Just to be clear, I'm using a real solar system, so the earth I "real dimension", not droo.
2.9 years ago@YaMomzBox420 thanks for your answer. But the situation is a bit different.
2.9 years agoIn my situation i have an upepr stage with a DV of 4100 m/s in LEO and a burn time of (let's say) 10 minutes. In the MAP mode, when planning an auto-burn, i select my DV of 3.5 km/s to reach escape velocity; so the burn duration increase, but when planning it increase more then the real stage burn time. It is as the AI cannot calulate precisely how long will the burn last, and so the precision of burn result in a LOW precision, both in planning and practically when performing it.
@Insanity thanks. I'm sure I'd does not line up with energy consumption. With a number of around 80 I get an energy consumption of 20.9kw. I don't know How to check torque and how to link it to rocket or spacecraft steering.
3.4 years agoHowever, thanks for tour answer.
Maybe the developer will once Give a look at this post and answer
@Arstotzka thanks, that is almost the way I do it. But I am wondering if there is a more "scientific and predictable" way to do it..
3.4 years ago@Tweedle_Aerospace so, tell me if I'm right. On a first stage powered flight you will rely on engine gimbal long, right? For upper atmosphere and space on gimbal, rcs, and for small weight, on gyros right?
3.4 years agoHowever, the number that indicates the power of gyro, I. E. 89/100%, or 150/100% that means power of gyro adn battery usage, has a meaning? I mean is it possible to link the power of gyro or the battery usage to something that tells me how much power or battery I will need for a given spacecraft? Is it MW or something else? Thanks in advance