First of all, do not bother with the letter-grading system. It's absolutely useless. Just look at plain numbers and actual field usability.
Your frame is fine. But try to tune better. Don't just slap everything on weight or cooling. For the average G91+Vulture2+Ananda or LOTUS+GULL+Ananda AC without Overboost, 15,000-cooling is enough. If you're already at ~15,000 cooling, devote the rest to defense.
Note though that your current booster-generator-radiator combo is EXTREMELY hot.
There are 4 things that affect INTERNAL heat:
1. Frame cooling (head, core, arms, legs)
2. Booster heat
3. Radiator cooling
4. Calorific Value of your Generator. (basically how hot your generator runs)
Consider G91 as your medium-heat generator. Everything below it is cold and everything above it is hot.
And you'll notice that there's cooling and forced cooling. Cooling keeps you from overheating while forced cooling is what returns you to normal cooling when you do overheat.
Also note that every core has a maximum heat threshold (i forgot the name of the stat). This just means that some cores overheat sooner than others.
Your frame is fine. But try to tune better. Don't just slap everything on weight or cooling. For the average G91+Vulture2+Ananda or LOTUS+GULL+Ananda AC without Overboost, 15,000-cooling is enough. If you're already at ~15,000 cooling, devote the rest to defense.
Note though that your current booster-generator-radiator combo is EXTREMELY hot.
There are 4 things that affect INTERNAL heat:
1. Frame cooling (head, core, arms, legs)
2. Booster heat
3. Radiator cooling
4. Calorific Value of your Generator. (basically how hot your generator runs)
Consider G91 as your medium-heat generator. Everything below it is cold and everything above it is hot.
And you'll notice that there's cooling and forced cooling. Cooling keeps you from overheating while forced cooling is what returns you to normal cooling when you do overheat.
Also note that every core has a maximum heat threshold (i forgot the name of the stat). This just means that some cores overheat sooner than others.
