Speed is life, in most cases. What has made me a bit concerned is how people talking about medium mechs being slow moving at 70km/h and the huge engine ratings everyone tries to cram in.
This problem is three-fold.
1. Smaller engines need external heatsinks
2. external DHS take extreme size and are inferior to internal heatsinks
3. Twist speed affected.
First of all i think it is wrong to add twist speed to the engine since that should be in the gyros and not in actual engine power.
Here are a few ideas.
Gyro Rating Equipment
Add Gyros as a separate equipment that you insert into an engine similar to internal heatsinks.
This means that you can choose what Gyro you want separately. A gyry would be restricted in rating similar to engines so a mech that can use a 130-250 engine can only use a 130-250 gyro.
What would it mean for us as users? Well, we would be able to experiment with more variations of mech design.
Having a slow 100 engine mech with 250 rating gyros would make for a slow nimble urban defense mech.
Calculating weight
Since the gyro IS a large part of the engine it would also be a part of the weight.
The weight would be the power difference between engine rating and gyro. In the above example the 250 gyro vs 100 engine would give a a total engine weight rating of ([250+100]/2) 125 - or 4 tonnes.
Do you want a fast but not OVERLY nimble mech, for example an already nimble light mech that has a 255 engine but use a 150 gyro would have an engine weight rating of 202,5. Thus saving much needed tonnage.
Edited by Terror Teddy, 09 May 2013 - 01:58 AM.