Okay thanks for the info, the other bit that got me was with the pre-cocking setting itself, so the trigger setting requires one pull for the shot and one for the precock but my understanding is the auto should precock every shot but that's not how it's working currently, the auto does the same as the trigger so is that just getting the pre-cocking boost correct to sort that?
i think that's what the smart trigger setting does- it automatically precocks every shot rather than taking one triggerpull to cock and one to fire, i've always had that setting on and that's how mine run.
edit: i'm a fuckin idiot, have the programming card sat in front of me didn't think to look at it to remind me there's a setting for the precocking mode......
the warfet precocking is based on a timer. basically when the gun cycles, it'll wait for the trigger to be cut off, then run a few milliseconds longer (the adjustment via the programming card is telling it how long to wait).
in semi auto the trigger always cuts off at the same point as defined by the cutoff lever
however in auto the trigger cuts off whenever you let go, which is very likely to not be the same time as the cutoff would in semi, so whilst it over-runs on the timer rather than stopping immediately this is very unlikely to end up in the precocking position as it has no way of knowing what point of the cycle the gun is at.
this means the first shot in semi after a burst in auto is not gonna have precock guaranteed, it'll just be from wherever the sector gear happened to settle, however from the second shot onwards it will function normally.
unfortunately there's no way around this with the warfet, this is one of the things an optical mosfet like the titan can do which the warfet can't as the optical sensors can detect where the sector gear is even in auto and can run the precocking via the sensors, of course optical mosfets do come with their own sets of problems.
as of now I only use it for AB/battery protection 
