The "opposing corner" F2L is easy to execute well and quickly. More importantly, it affects only four pieces. This makes tracing a lot easier, so use this F2L when you can, from any angle.

Try to see if you predict any static non-slot blocks, to avoid some tracing. This actually happens a lot during F2L.

This is an analogue of the opposing corner commutator for edges; it only affects three pieces. This nicely leaves EO unharmed; I used it to complete F2L in the first example. If a corner ever incidentally gets placed correctly, this can finish off F2L nicely. Even if some edges on LL are flipped, it helps faster tracing.
You can actually remove the last U turn, but be careful...

Just as it was useful to trace all the F2Ls, it is often also useful to "pre-trace" the last layer edges up to the last slot. I do this because my main speedcubing method for a long while involved Mini-ZB. However, you'll have to trace these edges anyhow, so you might as well do most of the tracing earlier and see if there's anything nice or if you can tweak the last F2L for a nicer LL. In this case, the corner is placed and the edges end up oriented, so there is (I used the two-gen edge inserter). If there's not anything useful, just continue tracing each piece through the last F2L