Hi all, thanks for previous help regarding points and PADs. I've now got the display progressing to the point of burning my fingers with solder, the layout passes the ‘rule of thumb’ frequently mentioned in that it’s 40 ft x 12 ft occupying a converted loft room and it’s now got 60 points, and that’s without another set of about 8 in an oil storage facility, along with a turntable to power. I’d looked at the bewildering explanation of the Hornby PAD online to see if I could link two points to work simultaneously. This was because I had areas of parallel tracks where I needed double sets of points to take trains from one to the other in either direction they travelled simply as trains started at my entry position and then had to be routed through to the inner loops. (This is the case for 14 pairs of points on other parts of the layout to get trains from starting positions to one of several loops.). Anyway, reading it left me hearing a whoosh sound overhead as it left me for dead. So an experiment showed I had ability to put two R8247 points into each connection point of the PADs and they operated with ease so that was solved. I’m now wondering whether to have a separate booster for the points (and their signal leds) due to the size of this layout. I’d originally planned to separate the layout into areas. Those areas with large amount of points, plus say, turntable, having one booster, other areas having boosters to help deal with multiple points and signal leds! plus being able to handle large train loads, but now wondering if it’d be better to place all points (& signal leds ) on one or two booster(s), and then separate track boosters for track taking in other areas. Anyone had any experience of best way to distribute the power on a layout this size. All comments gratefully received.