Most of the morning was spent make minor adjustments to the corner upright pillar to ensure a good fit. Due to a materials shortage I had to add a small piece at the rear to support the inner lining of the boot space. This was screwed and glued and left to set until the end of the day when I was able to sand it to shape to match the inner pillar, just to the left, that the boot door is mounted on.
The base of the inner pillar, where it meets the boot perimeter rail was very rotten and this had extended into the perimeter rail for about an inch. I was able to remove most of this and make an infill piece to support the new inner pillar.
After lunch I modified the aluminium template for the outer pillar so that it could be used to manufacture the inner pillar. The inner pillar is quite a lot thinner in cross section than the outer but is reinforced by blocks that fit between the inner and outer pillars. Once this was made I was able to cut the new pillar for the boot door opening.
Last thing in the day I was able to screw and glue the corner pillar to the existing section but it has yet to be fixed at the base to the perimeter rail. As yet I am undecided on how to do this. I am leaning towards coach-bolting through the perimeter rail as this pillar proved additional support for the boot door pillar.
Outer corner pillar fixed at the top but not yet at the bottom,
I continued with yesterday’s work today by cutting out a replacement vertical for the corner upright on the RH side of the boot. I attempted at first to make a cardboard template for this but found this unsatisfactory so made one out of scrap aluminium instead. The new pillar is about ready for fitting, it just needs a bit of adjustment at the bottom where it meets the boot floor.
During the course of this I found severe rot in the boot floor at the door sill, so this will need to be replaced in due course.
Today I started with removing the RH boot door. This once again required the screws to have their heads drilled off. Having removed the door, I was able to remove panelwork along the top of the boot opening and down the RH side. This revealed extensive wet fungal rot in the base of the two pillars at the RH side of the boot opening and this will need to be repaired by jointing new lower sections of timber.
Right-hand boot door frame timbers
RH corner of boot door frame
I started the job of replacing the rotted timber by cutting both the pillars just below the corner horizontal (with the hole) visible in the picture. I cut a step into the good wood in order to make a strong joint with the new timber.
Restoration diary of a 70-year old AEC single-deck bus and the trials, tribulations and adventures of our 1966 Bristol bus.