Tag Archives: flitch plates

18/3/2020

I completed assembly of the new steelwork for the nearside framing today and apart from the boot closing panel, this means the nearside framing is repaired.

Work now continues around the corner, in the vicinity of the boot doors.  I removed the nearside boot door today, this required the heads drilling off the screws but proved that one of the hinges is seized and may have bent, causing the door to not shut properly.

The following series of photos shows the new steel (painted blue for protection) in place:

Reinforcement behind the wheelarch

Reinforcement behind the wheelarch

Intermediate vertical, rear

Intermediate vertical, rear

Corner vertical, forward facing

Corner vertical, forward facing

Corner vertical from the rear

Corner vertical from the rear

Intermediate vertical/bearer joint from underneath

Intermediate vertical/bearer joint from underneath

 

10/3/2020

The last few days have been spent preparing to fit the steel reinforcement plates to the new (and old) timber around the NS of the boot.  This involved marking-out and drilling pilot holes in the plates, then using these to locate pilot holes in the body bearers and the side rods.  The holes in the bearers were difficult to drill due to the steel insert (Weymann’s “composite” construction)  and the lack of clearance between the boot floor and the position of the upper holes.  Once the pilot holes had been drilled they had to be opened out to clear the 1/4″ bolts that pass through the steel plate, the bearer and the second steel plate.  I found it helpful to drill slightly larger than necessary clearance holes in the steel plates to compensate for any misalignment in the the through drilling.

Once all the holes were drilled I etch primed and painted the steel plates with blue smooth Hammerite enamel.  These will eventually get refinished in grey or interior brown depending on where they are located,

7/3/2020

Drilled the rearmost bearer and corner pillar ready for the bolts to attach the steel reinforcement plates.  I first drilled pilot holes in one of the steel plates then used these as a template to through-drill the bearer.  This bearer has a steel insert so it was quite hard work and tough on the drill bits.  Once the bearer had been drilled 1/4″ clear for the fixing bolts, the two plates for this section were aligned then drilled clear for the bolts.