Land Rover Discovery & Range Rover Classic Inner Wing, Battery Carrier & Headlight Replacement RHS

Parts used

Buy Parts
1no. 010 (RHS) Land Rover Discovery/Range Rover Classic Inner Wing Repair Panels (Parts A-G inc.) RHS
1no. 012 (RHS) Land Rover Discovery/Range Rover Classic Battery Carrier RHS
1no. 045 (RHS) Land Rover Discovery 1 Inner Wing Valance/Extension Panel o/s ASR1714 (NOW OBSOLETE)
1no. 082 (RHS) Land Rover Discovery 1 Headlight Unit RHS
 1no. 167 Discovery 1 & Range Rover Classic Body Mount Kit

Steps

1

The Left Hand Side already replaced, with the body work off on the Right Hand Side this will make for easy access to remove the inner wing and headlight. Here you can have a better assessment at the extent of the rust. Before removing any parts take plenty of datum measurements so that the new parts fit without any problems. 1 2

2

All the spot welds have been drilled , all bolts remove and the inner wing cut from the bulkhead. Then remove the corroded parts or in this instance the whole lot as now it is a MOT failure for any rot within 300mm of a body mount. 3

3

The bulkhead cleaned up ready to fit the new inner wing. 4

4

The headlight unit fitted with the inner wing clamped in place, plug weld the previously drilled spot welds, refit the body mount and fit any existing bolts. The primer will need to be ground off to weld the parts in place then then primer will need reapplying before painting. 5 6

5

The inner wing, battery carrier and headlight unit are seam sealed and primed. 7 8 9 10 11 12

6

The inner wing all done (welded, seam sealed and sprayed) painted and complete ready refit the body work.  13 15 14

7

The battery carrier fitted by spot welding in place and then seam sealing, primer and painting.  16

8

The headlight unit, inner wings and batter carriers fitted ready to re-fitting the body work.  17 18

 

If you don’t need to replace the whole inner wing the same process can be applied by cutting out the rusted area back to clean metal then fit the required part

This worked was carried out by Rob Purbrick