A few very large speaker are dotted around Hood;s superstructure (Tannoy system?). These speakers were added late in Hood’s career and do not show up in most photographs. The one at the breakwater is the most prominent but others were more difficult to spot. I managed to find one near the conning tower and one attached to the fwd bulkhead near the second funnel. One pair appears to be fixed to the aft searchlight platform below the two upper searchlights? I could not find any on the quarterdeck region where one would expect at least one; I may add one as random detail to the aft bulkhead where the ship’s bell was mounted. A small selection of speakers was built using rod, an etched part, and finished using Magic Sculpt.
HMS Prince of Wales was launched at Cammell Laird’s shipyard in Birkenhead on Merseyside on the 3rd of May 1939. A number of photographs of the launching ceremony is being held by the Wirral Archives service; a number of these images show the keel laying ceremony as previously posted Laying the keel of HMS Prince of Wales.
A brief press clip can be viewed at British Pathe.I find this clip of particular interest as it mentions other nations not keeping to their treaty limits as well as the Royal Navy soon receiving three more ships of the same class Duke of York, Jellicoe and Beaty, (the latter renamed Anson and Howe), plus, the Lion-class battleships Lion and Temeraire. The keels of both of these ships would be laid a few months after HMS Prince of Wales was launched but work on both ships was suspended in 1940.
Please note these images have been reproduced with the permission of both BAE Systems and the Wirral Archives.
“Copyright © 2018 BAE Systems. All Rights Reserved. This work is reproduced with the kind permission of BAE Systems. BAE Systems is a registered trademark of BAE Systems plc”
I would like the express my gratitude to both the Wirral Archival Service and BAE systems both for their assistance and for making it possible to publish these photographs.
You can visit the Wirral Archival Service here:https://www.wirral.gov.uk/libraries-and-archives/wirral-archives-service
Note the many cameras in the background recording the launch.
Although some welding was applied in HMS Prince of Wale’s hull construction, most of it was still riveted. The overlapping hull plates were caulked and then a sealing compound called Aranbee was added to vertical raised plate edges (roughly perpendicular to the flow direction), between butt ends, and, in the bow and stern region—outside the region of the main armoured belt—to all raised plate edges in steamwise direction, giving the hull a smooth appearance
In the background the foremast and funnels of RMS Mauretania, launched a year earlier, are visible (not to be confused with RMS Mauretania from 1906).
The Princess Royal prior to her commissioning speech.
HMS Prince of Wales takes her place in Cammell Laird’s wet basin next to the RMS Mauretania.
A particularly striking view. Note that the side armour has not yet been fitted.
This collection contains only one well-known image of HMS Prince of Wales during her fitting-out. HMS King George V was the only of the class to have square scuttles at the Admiral’s dining and day cabin located in the stern. Although the scuttles here are clearly round, six rectangular cut-outs appear to be visible in the hull; the yard considered the square scuttles ‘incapable of watertightness‘. At right, next to the ladder, the storage rack for the night lifebuoy can be seen. This rack was removed before she sailed for her historic Atlantic Charter meeting.
Thrown in for good measure; the launch of HMS King George V. Note: the scuttles of the Admiral’s dining and day cabin are not yet present.
Hood modelers were recently confronted with two changes in HMS Hood’s appearance. The first one related to the underwater hull; it was most likely never red, but either slate or black. Research is ongoing and I expect the painting guide of HMS Hood on the official website to be updated soon. Second, we had a discussion on the application of Corticine on board HMS Hood (Corticine is often spelled Corticene in admiralty records). Corticine is a linoleum-like substance, a ground cork and caoutchouc or India rubber mixture, that was added to the decks as an anti-slip measure. On the exterior it was usually applied for bridge deck areas where the crew was expected to stand for prolonged durations. Dave Weldon, who studied HMS Hood a fair bit longer than I did, has Corticine on the shelterdeck of his Hood model the large open area around the bridge and funnels. I had noticed that this area had a rectangular gridded pattern on the deck, but never made the connection this could be corticine. After all, these lines follow the plate pattern of the deck and no appreciable contrast change with the rest of the ship is observed. But the gridded pattern is a strip pattern, and upon closer inspection of photographs and based the logs corticine, as well as an a lengthy discussion with the Hood Assocation, we came to the conclusion that corticine was indeed present. The pattern is estimated to have a 6ft x 12ft spacing, laid symmetrically with regard tot he ship centreline and starting on the expansion joint that runs through the emplacement of the forward pompoms.
The ship logs also indicate that Semtex was added in 1937. Semtex is also an anti-slip material, troweled on and confined at the edges by small headings of steel welding on deck. It was a rough material said to wear down shoes quickly. It can appear in several colours, reported to be light grey, tan, blue, green, or red brown, with only tan and light gray as an early WWII option, depending on the manufacturer (They remain unspecified in the logs of HMS Hood). The location of the Semtex is indicated near the emplacements of the 4inch high-angle guns. When we look a bit closer on all the images of the deck it is clear that the grid pattern is only partially present, indicative of both Semtex and Corticine regions; many of these pictures were taken in either 1940 or 1941. So, with some certainly we can now say that the entire shelter deck is either wood, Corticine, or Semtex; there is no spot of dark deck grey to be seen (not counting on top of the various deck structures).
With this new information I went to work, adding the lines in stretched sprue; this material is cheap to make, and can be easily glued with the sprue pulled taut on the deck. The difficult is aligning all these lines with so many obstructions already on the deck, so I had to mark all positions carefully and use tape to fixed the lines fore adding glue. Calipers were often used to get the distances correct. Some lines were not entirely satisfactory and were replaced. The far foredeck was especially tricky but worked out very well. The the pompom area was given a corticine treatment as well, but that was later shown to be incorrect.
I recently picked up a bottle of Plastic Magic via a tip on the Britmodeler forum; it’s a very thin liquid cement that you can apply by a fine brush, similar to Tamiya’s Extra thin cement. I always used Uhu’s (with the needle dispenser) or sometimes glued using thinners. This new glue is much easier to use, and I wonder why I didn’t pick up these thin glues earlier. This is a small experiment with a 0.13×0.20mm strip that could be glued very easily. Note that there are three ammo lockers forward of the UP launch emplacements; these are on many drawings but not on any photograph and were removed, causing a lot of damage to the deck,
The bridge deck was also covered with styrene, so here’s a shot of the strips in process; this part isn’t done yet. While I was at it, I carved out a small step in the splinter shielding where the saluting guns used to be present.
While adding the strips I noticed that all the parts on the model aligned with the 12x6ft corticine strip pattern except the forward UP splinter shielding. Plus a new pic showed I didn’t have the outline exactly right. I made a small model in Rhino first. I made a small plug on the lathe to help positioning the shield during gluing. Small stiffeners were added, as well as a small aerial trunk built from discs and Magic Sculp.
The rest of the splinter shields were only partially finished, many missing the stiffeners in the back. The two pics on the lower row show these strips are a strip and a small triangular plate. Also noticed a small storage container on the after most shield , presumably to store items required for the 4in guns. The bottom-right image shows the windows to the Admiral’s day cabin (with the dining cabin forward, also with two windows per side) that are shown a bit below.
The strips were added by first adding smalls trip of masking tape with the right spacing. Small strips of 0.13mm were added next. When the glue had set these were beheaded using my clipper. A series of support triangles was added next. The photographs show that each triangle is not the same height as the splintershield, so I rounded that the height to the first half foot. The bottom left shows the copper at work, with a series of strips of the correct width. A small styrene template is first used to cut the strip at an angle and then chop it to size.
Results of the shelder deck as it is now; the arrows indicate the location of the lockers, both confirmed in photographs.
The smaller shield as a smaller opening where a small hand wheel was present to lower some shutter. Although I have no good pics of the aft 4in gun emplacement, I added the locker as random detail.
I added another random locker to the forward 4in gun emplacement, and also replaced the splinter shielding around the pompom in the new style.
While I was at it I decided to do another experiment with my new glue and built a set of windows for the admiral’s day & dining cabins. The openings are only 2×2 mm, so I needed very thin strips. I used a stop that was touching the blade, giving an about 0.15mm thin strip. This means I’m cutting of slices half the strip thickness. I added a bit of colour to not worry too much which side is “down”. I made a small assembly line using tape; not entirely useless as the small and medium strips were about the same size and initially parts ended up mixed making for bad windows. Building these small parts in series also ensures that the glue can set between each step. A total of 8 windows of 22 parts were built
And the result; I had to do some carving to the back plate which was quite unnerving, but nothing went wrong! The rest of the part is in line for cleaning up.