I decided to have the antenna pylons lowered, which should ease the deck fixing part later on.

This shows San Jacinto from a site useful for its late war radio/radar installation diagrams.
https://nara.getarchive.net/media/cvl-30-san-jacinto-21ccab.

Also, the pulleys for lowering the barges are fixed, using the scrapped plastic parts for location.

For the Mk.13 airplane torpedoes' construction, I make use of an interesting site, mainly about the 80's Falkland war but also touching the Mk.13,
https://wwiiafterwwii.wordpress.com/2017/08/28/mk13-torpedo-during-the-falklands-war/.

This diagram shows a TBF with a torpedo in it. It needed to be adapted to its new engaging method. The fuse had to be covered to avoid an early arming. Also, a sturdy tail construction was needed to protect steering abilities.

To slow down the descent, a wooden drag ring, amiably called "the pickle barrel" was clamped over the warhead. It was shed when immersed.

Let's inspect the Master-Model ensemble.

It has ten turned parts, of whom nine will do, considering the TBF count on Princeton. The over-amount of PE parts is well considered because of multiple bending casualties.

While not numbered, the 4 different part types are easily distinguishable.


It's hard to remove all 9 bomb carts unscathed. Especially the wheels and fiddly turn handles come of quickly.

Soon though, nine carts stood on the cardboard, secured with gum.



Then the madness was really taking on. The tail plane should not require any glue, but practically all small parts will loosen while bending the very fiddly connection parts. Luckily you get plenty try-out parts.

The propellors were from the double counter-rotating kind. These sit snugly on the end axis from the lathed torpedo body.

You still have to add pitch to 18 1mm-diameter propellors. I keep them apart until after painting, because they probably were bare metal.

The tail is fixed and then the pickle barrel keg is added.

So you get a nice superdetail surprise, but don't underestimate this little kit.