USS San Diego ACR-6 (3/3)

Armor plating makes most warships top-heavy compared to other vessels, and as a result, they flip over when they sink, just as the San Diego has. The old hull is more or less intact, but rusting through in many places, allowing access to new parts of the interior all the time.

Shipwreck USS San Diego
Shipwreck USS San Diego

The ship is still full of live ammunition, and every so often some idiot will bring a piece of it up, resulting in a very interesting day for the local bomb squad. Explosives generally become more unstable with age, and being immersed in the water does little to change that. Souvenir shells from the San Diego could go off from a tap, or even just from drying out!

Since the Navy claims ownership of the San Diego, and because of its status as a war grave, it is strictly illegal to “salvage” any artifacts from the wreck anyway. In addition, the San Diego has recently been declared a “National Historic Site.”

Shipwreck USS San Diego
Propeller from the San Diego, salvaged before the Navy changed their minds.
U-156
U-boat U-156, lost September 1918, probably sunk by a mine
USS San Diego
USS San Diego CL-53 of World War II
anti-aircraft light cruiser 1941-1946
541 ft, 6,000 tons
USS San Diego
USS San Diego AFS-6
combat stores ship 1968-1997
581 ft, 17,000 tons full load
USS San Diego
USS San Diego LPD-22
amphibious assault ship
684 ft, 24,000 tons full load
USS San Diego
With hovercraft in the well deck
 1 2 3  

Comments on USS San Diego

Questions or Inquiries?

Just want to say Hello? Sign the .

Submit a Comment

Your email address will not be published. Required fields are marked *


Click image to replace if unable to read.

Enter the digits from the image above, except for the last one:

This site uses Akismet to reduce spam. Learn how your comment data is processed.


Delaware Water Gap Bottles

Glass is a hard substance, usually brittle and transparent, composed chiefly of silicates and an alkali fused at high temperature.

Composition and Properties of Glass

Most glass is a mixture of silica obtained from beds of fine sand or from pulverized sandstone; an alkali to lower the melting point, usually a form of soda or, for finer glass, potash; lime as a stabilizer; and cullet ( waste glass ) to assist in melting the mixture. The properties of glass are varied by adding other substances, commonly in the form of oxides, e.g., lead, for brilliance and weight; boron, for thermal and electrical resistance; barium, to increase the refractive index, as in optical glass; cerium, to absorb infrared rays; metallic oxides, to impart color; and manganese, for decolorizing.

Printed from njscuba.net