New Jersey Scuba Diving

Spring Lake Sailor

Shipwreck Spring Lake Sailor — Side-scan sonar image

Type:: shipwreck, schooner barge
Depth:: 75 ft

A large sailing ship, just north of the Sea Girt Reef in 73 feet. Very low-lying. Wreckage consists of three sets of wood walls with some decking. Deep holes for lobsters. Very hard to find and hook. A nice spot for six lobster divers or a small cadre of artifact hunters. Probably over 100 years old. Some brass odds and ends over the years have been found, with some bottles and china, but I suspect she was largely stripped and sank.

-- Capt Steve Nagiewicz

aka: NW Sailor, AWOIS 7778

AWOIS 7778

LAT: 40.147547 / LON: -73.930514 / HIGH

Wreck - Submerged, dangerous to surface navigation

58 Feet and tenths

333SS/89 - OPR-C147-HE-89;

CONTACT NO. 16;

50M SIDE SCAN SONAR COVERAGE OVER CONTACT PROVIDED BY WHITING IN H10290/88;

DIVER INVESTIGATION LOCATED A BADLY DETERIORATED WOODEN WRECK WHICH WAS SUNK INTO A FLAT SANDY BOTTOM;

HIGHEST OBJECT WAS A LARGE CORAL-COVERED ROCK OR PIECE OF WRECKAGE;

DIVERS UNABLE TO DETERMINE THE EXACT NATURE OF THIS CORAL-COVERED OBJECT;

POSITIVE IDENTIFICATION OF WRECKAGE COULD NOT BE MADE;

LAT 40-08-51.166N, LONG 73-55-49.845W;

LORAN C RATES: 9960-W 15503.1, 9960-X 26907.3, 9960-Y 43517.6, 9960-Z 59778.2;

EVALUATOR RECOMMENDED CHARTED A DANGEROUS WRECK COVERED 58 FT. MLLW AT SURVEY POSITION.

(ENTERED MSM 5/90)

Dive Sites, Manasquan Dive Sites, New Jersey Dive Sites, Schooner Barges,

Manasquan Dive Sites Chart

Manasquan Chart

More: Manasquan Dive Sites Chart ...

Comments on Spring Lake Sailor

Questions or Inquiries?

Just want to say Hello? Sign the .

Submit a Comment Cancel reply

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

Light, Air & Water

Human Vision Underwater

When light travels from a less-dense medium like air to a more-dense medium like water, the rays are refracted or bent towards the normal or perpendicular of the surface between the two mediums. In crude terms, light going from air to water will tend to be straightened, while light going from water to air will tend to be ... um ... crookeded. Confused yet? Take a look at the figure below.

refraction — ( Tautogolabrus adspesus )

In this figure, you can see the light rays traveling from an object in the water to your eyes, neglecting the effect of the flat glass lens of your mask. The blue lines trace the actual path of the light rays through the water and into the air, or conversely, through the air into the water - the direction really doesn't matter. As you can see, the rays are bent toward the perpendicular of the surface on the water side, and away from it on the air side.

More: Light, Air & Water ...