pieces. 15 20 30 50 feet long. i dent see anything in that that resemble that. as you say importantly there is no scale on these. very hard to get a since of how large an object we are looking at. right. you can see. if you look carefully. you see, faint band going from right to left across the images. there are darker bands. that s from the sonar bouncing around. probably because of wave action or current. so not being very stable in the water. that degree of image, somewhat too. beside sonar. what takes this? an underwaltter vehicle, from a ship? do we know? a tiny torpedo, tiny on the back they tow behind the ship. guessing that s what it is. that s one frequency they re using there. they make available, very high quality ifmaging sonars. see whatever you want to see. don t think that s what we are
kind of like an underwater cliff. so, the sonar bouncing off all of these massive boulders that are as big as homes. the depth here, two to four miles deep within the water. contingent upon where it s found in the search area, kind of the northern portion is a little more shallow and also a little flatter than the southern portion, more rocky terrain. also these objects you can see, unbelievable. they can move 25 miles at least in a day, that s why they re finding these potential pieces hundreds of miles from each other, because these currents are so strong and sometimes they re even stronger. farther north, they re stronger than farther south within this parameter, the size of new mexico. so, there s the average height of the wave, which is six feet in height. now, compare that to the old search area where the heights of the waves were between 16 and 19 feet high. so, so many variables. old location, new location within this location. many variables, as well. in terms of the forecast,