Boat Insurance – Peace of mind for your marine adventures.

September 2nd, 2010 Posted in General Insurance
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This entry was posted on Thursday, September 2nd, 2010 at 11:06 am and is filed under General Insurance. You can follow any responses to this entry through the RSS 2.0 feed. You can leave a response, or trackback from your own site.

4 Responses to “Boat Insurance – Peace of mind for your marine adventures.”

  1. morianitti Says:

    July 1st, 2011 at 1:02 pm

    RITCHIE HB-845 HELMSMAN COMPASS STEEL BOAT RITCHIE HB-845 HELMSMAN COMPASS STEEL BOAT RITCHIE HB-845 HELMSMAN COMPASS STEEL BOAT Rating: (out of reviews) List Price: $ 490.52 Price: $ 327.07



  2. kobinyar chapley Says:

    July 14th, 2011 at 9:12 pm

    RT Olympia Steel Buildings Of Canada Supplies Kamloops, BC Mini-Storage



  3. elperdi feld Says:

    August 9th, 2011 at 11:35 pm

    salmon river…. 1:39 you’ve been nocked by an angel



  4. card croncela Says:

    August 22nd, 2011 at 5:01 am

    Steel has a density of 7.88 g/cm^3
    You didn't specify shape, so for ease of calculation I'll use rectangular.
    (7.88 g/cm^3)(2 mm)(1 ft/304.8 mm)[(1')(13') + (2)(13' + 1')h) < (1 g/cm^3)(13')(1')h

    0.67218 + 1.4478h < 13h

    11.552h > 0.67218 ft.

    h > 0.058186 ft

    h > 0.69823 in., the minimum draft of the empty boat. Covering the top with 2 mm steel increases this to

    11.552h > 1.3444 ft.
    h > 0.11637 ft.
    h > 1.3965 in.

    Including payload and freeboard,
    (7.88 g/cm^3)(2 mm)(1 ft/304.8 mm)[(2)(1')(13') + (2)(13' + 1')(h + f)] + (1 g/cm^3)P/(1 g/cm^3)(453.59237g/lb)(1 in^3/16.387064 cm^3)(1 ft^3/1728 in^3) < (1 g/cm^3)(13')(1')h

    (7.88)(2)(1 ft/304.8)[(2)(1)(13) + (2)(13 + 1)(h + f)] + P(453.59237/1728/16.387064)(1 ft/lb) < (13)(1)h

    (0.0517060367 ft)[(26 + (28)(h + f)] + 0.0160184634P ft/lb) < 13h

    h > 0.00123218949P ft/lb + 0.111366848h + 0.111366848f + 0.1034120734 ft

    0.888633152h > 0.00123218949P ft/lb + 0.111366848f + 0.1034120734 ft

    h > 0.00138661211*P ft/lb + 0.125323760*f + 0.116372063 ft

    where
    h = draft in feet
    P is payload in pounds
    f = freeboard in feet

    Changing units to inches,
    h > 0.0166393453*P in/lb + 0.125323760*f + 1.39646476 in.

    Expressing payload in tons yields
    h > 33.2786906*P in/T + 0.125323760*f + 1.39646476 in.



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