Tomos of Tomorrow Today






This one is 6’0″ x 19 1/2″ x 2 5/8″

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13 Comments
  • Anonymous
    December 29, 2009

    Gimmie some more J.P.

    I need a little more.

  • daniel Gutman
    December 29, 2009

    that’s so whack… whack whack whack.

  • Anonymous
    December 29, 2009

    i don’t know about the boards but the graphics do go with the shape and feeling of the shape

  • Anonymous
    December 29, 2009

    Yo those boards are off the hook.

  • Paul
    December 29, 2009

    Im a big dude that needs lots of foam under me, can you make it in maybe 6′ 6” x 21 x 3 1/2″ – sumthing near these dims? thanks alot and I really love this board design, looks like its fast as heck!

  • Tim from HI.
    December 29, 2009

    Nice shape, channels, colorwork, finish, etc…but can someone explain what advantage those multi-angular fins might have? How could they possibly deliver a fluid flow of water over them? (…without breaking up or releasing the waterflow?) Water likes to hug a curved surface.
    I’m definitely not bashing the design or anything, don’t get me mistaken, but I’d like to hear Tomo describe the thought process behind them and what advantage they might give to the performance of the board. Intrigued, I guess you could say.
    Fins are key.
    ^^^

  • Surfy Surfy!
    December 29, 2009

    Daniel is flying back to Australia this afternoon. He shaped 4 stock boards for the new surf shop over the weekend. Maybe he will comment on this post when he gets home and settled in.

  • Anonymous
    December 30, 2009

    Hey JP,
    What are the sizes of the stock boards he shape for your shop?

  • Scott
    December 30, 2009

    I love outside the box thinking! GO TOMO!!!

  • Clams
    December 30, 2009

    How do I get one? seriously…

  • eric
    December 30, 2009

    How much $ are the stock boards?

  • Tomo
    January 1, 2010

    hey guys, all my models are handshaped so it is just a matter of scaling up any particular design to suit the rider and their abilitys.
    As for the fins, they are a result of concepts for reducing the drag on the fins without comprimising the conrol or drive. The leading edges have 2 specific purposes. 1. drag reduction (higher potentiual top end speed). 2. they alow the fin to turn sharper arcs or even angular turns on the wave. the key to the successfull function of these fins are tips are super flexible so that they will hold the laminar flow without cavitation, the end result is a fin that will turn sharply whilst providing rapid acceceleration through the turn.

  • Anonymous
    January 2, 2010

    Tomo for prez !!!