How To Fit An 80-Foot Mast Under A 65-Foot Bridge 18. September 2011 Via ballsboatskillsShare ThisTweetTeilenPlus oneTeilenEmail Frühere Beiträge Reporting Win http://www.youtube.com/watch?v=tH96Oew0_YI Via Superman Body Inflation Costume http://www.youtube.com/watch?v=hItZP_okMyo Via Slow Motion – Golf Ball hitting Steel Plate http://www.youtube.com/watch?v=aMqM13EUSKw Via Dieser Beitrag hat 73 Kommentare Any idea what stresses this puts on the mast and the stays? If I am reading correctly, 5000 lbs of water is hanging from the top of the mast? To na pewno Polacy :)) lol bravo! Heck of a sailor! Is it he who passed in 2010 and what is the song ??? 🙂 Wonderful vid. just wonderful. PERRRFect music!!!! But why Eugene Onegin? Like a boss. Learn to edit. 30 seconds would’ve been sufficient. This is what I got to do with my penis whilst walking down hallways. i could do that. I would assume David is the boat captain? Rest In Peace, Brave Sir… thats not an 80 foot mast. otherwise it would need to bend more to fit underneath that bridge.. STBD? Sexually transmitted boat disease? That’s what you get for playing with your balls out in open water like that. . . @CooLLeRfromREA Who needs a reason for Tchaikovsky? nice.. music ? btw, each bag can hold 1 ton of water ? wow, it looks less swag. How? Because sin(θ), that’s how! @ToTirDeKK Water weighs 62 lbs per cubic foot. The volume of a sphere is 4/3 π R^3 (radius cubed). So then 2000 lbs / 62 lbs per cubic ft. = 32.25 cubic feet 32.25 = 4/3 π R^3 32.25 = 4.166 R^3 R^3 = 7.74 ∛7.74 = 1.97 The radius of the ball of water would have to be around 2 feet, so it’s about 4 feet in diameter or about as wide as a sheet of plywood. Water gets heavy quick. Much more useful than truck nutz я пытался пройти таким способом под иповским мостом в п.Нёнокса на „ЛГ“ у меня не получилось-черпанул воды в кокпит и течением задавило под мост Awesome! @pete1729 I didnt understand much of that but thanks anyways x) @ToTirDeKK You’re welcome. I just felt like trying to do some math this morning try this: water weighs a little more than 8 lbs per gallon so a ton of water is about 240 gallons. Think of a pallet of gallon water jugs. 7 jugs x 7 jugs, 6 layers tall. That’s a ton of water. @pete1729 still, thanks for your effort but im kinda lost cause‘ im not from the US and our weight system goes with kilos and volume with litres ! but Im kinda getting what your saying lol wow, nice, I’m guessing tides were taken into consideration.. I’d like to see that in person.. Keep the hatches dogged! @hunterparrot Thanks. Very interesting. How stable was this? Would a turn to port or starboard have much effect? There used to be a dinghy race around Alameda in San Francisco Bay which required getting your boat under four bridges that your mast could not clear. You either had to heel your boat way over, which often resulted in damage or a capsize, or capsize and swim under. I chose the latter. It required close study of the current tables, since you preferred to swim with the current. @ToTirDeKK Waltz from Eugene Onegin, Tchaikovsky. Perfect for this, eh? fantastic, joyous to see a man who knows his craft, thanks for uploading, bud ;-j @hunterparrot It is ! lovely music Wow. Small world. This is exactly how I get into my truck — just swing my huge balls to one side and… Come on! You were asking for that one!! Great vid! a man like this could fix the economy! LIKE A BOSS @terrulian That boat probably weighs several tens of thousands of pounds, I highly doubt any ‚powerboat‘ is going to move it more than an inch or two. Yawl ketch any fish with them there balls? Wow, is there anything that can’t be accomplished with big balls? гениально Those have to be balls of steel for leaning over that far. 右に傾いた船をどうやってまっすぐに戻してるのか仕組みが気になる。 重りのひもの長さが短くなれば自然に戻るのかな。 どうやって右に傾けたのかその方法も気になる。 sin = Opposite / Hypotenuse sin = 65/80 = 0.8125 arc sin 0.8125 = 54.5 degrees 90 – 54.5 = 35.5 degrees IF YOU WATCH THE VIDEO AND PAUSE IT AS THE KETCH PASSES UNDER THE BRIDGE, you can put a protractor on the screen, and see the angle subtended between the mast and the water is 54.5 degrees. A very capable deep water skipper, probably a member of the Seven Seas Cruising Association. That was cool! I once did this by tying to the opposite fender and winching the boat over then winching ahead but only a 66′ mast through a 54′ bridge. This is great. Also a uesful maneuver if your keel is stuck in the mud. Elegant maneuver in a nice, tasteful video. e se esse maconheiro ai virar o barco? kakakakakakak!!!!!!!!!!!!!!11 nice boat Who said that math had no practical life applications? Tea bagging the river LIKE A BOSS. Big Boat Balls. Even bigger SAILOR BALLS. 🙂 WAY cool. smart. Using water also makes it safe so you can’t capsize unless someone pulls the halyards too far. that is some ghetto-assed yachting, chap. carry on! What the hell is this…… No effense but this video sucks more than your mother 🙂 best choreography to a Tchaik waltz EVER! Move over, Baryshnikov! To the stern, Nijinsky! You’re overboard, Balanchine! Is this safe? Heels that deep are routine under sail in heavy wind conditions. Washing the rails isn’t all that uncommon. With the weight of the keel hanging below, even at that heel it’s pretty stable. That said, you wouldn’t want to do that in a heavy swell. 🙂 Someone here heard concerning this: Growth 247 Formula ? Surprisingly it happens to be growing to be really successful considering that people are growing their height dramatically. Also my own sister grew to 6 foot or so as a result of testing the treatment. Simply google: Growth 247 formula to find out more info. I am impressed – very well done! i’d be like, „fuck it, i’ll just stay at sea or whatevs“ THIS IS EVEN BETTER THAN BOAT BALLS 1! This would make marvellous viewing, not that it isn’t already, were it to be re-recorded with the popular music songs ‚R7yfISlGLNU‘ and ‚NisCkxU544c‘, as it involves being on a boat, but it is being sailed like a boss. Like a BOSS when you know math 🙂 Awesome show with much class and great tribute as well… Is that an Ontario provincial flag on the stern? Grand Cayman. She hails from George Town. I can’t speak to the calculation used to determine if the mast step was up to the challenge of an extra two tons of weight, although I assure you that was carefully considered. The added stress on the shrouds is irrelevant. There essentially is none, as the rig is designed to survive a knockdown at sea – under sail, a gust of wind pushes the boat completely on her side so the rig is in the water. At that point, the weight of the keel would bring her back upright LOL. Until that one time at sea, white knuckles on the helm, and you say „F-it, the balls are looking pretty good right now!“ Great thinking. Good job! Awesome…. The five dislikes must have been the fellers that fell overboard ! Did anyone else find themselves leaning over to the right as the boat leaned to the right? Does this manuever have a name? Like keel/balling ? Very good! That was great! What the whole procedure checklist? Fill balls with pump? Drain your balls when done? Is there a valve on the bottom of each ball? Where do you stow the balls to get them out of the way? What’s the scoop? What’s the name of the boat? Is that a ketch? I know it’s not a sloop. I love sailboats but know very little. USA #1 Kommentare sind geschlossen.