06.00.00
Publié : 02 mars 2006 12:25
06.00.00 STABILITY
06.01.00 Measurement Trim
For the inclining tests at small angles of heel and at 90 degrees heel, the following shall apply:
06.01.01 The Boat shall be in same Measurement Trim as for weighing (see 04.01.00).
06.01.02 Centreboards and Daggerboards shall be fully raised, except that Centreboards or Daggerboards designed to be permanently kept lowered and which are properly secured may be kept in such a position (see 04.05.03).
06.01.03 When a heavy appendage can move transversally, it shall be positioned in central position for the initial measurement of the stability test, and in the most unfavourable position for the measurement at low angles and at 90 degrees.
06.01.04 When an inflatable floating device is used on top of the Mast, the stability tests shall be conducted with the device in position.
06.02.00 Stability at low angles of heel
06.02.01 By means of a halyard or any other running Rigging, a pole shall be positioned athwart the Boat at the maximum beam station and parallel to the waterline with a weight of 20 kilograms attached to it. The distance between the Hull and the point of suspension of the weight shall be 2,25 metres. The test shall be carried out on both sides. The average heel angle shall not exceed 15 degrees (see figure 7 ).
06.02.02 Where the maximum beam is more than 3,85 metres form the stem, the pole shall be placed at 3,85 metres.
06.03.00 Stability at 90 degrees heel
06.03.01 The Boat is pulled over until her Sheerline plane is vertical, with a weight of 10 kilograms attached as close as possible to the top of the Mast. The Boat shall support this weight. If the angle of heel increases, she fails the test ( see figure 8 ).
06.03.02 The Boat in pulled in position by the Crew, under sole responsibility of the skipper.
06.01.00 Measurement Trim
For the inclining tests at small angles of heel and at 90 degrees heel, the following shall apply:
06.01.01 The Boat shall be in same Measurement Trim as for weighing (see 04.01.00).
06.01.02 Centreboards and Daggerboards shall be fully raised, except that Centreboards or Daggerboards designed to be permanently kept lowered and which are properly secured may be kept in such a position (see 04.05.03).
06.01.03 When a heavy appendage can move transversally, it shall be positioned in central position for the initial measurement of the stability test, and in the most unfavourable position for the measurement at low angles and at 90 degrees.
06.01.04 When an inflatable floating device is used on top of the Mast, the stability tests shall be conducted with the device in position.
06.02.00 Stability at low angles of heel
06.02.01 By means of a halyard or any other running Rigging, a pole shall be positioned athwart the Boat at the maximum beam station and parallel to the waterline with a weight of 20 kilograms attached to it. The distance between the Hull and the point of suspension of the weight shall be 2,25 metres. The test shall be carried out on both sides. The average heel angle shall not exceed 15 degrees (see figure 7 ).
06.02.02 Where the maximum beam is more than 3,85 metres form the stem, the pole shall be placed at 3,85 metres.
06.03.00 Stability at 90 degrees heel
06.03.01 The Boat is pulled over until her Sheerline plane is vertical, with a weight of 10 kilograms attached as close as possible to the top of the Mast. The Boat shall support this weight. If the angle of heel increases, she fails the test ( see figure 8 ).
06.03.02 The Boat in pulled in position by the Crew, under sole responsibility of the skipper.