I hope this is not considered a thread jack but here goes..
I understand that all rigs are different as are all boats so..
I just finished rebedding my chain plates and refreshing the turnbuckels and toggels so a new tune is in oreder. My trailer sailor (Catalina 22 cant get my sig to change?) rigging 1/8th" has a breaking streangth of 2100 LBS from witch I came up with these numbers using my loose gauge and some math.
Forestay.
2100 X .15 = 315. (.15 =15% breaking streangth)
315 = @31 0n the loose gauge.
Shrouds.
2100 X .12 = 252
252 [email protected] on loose gauge.
aftstay.
2100 X .11 = 231
231 = @27 on loose gauge.
Dose this sound about right for a dry tune?
How dose one know how much backstay pressure to run?
I also do not understand the reasoning behind having the leward standing rigging slack?
How dose slack rigging not "slam over" while tacking or gybing and contribute to huge shock loads?
I hope this is not out of line and as always thanks for the time and advice.
I understand that all rigs are different as are all boats so..
I just finished rebedding my chain plates and refreshing the turnbuckels and toggels so a new tune is in oreder. My trailer sailor (Catalina 22 cant get my sig to change?) rigging 1/8th" has a breaking streangth of 2100 LBS from witch I came up with these numbers using my loose gauge and some math.
Forestay.
2100 X .15 = 315. (.15 =15% breaking streangth)
315 = @31 0n the loose gauge.
Shrouds.
2100 X .12 = 252
252 [email protected] on loose gauge.
aftstay.
2100 X .11 = 231
231 = @27 on loose gauge.
Dose this sound about right for a dry tune?
How dose one know how much backstay pressure to run?
I also do not understand the reasoning behind having the leward standing rigging slack?
How dose slack rigging not "slam over" while tacking or gybing and contribute to huge shock loads?
I hope this is not out of line and as always thanks for the time and advice.