Richard Isaacs
Senior Member & Supporter
it’s getting silly now. We don’t need silly equations to work out that if a main line is broken 6-7 feet away from the hook that fish is trailing 6-7 feet of material.Mmm . . .guys I think you all struggle with visualisation and seem to be editing your own minds before actually applying them.
Lets do some basic algebra . . .
Longer hooklink (2-5') = A
Shorter hooklink (3-10") = B
Assumed random Break above mainline (2') = C
Assumed random Break above mainline (7") = D
Lead drops every time = E
Hook is initially still stuck in fishes gob = F
Breaking strain negligible = G
E x F(A+C+E)-G = 4-7' Trailing line (V V Unsafe)
E x F(B+C+E)-G = 10"-1'3" Trailing line (Manageable - Unsafe)
Therefore by unswerving mathematical genius and a proven model when E is the constant multiplied by the risk factor of F then in the event of a mainline break between two of the most common variables irrespective of G a shorter hooklink is always safer . . . . . . . . .you savvy?
PS> Terry you still haven't answered my question . . resorting to 'average' banter does not count . .
it’s not any different or safer on the fish if the first 10 inches or the first 3feet is hook length. It’s still trailing 6-7 feet of material. Comprende??
the safest scenario is if it’s able to drop the 6-7 feet of material. I’ll say it for a 3rd time. Barbless hooks and free running leads = fish untethered from rig altogether
I don’t even drink but I think I might need one