PLEASE NOTE: In order to post on the Board you need to have registered. To register please email paul@sexyloops.com including your real name and username. Registration takes less than 24hrs, unless Paul is fishing deep in the jungle!
Search found 3434 matches
- Tue Mar 05, 2024 2:27 pm
- Forum: Teaching
- Topic: Tracking and Loop planes
- Replies: 176
- Views: 5463
Re: Tracking and Loop planes
Paul, In the first drawing it seems what you call rod plane is flat, while your rod was moved along a curved surface. When for you a plane can be curved, why you call the flat surface rod plane, when the rod was not moved in it? I would have thought rod plane then was the curved rod surface, that yo...
- Tue Mar 05, 2024 12:28 pm
- Forum: Teaching
- Topic: Tracking and Loop planes
- Replies: 176
- Views: 5463
Re: Tracking and Loop planes
Very good points, George. 100% agree. Exactly why I use tracking only for rod movement along a flat surface. I mainly look at the but section. The tip is impacted by a lot more as you said.
This whole thread shows why otherwise we always get tons of confusion as soon as the tip is involved.
This whole thread shows why otherwise we always get tons of confusion as soon as the tip is involved.
- Tue Mar 05, 2024 12:25 pm
- Forum: Teaching
- Topic: Tracking and Loop planes
- Replies: 176
- Views: 5463
Re: Tracking and Loop planes
Yes I only look for left and right deviation in the mirror, which is tracking. To ensure that, you make sure it’s moving perfectly straight back and forward in the mirror with no twist. This is what holds most people back imo. (said for distance casting) That is easy understandable and makes perfec...
- Tue Mar 05, 2024 12:10 pm
- Forum: Teaching
- Topic: Tracking and Loop planes
- Replies: 176
- Views: 5463
Re: Tracking and Loop planes
And yes tracking refers to the rod tip path (perpendicular to the casting plane/rod plane) That's not how Nick sees it. He looks along the rod plane for left/right side deviations. And you too said to look down along the length of the rod as I understood you. Perpendicular according to my dictionar...
- Tue Mar 05, 2024 11:49 am
- Forum: Teaching
- Topic: Tracking and Loop planes
- Replies: 176
- Views: 5463
- Tue Mar 05, 2024 11:46 am
- Forum: Teaching
- Topic: Tracking and Loop planes
- Replies: 176
- Views: 5463
Re: Tracking and Loop planes
Hi Vince, Let me put the whole relevant part of that fb conversation in here: Nick's line drifts to the inner side during unrolling and lands on his side of the tape after having started to unroll along the tape on the outer side. Can we agree on that? Yes, do you think it’s not possible to hit the ...
- Tue Mar 05, 2024 8:40 am
- Forum: Flycasting Physics
- Topic: Measuring the Haul
- Replies: 69
- Views: 2267
Re: Measuring the Haul
The EFFA would fail Walter when not keeping the rod hand completely on the line hand side. But I agree with Walter, that is a none smart idea, because of the limits Walter described. Mel Krieger early on recommended to just bring over the rod tip. I like that! Sometimes I cast with my other hand or...
- Tue Mar 05, 2024 8:05 am
- Forum: Teaching
- Topic: Tracking and Loop planes
- Replies: 176
- Views: 5463
Re: Tracking and Loop planes
Where I disagree Bernd, is on your insistence on straight tracking. There are many uses of curved tracking, primarily for casting the loop in a different plane to the rod plane. And yes tracking refers to the rod tip path (perpendicular to the casting plane), and can also separately be referred to ...
- Tue Mar 05, 2024 7:35 am
- Forum: Teaching
- Topic: Tracking and Loop planes
- Replies: 176
- Views: 5463
Re: Tracking and Loop planes
Still when casting close the horizontal plane I see the biggest deviation in terms of bc and fc to unroll along a straight line (180 degree concept). So you are comparing the loop and rod plane. Hi Vince, No, I am not. I didn't mention rod plane to be connected with that deviation. The "bc and...
- Mon Mar 04, 2024 11:54 am
- Forum: Teaching
- Topic: Tracking and Loop planes
- Replies: 176
- Views: 5463
Re: Tracking and Loop planes
And then loop plane can be quite different to rod plane (by the 2 impacts I explained), while tip path may have been close to straight at some part and the rod was moved along a flat surface. In which case, the flat surface has no relationship to the desired output and has no practical value in my ...