A couple of days ago, I posted about fishing for stocked trout at Liberty Park Pond in Sedalia, Missouri. Both the fish and the weather were cooperative and since the conditions were decent, I decided to do a little field testing of some items that I had recently 3D printed. The item that I was most excited to test was a 3D printed fly reel that I made about a month previous. The second item that I had made was a strike indicator. The indicator is the type that comes in two halves, has leader/tippet inserted into a groove in the middle, and screws together. To say that I was hoping to catch a fish on this setup would be an understatement. I was hoping for one dumb stocker.
I actually ended up catching two dumb stockers on this rig so my goal was accomplished and my hope was satiated. But that's not what you probably want to know. You probably want to know about how the items performed. Well, they were...okay. The indicator's buoyancy was perfectly matched when throwing a 1/80 ounce jig. It was easy to see and rode just high enough in the water without sinking. It was sensitive and didn't appear to require much effort on the part of the fish to take it under. On the other hand, I hated how it felt in a cast. It made everything feel heavy and clunky for lack of a better word. However, if I were fishing deep holes from a boat and not making long casts, I think this is the perfect tool for the job. I'm not going to get rid of the strike indicators that I typically use, but I'm going to keep a few of these 3D printed indicators on hand to use in the right circumstances.
As for the reel, it was serviceable. I don't tend to sink a lot of money into reels, especially on rods that are less than a 6 weight. I don't tend to need an outstanding drag system with lower weight weight rods so to me, a reel is a glorified line holder. When it comes to 6-8 weight rods, that's when I will upgrade to a rod with a better drag system because that's when I tend to catch bigger fish that need to be played a little more carefully. The 3D printed reel held the line fine and I was able to peel off line without a problem when I wanted to make a longer cast. The biggest negative was how the reel felt when I retrieved line.
This thing is about as smooth as 100 grit sandpaper. While it DOES click and offer a little resistance, its winding motion is cumbersome unless you really add some muscle to it and crank it fast. The reel sticks and is inconsistent with it's tension. As one of my club members said after trying it out, "It feels like it was 3D printed." That is best way I can describe it. To summarize, I don't plan on abandoning my manufactured reels anytime soon. However, with all of that being said, I found a lot of satisfaction in catching fish on both of the items that I made. It was just as rewarding as catching my first few fish on flies that I had tied and I will definitely use both in the future.
They are both far from perfect but like so many other things that I tend to make, I can live with that. I am not a machinist or master carpenter, but I can find an appreciation for things that I make and I can overlook the flaws. I can do that because of the joy that the process of making something gives me and the fact that I can say, "I made that! It started off as nothing important and now it is something that I can be proud of." In comparison, this situation is like my dog. It's not perfect, but it's mine and I love it anyways. So if you're thinking about tackling this task or a similar one, just go into it knowing that things might not turn out perfectly but you can still find satisfaction in the process and the imperfect final product. And don't forget, if you wanted perfection, you would have paid for a machine to make the object but it would have been more expensive and not nearly as gratifying.