Hey guys, welcome to the channel. I wanted to go over, well first of all I got a trip coming up to Texas and I'm planning on catching a big fish and I'm in kind of a little bit of a challenge with bass fishing with TK heaven and Jacob from Chaos Paddlers. Now I want to make sure that my scale is accurate so I wanted to kind of go over how I can kind of test to make sure it's, I guess, as accurate as it can be. This Eschali scale is the one that I use when I ship something off of eBay and I used it to ship the reel around the world yesterday and whatever way it came up with I took to the post office. The first office was fine with it so this scale is at least as good as the post office scale. So what we're going to do here is I'm going to turn this scale on, it's zeroed out. Now this scale measures, announces my reel sonar scale measures intensive a pound. So we're going to use the weight 6.28 which was the same weight of my personal best bass. So what I've done is I've taken some an old anafreeze bottle or jug, filled it up with water until it got to what should be 6.28 or close ounces or pounds. Now I'm going to take my reel sonar, hold it down, turn it on, make sure it's in pounds, zeroes out. So it kind of settles at 6.26. So I take 0.26 and multiply that by 16 ounces in a pound and I got 4.16 ounces. So this scale weighs this jug at 6 pounds, 4 ounces, a little over 4 ounces and this scale weighs it at 6 pounds, 5 ounces. So, and you can see it was kind of fluctuating between 6.26 and 6.31. So I feel real confident that I can go to Texas and fish with Texas, Yakerman, Fat Rob, Flurg, Catch Me A Seven or Eight Pounder and kind of wrap this drinking challenge that bass fishing with TK Heaven came up with, wrap it up and then everybody gets to watch them drink. I think duck fats been mentioned so we will see but anyway I just wanted to, before I got off on a big trip I wanted to verify that my scale was reading correctly. I think it's looking pretty good. We'll see you guys down there. Thanks for watching.