Tom Rowland, host of the Tom Rowland Podcast, demonstrates how to tie and test the no name knot—also called the Bristol knot—in this hands-on How 2 Tuesday episode. This fishing knot tutorial walks through the complete process of tying a braid-to-fluorocarbon connection using a Bimini twist, then puts the knot under scientific testing to reveal its actual breaking strength. If you've been relying on this knot for your leader connections, the test results might surprise you. Tom breaks down exactly what 15.42 pounds of average breaking strength means for your fishing setup, and why there are stronger alternatives worth considering.
What is the no name knot and how strong is it?
The no name knot, also called the Bristol knot, is a braid-to-fluorocarbon connection that starts with a Bimini twist. Tom Rowland's testing with 20 pound braid to 40 pound fluorocarbon showed an average breaking strength of 15.42 pounds, which equals 77.1% knot strength—a disappointing result compared to other braid-to-fluorocarbon knots available.
Who is Tom Rowland?
Tom Rowland is the host of the Tom Rowland Podcast, where he shares fishing techniques, knot tutorials, and outdoor strategies. He creates How 2 Tuesday episodes that document breaking strength tests for fishing knots and offers a free knot guide comparing all tested knots at tomrolandpodcast.com.
This episode is brought to you by Star brite, the marine care solution Tom trusts to keep his boat ready for every fishing adventure. From boat care in a bucket to salt off spray, Star brite delivers performance and supports marine conservation through Project Sea Safe. Visit starbrite.com to get your boat dialed in.
How to Tie the No Name Knot Step-by-Step
Tom walks through the complete tying process for this knot, which has a specific foundation requirement before you even start the main connection. The technique begins with creating a Bimini twist in your braid or monofilament—this doubled section becomes the anchor point for everything that follows. Once that's established, you'll take your leader material and make five wraps around the loop, though Tom mentions some anglers go up to seven. The wrapping sequence creates the friction that holds this connection together, and there's a critical final step that cinches everything into place. Watch Tom demonstrate the complete tying sequence starting at 1:36.
Testing the Breaking Strength: What the Numbers Really Mean
After tying the knot, Tom puts it through scientific testing to reveal its actual performance under load. Using 20 pound braid connected to 40 pound fluorocarbon, the knot averaged 15.42 pounds at failure—that's only 77.1% of the line's rated strength. For context, that means you're losing nearly a quarter of your line's breaking strength at the connection point. Tom describes this result as "kind of disappointing" and makes it clear there are definitely stronger knots available for braid-to-fluorocarbon connections. The question becomes: how does this stack up against your other options? See the complete test results and Tom's reaction at 2:31.
See exactly how this knot compares to stronger alternatives
Why Knot Strength Percentage Matters for Your Fishing Setup
When Tom reveals that 77.1% number, it's not just an academic statistic—it has real implications for how you rig your gear. If you're targeting fish near the upper limit of your tackle's capacity, that 23% strength loss could be the difference between landing a trophy and watching it swim away with your leader. The no name knot's performance puts it in the lower tier compared to other tested connections in Tom's comprehensive knot database. Understanding these percentages helps you make informed decisions about which knots belong in your arsenal and which situations call for stronger alternatives. Tom explains what these results mean for your fishing at 2:41.
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SubscribeHow to Access the Free Knot Comparison Guide
Tom doesn't just test knots and leave you guessing about alternatives—he's documented the breaking strength of every knot tied on the show and compiled everything into a free downloadable guide. This resource shows you all the links to the individual videos plus how each knot compares head-to-head with others in real-world testing. Whether you're looking for the strongest braid-to-fluorocarbon connection or comparing mono-to-mono options, the guide gives you the data you need to make decisions based on actual performance rather than forum folklore. You can download it at tomrolandpodcast.com without any signup hassles. Tom explains how to get your free guide at 1:44.
Don't miss this complete knot tying and testing demonstration
A quick How 2 Tuesday that could change how you rig your leaders
Key Takeaways
- The no name knot requires a Bimini twist foundation before you can even start the main connection sequence
- Tom's testing revealed this knot averages only 77.1% breaking strength when connecting 20 pound braid to 40 pound fluorocarbon
- At 15.42 pounds average breaking strength, the no name knot underperforms compared to other tested braid-to-fluorocarbon connections
- The tying process involves five wraps around the Bimini loop (sometimes seven) before passing the tag end back through
- Tom offers a free downloadable guide at tomrolandpodcast.com showing how all tested knots compare with links to each video
- The Bristol knot is another name for this same connection, used by anglers across different fishing styles
- Understanding knot strength percentages helps you choose the right connection for your target species and tackle setup
Final Thoughts from Tom
This How 2 Tuesday is all about giving you the real data on a knot that gets thrown around in fishing circles but doesn't always live up to the hype. When I put the no name knot through testing and saw that 77.1% number, I knew anglers needed to see these results. Too many people are tying knots based on what they heard somewhere without understanding the actual performance under load.
What I appreciate about documenting these tests is that it takes the guesswork out of your rigging decisions. You can see exactly how this knot compares to the alternatives, watch the tying sequence, and make an informed choice about whether it belongs in your system. The free guide at tomrolandpodcast.com puts all this data in one place so you're not hunting through dozens of videos trying to remember which knot tested strongest.
If you're serious about maximizing your tackle's performance, this episode is worth watching. The visual demonstration makes the tying process clear, and seeing the actual breaking test removes any doubt about what this knot can handle. Check out the full video and download that knot guide—it's one of the most useful resources we've created for the podcast community.
Frequently Asked Questions
What is the breaking strength of the no name knot?
Tom Rowland's testing showed the no name knot with 20 pound braid to 40 pound fluorocarbon averaged 15.42 pounds breaking strength, which equals 77.1% knot strength. This is considered disappointing performance compared to other braid-to-fluorocarbon connection options.
How do you tie the no name knot?
Start by tying a Bimini twist in your braid or monofilament. Take the leader material through the Bimini loop five times (sometimes seven), then pass the tag end back through the loop formed by the wraps. Hold it while cinching down to create a compact knot.
Is the no name knot the same as the Bristol knot?
Yes, the no name knot is also called the Bristol knot. Tom Rowland refers to it by both names in his testing video, and they describe the same braid-to-fluorocarbon connection technique.
Where can I find Tom Rowland's knot strength comparison guide?
Tom offers a free downloadable guide at tomrolandpodcast.com that documents the breaking strength of all tested knots. The guide includes links to all the individual videos and shows how each knot compares to others in the same category.
Are there stronger knots than the no name knot for braid to fluorocarbon?
Yes, Tom states there are definitely knots that test stronger for braid-to-fluorocarbon connections. His free knot guide shows exactly which alternatives perform better and how they compare to the no name knot's 77.1% strength rating.
Related Episodes
Learn the foundational knot required before tying the no name knot demonstrated in this episode
Discover the stronger alternatives Tom mentions when discussing the no name knot's disappointing 77.1% strength
See the complete testing process Tom uses to document breaking strength data for the knot guide
Another How 2 Tuesday breaking strength test for a popular braid-to-fluorocarbon connection
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Download the Tom Rowland Podcast Knot Guide for complete breaking strength data and video links for all tested knots.
Tom Rowland
Tom Rowland is the host of the Tom Rowland Podcast, where he shares fishing techniques, knot tutorials, gear reviews, and outdoor strategies with anglers worldwide. His How 2 Tuesday episodes document scientific testing of fishing knots, with all breaking strength data compiled in a free guide available at tomrolandpodcast.com. Tom's content spans from shallow water fishing tactics to international destinations like The Seychelles, combining technical instruction with conservation messaging through partnerships like Star brite's Project Sea Safe.
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