As anglers, we have to be honest about what we do. At the end of the day, we are sticking a hook into a fish’s face for sport. Because of that, I am a massive, unapologetic believer in ultimate fish care. The absolute least we can do as custodians of our waters is ensure that we cause as little stress as possible to the fish we target.

Leaving a trailing lure, a spinner, or an 11cm fly inside a perch or pike because of a preventable line breakage isn’t just a bad day on the bank—it’s an ethical failure.

With the river opening day approaching on June 16th, I decided to invest a fair amount of time, money, and effort into running a meticulous, destructive bench-test. I needed to know, without a shadow of a doubt, what the safest, strongest connection method is. But I also had a second challenge: I needed a trace that was ultra-reliable without sacrificing the delicate swimming action of the lure, ultimately enhancing our catchability.

To make the test completely fair and eliminate any weak points in the hardware, I locked everything down using premium terminal tackle. I wanted anchor points that wouldn’t budge an inch, forcing 100% of the raw pressure directly onto the wire and the connections.

The Failure of the "Proper" Knots

Before settling on the data for the final leaderboard, I spent a lot of time trying to make knottable wire work. I went through the entire catalog of traditional choices.

The results were frankly terrifying. Standard options like the Perfection Loop or the traditional Three-Turn Half Blood Knot are completely unsuited for the task. They didn't just fail; they collapsed under pathetic amounts of pressure, causing breakages at weights so low I wouldn't trust them to land a boot-lace eel, let alone an angry Great Ouse predator.

Eventually, the only knot that gave me anything resembling a robust structure was the Figure 8 Loop Knot. But even then, the scale test exposed its fatal flaw.

The Bench-Rest Leaderboard

Here is the exact, unedited data from the destruction bench, comparing the best-performing knot against a mechanically compressed crimp:

The Ultimate Verdict: Ditch the Knots, Buy the Tools

The data tells a story that every lure angler needs to hear: Knottable wire eats itself regardless of the knot you choose. Under heavy load, the friction of metal-on-metal inside a tight knot turn creates a shearing effect. The outer strands literally act like a saw, strangling the core until it snaps prematurely. Look at the E-Sox—a 20lb wire dropping to 12lb just because it was tied. That is an automatic bite-off waiting to happen when a rogue pike crashes your perch lure.

Ultimately, it is significantly better to invest the money into a dedicated crimping tool and the correct size crimps rather than relying on the rugged, lazy method of knotting your wire.

Gear Up Responsibly

Fish care isn't about buying the cheapest, easiest option; it's about using the gear that guarantees a safe release. The Size 4 Sakuma Crane swivels and Size 8 Crazy Fish snaps used in this test didn't warp or bend a single millimetre under maximum destruction loads—they are the exact definition of unbreakable terminal tackle.

Before you head out for opening day, do the right thing for the fish. Drop the knots, grab a proper crimping kit, and stock up on premium, tested terminal hardware over at Average Joe Fishing Tackle.