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Ranked knots · how each fails

Two or three inspectable options for this job. Failure notes are the compromises, not decoration.

Palomar Knot and Uni Knot fit this job too closely for the model to separate. The order is not a verdict — choose on the failure notes below.

Knot decision card
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Same rules. Switch knots without running it again — hold the trade-offs side by side.

Schematic — the Palomar Knot family, shared by 3 knots in this catalogueFinished structure. Doubled bight through the eye, overhand in the doubled line, loop passed over the hook, seated to the eye.
finished · schematic

Doubled bight through the eye, overhand in the doubled line, loop passed over the hook, seated to the eye.

Doubled bight through the eye, overhand in the doubled line, loop passed over the hook, seated to the eye.

Palomar Knot

Line → hook · Braid

no field conditions declared

Tie it — steps and diagramAll diagrams
Strong
field fit — how well this connection suits the job you described

Relative ordering from weighted judgement. Not a retention figure, not a probability, not measured.

answer confidence low

Why this one
  • ·Level with Uni Knot on weighted field fit (Strong). It is printed first on alphabetical order, which is the last thing left when nothing separates them — not because it fits better
  • ·Fast field retie
  • ·High strength when seated
  • ·Strong connection-job fit (86)
Retie notes
  • →Even opposing pressure with moisture on mono/fluoro; doubled coils stack at eye
  • →Tension profile: moderate. Slip sensitivity: low.
  • →Failure-sensitive stage: passing doubled line
  • →Failure-sensitive stage: overhand dressing
Watch for
  • !The loop is left on the bend or against the bottom of the eye, so the knot seats crooked. NetKnots warns it can fail tied that way.
  • !The final pull was fast and dry, and mono or fluorocarbon heated and weakened at the knot
  • !The tag has been drawn back inside the coils, where it can cut the line at the eye
  • !The coils cross each other instead of stacking evenly against the eye
Caveats from whoever modelled it
  • ·Eye too small for doubled line

Written about Palomar Knot itself, not about this job. Nothing here ruled anything out.

Fallback

Uni Knot Strong

Palomar Knot leads on user proficiency fit (92 vs 75) and field tieability (85 vs 78). Uni Knot still holds an edge on material compatibility.

53 knots ruled out · 2026-09-16 09:19:12Z

Next — Field Ops Desk

You have a knot to tie. Field Ops turns that into a trip: travel, timing, what to pack, and what is still unchecked. The link carries the connection, the knot, the lines and the tying conditions across, plus whatever the tools before this one worked out, so none of it gets typed twice.

Take this to Field Ops Desk →

No coordinates travel on this link, and it is checkable — everything on it is written into the address, so you can read it before you press it.

Failure modes

When this family fails, it fails as these. The recovered end still outranks the name.

HTH · Advanced failure modes

Palomar Knot — what fails and what to do

Palomar Knot — what fails and what to do
Hook the Horizon reference plate
Palomar family

Doubled line through the eye, overhand lock seated to the hardware.

  • !Eye too small for the doubled pass — the stack never sits
  • !Doubled overhand not seated against the eye
  • !Tag pulled into the doubled coils so the lock becomes a hinge
Fails when
  • !The loop is left on the bend or against the bottom of the eye, so the knot seats crooked. NetKnots warns it can fail tied that way.
  • !The final pull was fast and dry, and mono or fluorocarbon heated and weakened at the knot
  • !The tag has been drawn back inside the coils, where it can cut the line at the eye
  • !The coils cross each other instead of stacking evenly against the eye
Geometry

  • Crossed coils

    Load concentrates; reduced retention and possible cut-through

    Palomar depends on even doubled-coil distribution against the eye · step 04

  • Gap at eye

    Knot can walk or abrade under cyclic load

    Incomplete seating leaves free play at the hardware interface · step 04

  • Tag into knot

    Slip risk under shock load

    Tag must remain outside the seated stack · step 05

  • Loose finish

    Structure not locked; unreliable under fish load

    Final opposing tension locks the doubled overhand · step 04

Same family

Same failure class, different geometry. Open the plates — Diagnose still starts from the symptom.

This failed — start Diagnose
Surviving options
Schematic — the Palomar Knot family, shared by 3 knots in this catalogueFinished structure. Doubled bight through the eye, overhand in the doubled line, loop passed over the hook, seated to the eye.

Doubled bight through the eye, overhand in the doubled line, loop passed over the hook, seated to the eye.

01Palomar Knot

Strong

Palomar Knot leads on user proficiency fit (92 vs 75) and field tieability (85 vs 78). Uni Knot still holds an edge on material compatibility.

Connection-job fit86
Load behavior90
Material compatibility83
Diameter relationship70
Schematic — the Uni Knot family, shared by 6 knots in this catalogueFinished structure. Line through the eye, doubled back into a loop; tag wraps inside that loop; barrel slides to the eye.

Line through the eye, doubled back into a loop; tag wraps inside that loop; barrel slides to the eye.

02Uni Knot

Strong

Versatile

Schematic — the Uni Knot family, shared by 6 knots in this catalogueWet it and pull the standing line steadily. The turns roll together and jam against the eye. Trim the tag close.

03San Diego Jam

Good

Single pass through the eye — no doubled line required

04Berkley Braid Knot

Good

Documented terminal job from Hook the Horizon library

05Eye Crosser Knot

Good

Documented terminal job from Hook the Horizon library

What separated these options

1 · Palomar Knot

2 · Uni Knot

3 · San Diego Jam

4 · Berkley Braid Knot

Tie in the field×0.9
Skill needed×0.8
Material×1.2
Eye / hardware×0.7
Job fit×1.4
Under load×1.2
Retie speed×0.6
Failure margin×0.9

Ordered by how much each axis separated these options, not by its weight. A heavy axis every candidate scores the same on decided nothing. The bar is the score; the number beside the axis is what that axis was worth in this situation.

  • Tie in the field, weight 0.9: Palomar Knot 85, Uni Knot 78, San Diego Jam 62, Berkley Braid Knot 61. Highest: Palomar Knot.
  • Skill needed, weight 0.8: Palomar Knot 92, Uni Knot 75, San Diego Jam 66, Berkley Braid Knot 75. Highest: Palomar Knot.
  • Material, weight 1.2: Palomar Knot 83, Uni Knot 96, San Diego Jam 83, Berkley Braid Knot 88. Highest: Uni Knot.
  • Eye / hardware, weight 0.7: Palomar Knot 70, Uni Knot 75, San Diego Jam 92, Berkley Braid Knot 75. Highest: San Diego Jam.
  • Job fit, weight 1.4: Palomar Knot 86, Uni Knot 86, San Diego Jam 94, Berkley Braid Knot 91. Highest: San Diego Jam.
  • Under load, weight 1.2: Palomar Knot 90, Uni Knot 85, San Diego Jam 88, Berkley Braid Knot 82. Highest: Palomar Knot.
  • Retie speed, weight 0.6: Palomar Knot 84, Uni Knot 84, San Diego Jam 68, Berkley Braid Knot 68. Highest: Palomar Knot.
  • Failure margin, weight 0.9: Palomar Knot 70, Uni Knot 70, San Diego Jam 62, Berkley Braid Knot 70. Highest: Palomar Knot.

Every scored dimension, every surviving option, side by side. Weighted order — the top rows are the ones actually deciding this call.

What would change this

What if the wind picks up and your hands go cold?

Palomar Knot still leads. Field fit is Strong under that change (Strong here).

What if this connection must pass through the guides?

Palomar Knot still leads. Field fit is Strong under that change (Strong here).

What if you had to rebuild it every twenty minutes?

Palomar Knot still leads. Field fit is Strong under that change (Strong here).

What if you were tying this with unpracticed hands?

Palomar Knot still leads. Field fit is Strong under that change (Strong here).

Where the catalogue went

Every connection in this discipline was checked against the job you set. This is what removed the ones you are not seeing — press a band to read them.

61 modelled · 53 ruled out · 8 survived

A knot that fails more than one constraint is counted once, against the most fundamental one. Nothing here is a score — these are the checks a connection has to pass before it is ranked at all.

Decide

State the job.
We’ll say what holds.

Saved setups · 0

01

The job

What is physically being joined.

Terminal
Line to line
Loops & spool
Rig

line to hook · braid