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Bend — two lines

Orvis Tippet Knot

Wrap stack · Constriction

DiagramsHow to tie it

Does not pick a knot

This page does not pick a knot for you. DNA, molecules, quantum braids and vortices stay off Decide.

Finished structure

No drawing of this exact knot yet. The written steps are the reference.

HTH · Reference layout

Orvis Tippet Knot — finished-state checks, on the shared reference layout

Orvis Tippet Knot — finished-state checks, on the shared reference layout
Hook the Horizon reference plate
Failure modes

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

Blood / Surgeon family

Symmetric multi-pass join of similar diameters.

  • !Unequal wraps or a missed multi-pass
  • !Ends not seated together — one side walks
  • !Diameter mismatch turning the join into a hinge
Fails when
  • !Only one pass was made through the loop, so the knot draws down thin and slips when pulled
  • !The leader tag went through the loop without the tippet, and the knot slips when pulled
  • !One side was pulled hard before the other, so the knot closed crooked with one line bent sharply through it
Geometry

  • Uneven four-end capture

    A hinge that breaks on the first hard take

    Orvis tippet is a four-end seat on similar diameters · step 02

  • Two-end seat left as a twist

    Barrel hinges and fails at the join

    All four ends must sit in the compact barrel · step 03

  • Forced a large diameter step-down

    Wrong family — this join is similar-diameter only

    A large tippet step belongs on a mismatch join · step 01

If you saw this

  • Breaks at the join under load

    Check

    • ?Even barrel
    • ?Similar diameters

    Then

    • →Retie wet
    • →Match tippet diameter more closely

  • Finished check failed — Open join after draw

    Check

    • ?Tippet join seats compactly
    • ?Tags exit cleanly
    • ?No cutting angle at the junction

    Then

    • →Retie. A poorly seated tippet join is a classic dry-fly failure point.

  • Uneven four-end capture

    Check

    • ?A hinge that breaks on the first hard take
    • ?Inspect step 02

    Then

    • →Retie. Do not dress a defective structure and call it seated.

  • Two-end seat left as a twist

    Check

    • ?Barrel hinges and fails at the join
    • ?Inspect step 03

    Then

    • →Retie. Do not dress a defective structure and call it seated.

  • Forced a large diameter step-down

    Check

    • ?Wrong family — this join is similar-diameter only
    • ?Inspect step 01

    Then

    • →Retie. Do not dress a defective structure and call it seated.
Same family

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

This failed — start Diagnose

What holds it

  • ·A bend captures two working ends. Holding is constriction and the seated wrap or barrel — not a closed-knot invariant.
  • ·Unequal diameters and slick pairs (braid to fluoro) are material problems. Crossing number does not rank FG against a Double Uni.

What topology does not predict

  • ·A Jones polynomial does not pick a braid-to-leader family.
  • ·Published retention bands stay as cited on the knot record. This page does not invent one.
  • ·Guide-click and tag-trim are field geometry, not topology.

Not for

  • ·Attaching a single line to a spar or cleat — that is a hitch
  • ·Reading this page as a recommendation from Decide
  • ·Extreme diameter jumps
  • ·Braid-to-leader primary joins

Same pattern, different job

No sourced twin among these knots. Related knots stay on the Library card.

Sources