Deep Drop Retrieval cover showing a generic conventional reel mounted above a rod in a boat holder beside open water, a closed tackle case and rope.

Deep Drop Retrieval: 4 Checks for Inches Per Turn

Efficient deep drop retrieval depends on line pickup, the amount of line remaining on the spool and how the outfit behaves under load. A higher gear ratio alone does not prove faster or easier recovery from depth.

Use these four checks when comparing reels or troubleshooting slow winding. They distinguish inches per turn from retrieval speed without invented catch tests, a universal gear-ratio threshold or a promise of more fish.

1. Compare inches per turn, not just gear ratio

Inches per turn (IPT), also called inches per crank, describes line recovered for one complete handle revolution under the stated conditions. Gear ratio describes gearing: on a conventional reel, spool revolutions per handle turn.

For a simple conventional-reel model, line pickup per handle turn is approximately the effective circumference of the wound line multiplied by the gear ratio. The wound diameter matters, so two reels with the same ratio need not recover the same line length.

Keep the units clear: divide inches per turn by 12 to express feet per turn. Retrieval speed also depends on handle turns per unit of time and whether the system is actually recovering line under load. A catalog IPT value is not a timed deep-water result.

Documented example: Abyss Jigger Gen 2

The GOOFISH Abyss Jigger Gen 2 jigging reel listing gives a 6.08:1 gear ratio and 30.06 inches retrieved per handle turn. That listed distance converts to approximately 2.51 feet per turn.

Use it as a reference specification, not a promise that every turn after a deep drop retrieves exactly that distance. The listing explicitly notes that pickup changes with the amount of line on the spool. It does not establish a loaded recovery time or a comparison-test winner.

2. Account for changing spool fill during the drop

As line leaves a conventional reel, the effective wound diameter becomes smaller. With the same gear ratio, line pickup per handle turn changes. During recovery, the wound diameter grows as line returns.

This is why applying one constant catalog IPT value to the entire drop can give a misleading crank-count estimate. Do not turn a reference specification into an exact number of turns needed to recover a fish.

Load the reel according to its instructions, check line lay and avoid overfilling. Adding excess line to chase a larger diameter is not an appropriate shortcut.

Line Pickup Changes photo-style image showing generic spools with more and less wound line on a teal padded surface.
Spool fill affects effective wound diameter. AI-generated conceptual photo illustration, not GOOFISH product photography, a measured IPT comparison or a recommended fill-level example.

3. Choose line and capacity for the complete setup

Compare the actual line diameter with the reel’s reference capacity. Breaking strength and PE class should not be treated as direct replacements for the stated diameter.

There is no universal braid diameter or leader strength for every deep drop. Choose suitable main line, leader, connections and knots for the rod, method and conditions. A fish’s weight alone does not establish an appropriate line rating.

The Gen 2 listing gives a reference capacity of 300m of 0.27mm line. That is not a guarantee of fishing at 300m: actual packing, line diameter, line angle and the line needed for the complete fishing situation must be considered.

Comparison example: Edge Jigger 30

The GOOFISH Edge Jigger 30 jigging reel listing gives a 4.92:1 gear ratio and a reference capacity of 180m of 0.37mm line.

No verified IPT value is provided in this guide for that model. Do not infer one from 4.92:1 alone or rank it against Gen 2 by gear ratio. These examples are listed jigging reels, not a claim that either fits every deep-drop weight, depth or target.

4. Prioritize controlled winding under load

Compare the outfit’s suitability and your ability to maintain controlled winding, not only a headline ratio. Handle design, setup, load and conditions matter to the practical comparison. There is no universal 50–60 RPM target for every trip.

Keep these functions separate:

  • Spool-release or descent controls: operate them using the exact model’s instructions.
  • Casting brakes, where fitted: do not treat them as universal recovery-speed controls.
  • Fighting drag: set it for the complete rod, main line, leader and knot system, not to make a reel feel easier to wind.

Do not loosen an unidentified brake or drag control whenever the handle feels loaded. If winding becomes stiff, rough or abnormal, safely reassess the load and check for tangled line, frame contact or visible debris. Do not force the handle, use it to free a snag or lift fish with the rod or reel.

The listed maximum-drag figures for these reels are specifications, not recommended everyday settings or fish-lifting ratings. Follow the manuals for adjustment and use suitable landing equipment.

How to compare retrieval claims fairly

  • Use the exact model and configuration, not only a brand or gear ratio.
  • Record the line diameter and spool-fill condition associated with an IPT figure.
  • Distinguish a catalog specification, a controlled measurement and a loaded fishing observation.
  • Do not compare an unloaded winding demonstration with a fish being fought under changing load.
  • Keep distance per turn separate from time per recovery and catch results.

If making a safe, controlled comparison, secure hooks and lures, keep fingers clear of moving parts and record the measurement conditions. Do not conduct improvised heavy lifting tests to validate a speed claim.

Maintenance without chasing speed through extra oil

Follow the exact reel’s care instructions. For the two linked jigging reels, the current guidance calls for gentle exterior salt removal with a fresh-water-damp cloth, complete drying and inspection before use. Avoid pressure jets, immersion and indiscriminate lubricant spraying.

Persistent grinding, inconsistent drag or rough winding calls for inspection or service, not repeated adjustments intended to make recovery faster.

Deep drop retrieval questions

Does a higher gear ratio always mean more inches per crank?

No. Effective spool diameter and the model’s retrieve specification are also needed for a fair comparison.

Does IPT stay constant as line comes back?

Not on a conventional spool as the wound diameter changes. Treat a listed value as a reference under its relevant conditions.

Does thinner line directly increase gear ratio or IPT?

No. It does not change the gearing. Choose line for capacity, diameter, strength and the complete setup, not an invented speed formula.

Should I loosen drag to retrieve faster?

Do not use drag as a universal speed adjustment. Follow the model’s instructions and set it for the outfit and conditions.

Can line capacity be used as a guaranteed fishing depth?

No. Capacity is a reference amount of line, not a promise about depth or suitability under load.

Choose useful pickup and control, not a speed slogan

Start with documented IPT where available, account for spool fill and compare capacity with your actual line. Then check loaded suitability and safe handling. Efficient recovery is a setup decision, not proof of more catches or a universal high-ratio rule.


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