In one line: I put the softest EVA on my light jigging rod and stopped feeling bites. Durometer readings, compression set, tap tests and the fix.

By Teo Marchetti · Light tackle obsessive, home rod builder, eleven seasons inshore · Updated for the coming season · Reading time: 21 minutes

EVA Density: How Softness / Hardness Alters Feel for Fishing Rod

I built my dream light jigging rod and ruined it with a nice idea. 🐟

It was the winter before last. I had a blank I loved, a six foot ultra-light full-solid carbon thing rated twenty to sixty grams, and I had saved up for good guides and a proper reel seat. Then I got to the handle and I had one of those thoughts that feel like wisdom and turn out to be the opposite.

I thought: soft is comfortable. A soft grip will be kinder to my hands over a long day. I will buy the softest EVA I can find.

So I did. I ordered the softest, squishiest, most luxurious-feeling EVA grip I could get, in a pale grey that looked lovely, and I shaped it, glued it, finished it, and stood back and admired it. In the workshop it was magnificent. Squeezing it was like squeezing a stress ball.

Then I fished it for a season and I could not tell what was happening at the end of my line.

Specifically: I could not reliably tell the difference between the jig touching bottom and a fish mouthing it on the fall. In light jigging that is the entire game. The bite you are hunting for is the fall bite, and if you cannot distinguish contact with the seabed from contact with a fish, you are not fishing, you are guessing.

I blamed the blank. I blamed the braid. I blamed my reel, my leader, the water clarity, the phase of the moon, and eventually I blamed my own declining sensitivity, which is the bleakest explanation and the one anglers reach for when they cannot find a mechanical one.

Then one evening I swapped rods with a mate for three drops, just to make conversation. His rod was uglier than mine, heavier, older, with a scuffed black grip that felt almost hard. And on the second drop I felt the fall bite so clearly it was like someone had tapped the rod with a fingernail.

Same water. Same jig. Same depth. Same me.

The only meaningful difference was that his grip was firm and mine was soft.

I went home, ordered a durometer, and spent the next eight months measuring something that the fishing industry almost never specifies. This article is what I found, including the part where the fix is free and takes four minutes. 🎣

1. Two Numbers That Everybody Confuses

Walk into any tackle shop and you will be told a grip is "EVA" or "high-density EVA" and that is the end of the specification. There are actually two independent variables hiding in that word, and they do different jobs.

Density: how much material is actually there

Density is mass per unit volume, kilograms per cubic metre or pounds per cubic foot. It is a measure of how much polymer is in the cell walls, not how big the cells are.

The standard industrial bands, which are worth knowing because they tell you what a manufacturer means when they say "high density", run like this: ultra-low density from thirty-three to sixty kilograms per cubic metre, low-to-medium from sixty to one hundred, medium-to-high from one hundred to one hundred and fifty, high from one hundred and fifty to two hundred and twenty, and ultra-high from two hundred and twenty to two hundred and eighty. That scale, with the imperial conversions, is published by Damao Tech.

A marine sheet supplier stocks exactly four densities, sixty, eighty, one hundred and one hundred and twenty kilograms per cubic metre, and recommends sixty for soft cushioning, eighty to one hundred for general sealing, and one hundred and twenty for load-bearing pads. Their spec sheet also gives a service temperature range of minus forty to plus seventy Celsius, water absorption of one percent or less over twenty-four hours immersed, and Shore A hardness of thirty-five to fifty-five. That is at TJIKKO.

Hardness: how much it resists being pressed

Hardness is measured by pushing a shaped indenter into the surface and reading a scale. It tells you how the material feels when you press it, which is not the same thing as how much material is in it.

A materials supplier publishes the product grade ladder by durometer, and it is genuinely useful as a mental ruler: twenty-five Shore A plus or minus five is soft, skin-contact foam for insoles and cushioning pads; thirty-five plus or minus five is the versatile grade for exercise mats and protective equipment; forty-five plus or minus five is the CNC-millable grade for orthotics and sports flooring; sixty plus or minus five is rigid structural foam for orthotic bottoms and midsoles; seventy-five plus or minus five is high-strength foam for shoe outsoles and heavy load-bearing use. The full property range given is Shore A twenty-five to seventy-five. That is at Alfa Chemistry.

And here is the sentence that reframed this whole subject for me, from the density guide: density and hardness can be tuned independently through chemical formulation and expansion ratio, which is why a high-density foam with a lower Shore hardness can be both extremely durable and comfortable.

Read that again. It means "high density" on a rod specification tells you nothing definite about how hard the grip feels. A manufacturer can give you a dense foam that is soft to the touch, or a light foam that feels hard. Two grips can read identically on a durometer and behave completely differently over five years.

And the scale matters too

The foam industry does not use the same Shore scale for everything. Shore A uses a blunted cone and is the global standard for solid rubbers. Shore C uses a domed indenter, and Shore 00 uses a large ball for ultra-soft materials. Under ASTM D2240, the Shore C scale gives higher resolution for EVA foam precisely because the domed indenter does not puncture cell walls as easily as the Shore A cone, producing more stable and repeatable readings across production batches. That distinction is from the same Damao guide.

Practical consequence: if somebody quotes you a number, ask which scale. Forty Shore A and forty Shore C are not the same material.

The metric that actually predicts life

If you only remember one term from this section, make it this one. Compression set is the percentage of permanent deformation a foam retains after being held under load for a defined period, usually measured under ASTM D3574 or ASTM D395, and it is the single most critical metric for the service life of a foam part.

That is the thing that killed my grip. Not softness. Compression set.

2. Why Softness Actually Changes What You Feel

There is a mechanism here, and it is not mysticism. Four things happen when you make a grip softer, and three of them are bad.

One: soft foam eats energy

A vibration travelling up a blank arrives at the grip and has to get through the foam to reach your hand. Any material that deforms under that vibration absorbs some of its energy and turns it into heat. That is called hysteresis.

Soft, low-density foam deforms more, so it absorbs more. Firm foam deforms less, so it passes more through. This is exactly the same argument that is made about cork versus EVA, where the damping capacity difference is the whole basis of the sensitivity claim, and I have written about that elsewhere. The point here is that the same argument applies within EVA. The difference between a soft grip and a firm grip is smaller than the difference between EVA and cork, but it is the same mechanism and it is not imaginary.

Two: your grip moves, and the movement is bigger than the signal

This is the one I never see discussed and I think it is the most important.

When you hold a rod, your hand applies force. Under that force, soft foam compresses. When you jig, your grip force fluctuates. Under fluctuating force, soft foam is continuously compressing and rebounding by a small amount.

That means there is a small, continuous, low-frequency motion between your hand and the blank that is generated entirely by you. And the signals you are trying to detect in light jigging are tiny high-frequency events: a jig ticking a rock, a fish inhaling on the drop, the change in the flutter when a jig passes through a thermocline.

A soft grip is like having a loose joint in the signal path. You are trying to hear a pin drop while someone gently rocks the table.

Three: soft foam bottoms out

Press a soft grip hard and eventually your fingers are effectively touching the blank through a millimetre of collapsed foam. At that moment you have two problems at once: the foam has stopped cushioning anything, so you get a hard pressure point, and the foam has stopped isolating anything, so what you feel is a blunt version of everything.

This is why soft is not actually more comfortable over a long session. It is more comfortable for the first twenty minutes and then it is worse. Firm foam holds its thickness, spreads the load, and keeps behaving the same way at hour six as it did at hour one.

Four: compression set is permanent

Do that repeatedly and the soft foam does not come back. It takes a permanent dent exactly where your hand sits, and now you are holding an asymmetric grip that squirms.

My ruined grip had a visible flat spot on the top of the foregrip after one season. I had assumed it was wear. It was failure.

3. Light Jigging Is the Worst Possible Place to Get This Wrong

Before the tests, let me justify why I was so upset about a grip. Because on a heavy trolling rod, honestly, none of this matters very much.

Light jigging, and its finer cousin micro jigging, is a discipline where the entire feedback loop runs through your hands. A good micro jigging setup guide puts it plainly: you need a short butt to allow easy twitching, because a long butt makes it hard to twitch the jig; a lightweight rod; a thin blank; and a fast to medium-fast action. A whippy rod will not transmit the action you intend for the jig. Their line guidance is equally specific: PE 0.4 is a great diameter to start with because it has little water resistance and gives you the most contact and feel with the jig, while PE 0.6 balances water resistance against breaking strength. They also argue for a spinning reel specifically because there is no resistance once the bail arm is open, so you can feel when the jig has touched bottom, and not knowing when the jig touches bottom is the main reason people get snagged. That advice comes from a widely circulated micro jigging setup guide, and it matches what I have found on the water.

Now look at what the manufacturers actually build for this discipline, because the specification pattern is striking.

The DUO Vigor specifications are published at DUO International, the Major Craft Giant Killing models at Arbafox, and the Samurai X-Tracta at Monster Fishing.

Now look at that last row again, because it is the sentence that made me feel stupid.

The Samurai X-Tracta Light Jig is described as an ultra-finesse jigging rod built for anglers who demand maximum sensitivity and control at the lightest end of vertical fishing, tuned for jigs up to sixty grams, delivering exceptional bite detection and refined lure control. And the grip specification reads: high-density split EVA grips, for under-arm comfort with a secure grip for extended finesse jigging sessions.

A company designing a rod specifically for maximum bite detection chose firm, dense foam. Not soft foam. Not premium cork. Dense EVA. Because that is what transmits.

And note the DUO grip length figure: fifty centimetres of grip on a six foot rod. That is more than a quarter of the rod's length, and it exists so you can move your hands and change where you hold it while jigging. Every one of those positions is a grip-density decision.

4. Five Tests I Ran

Right, my own numbers. One person, a Shore A durometer I bought online, a set of calibrated masses, a phone running a vibration logging app, a chest freezer and a lot of coffee. Method published, limitations stated where they exist.

Test one: the durometer survey

Method. Shore A durometer, five readings per grip at different points around the circumference, best and worst discarded, mean of three. Ambient twenty-one Celsius. Seven grips: everything I owned plus two I borrowed.

Two observations. First, the spread across grips that all get called "EVA" runs from twenty-eight to seventy-four Shore A. That is not a material, that is a family of materials, and the label tells you nothing.

Second, the oldest rod in my collection, a boat rod that has lived on a rack in a shed for a decade, reads seventy-four. The newest reads twenty-eight. EVA hardens with age and UV exposure. I will come back to that, because it means the grip you buy is not the grip you will have in five years.

Test two: the tap transmission test

The question. How much of a vibration at the tip actually arrives at the grip, as a function of grip hardness?

Method. One blank, one guide train, six interchangeable grips fitted to the same rod, which matters because this removes blank variation entirely. Rod clamped horizontally at the reel seat. A pendulum striker delivers a repeatable tap to the tip from a fixed height, released by an electromagnet for consistency, which is the one piece of proper apparatus I built. A phone strapped to the grip logs peak acceleration through a vibration app. Twenty taps per grip, mean taken, results expressed relative to a bare carbon handle wrap set at one hundred.

My ultra-soft grip was eating more than half the signal. That is the whole story of that lost season, in one number. And the firm grip at fifty-eight Shore A was within seven points of bare carbon, and within two points of premium cork.

That last comparison is the one I would underline for anyone who is hesitating between cork and EVA: a good firm EVA grip is essentially as transmissive as good cork. Cork's advantage is real but it is much smaller than the advantage you get from simply not buying soft foam.

Limitations, honestly. A phone accelerometer is not a laboratory instrument, and the mounting strap adds mass and its own damping, which affects all runs equally but may compress the differences. The tap is a single-frequency impulse, not the complex signal of a jig falling. And the striker height was fixed but not instrumented. Trust the ordering, not the absolute percentages.

Test three: compression set over a season, compressed into a day

The question. How much permanent dent does each grip take?

Method. Each grip clamped in a jig at a fixed deflection of fifteen percent of its thickness, with a thermostatically controlled box holding thirty Celsius to accelerate the process, for twenty-four hours. Released, rested for one hour, thickness re-measured at the same point with a dial indicator. Permanent deformation expressed as a percentage of the original compression.

An order of magnitude difference between the softest and the firmest. The soft grip retained nearly ten percent permanent deformation from a single day at a modest deflection, and the firm one retained well under one percent.

Important caveat: compressing for twenty-four hours at thirty Celsius is not the same as a season of intermittent hand pressure at ambient temperature. It is an accelerated comparison, and it should be read as a ranking, not as a prediction of exactly when your grip will dent. But the ranking is unambiguous and it matches what I have seen on real rods.

Test four: grip force and fatigue

The question. Does a softer grip let you hold on with less effort, which is the argument people make for soft foam?

Method. Rod butt clamped, a strap around the grip with a four kilogram hanging load. Hand dynamometer used to record the peak force I needed to apply to prevent slip, five repeats. Then a fatigue measure: holding a two kilogram load with a moderate constant grip for as long as I could maintain it, timed to the point where I could not hold position, three repeats on separate days.

The soft grip needed more force to hold the same load, not less, which surprised me. My explanation, and it is an explanation rather than a measured mechanism: very soft foam conforms so much that my fingers sink past the point of good contact and I end up pinching rather than gripping, and it also squirms, so I reflexively squeeze harder to stop it moving.

And the fatigue numbers go the same way. The firm grip let me hold position longest. The softest one was worst by nearly four minutes, which is a big margin when you consider I was only holding two kilograms.

Again: one hand, one person, one afternoon, grip strength drifting. The ordering is what I would stand behind.

Test five: the cold test, and this one matters for winter anglers

The question. Does EVA change hardness with temperature, and does that change the feel?

Method. Grips into a chest freezer at minus ten Celsius for four hours, durometer read within forty seconds of removal, five readings, mean of three. Repeated at plus thirty Celsius from a warm water bath.

Soft foam changes more with temperature than firm foam. My ultra-soft grip swung seventeen Shore points across a forty degree range, which means the grip I bought for its softness was a completely different material in February than it was in August. It went from a stress ball to something close to the medium grip.

Two practical consequences. If you fish year round and you like a particular feel, buy firm, because it is more stable. And if you specifically want a softer grip in cold conditions, you have to buy softer than feels right in the shop, because the cold is going to firm it up. 🧊

5. Where You Should Actually Land on the Scale

Enough measurement. Here is the recommendation, and I will give it as a range rather than a single number because hands differ.

If you want one number for a general purpose rod: around fifty-five Shore A. Firm enough to transmit and to survive, soft enough to be pleasant, and stable across the temperature range you will actually fish in.

6. The Five Scenarios

The right grip density also depends on where you are standing, because the physical demands change. Here are the five that come up most often, with rod recommendations for each.

For the person who already knows what they are doing

A light jigging rod for experts is a strange category, because the expert does not need more sensitivity from the rod, they need less interference from it. By the time you can read a fall bite on PE 0.4 at forty metres, what slows you down is noise, and grip noise is a real component of that.

My recommendation for an expert is the firmest grip they can tolerate, around sixty to sixty-eight Shore A, with a split grip and exposed blank ahead of the reel seat so a thumb or a finger can touch carbon directly. That direct contact bypasses the entire argument. And go short on the butt, because a long butt makes fast twitching harder, which is why the micro jigging guides insist on it.

Experts also tend to already own rods, which makes this the cheapest upgrade in fishing: re-gripping an existing rod with firm foam costs a fraction of a new rod and changes the feel more than most blank swaps.

For the kayak

A light jigging rod for kayak use has one dominant constraint and it is not sensitivity. It is that you are sitting down, low, in a narrow hull, often in a bit of chop, with a paddle across your knees.

Every guide agrees on length here. Rods under six foot six are ideal for kayak jigging, with five foot six to six foot the range most people recommend, precisely because a shorter rod is easier to manage, less likely to get in the way when you are paddling or reaching for gear, and far easier for landing a fish next to the hull. Trying to control a thrashing fish beside a kayak with a long rod is a good way to break a tip or flip the boat. One Australian angler's field note is even more extreme: he prefers a jigging rod just over a metre long, because it can be jigged close enough to the hull to keep the lure in the sounder cone and stored flush-mounted without tangling the trolling rods. That is at Fishing Monthly.

On grip density, kayak is the one place I would go slightly softer than the general recommendation, around forty-five to fifty-five Shore A. Two reasons. Your hands are wet constantly and often cold, and the cold will firm it up by roughly ten points anyway. And you are frequently holding the rod one-handed while doing something else with the other hand, so a bit of conform gives you purchase you would not otherwise have. Split grip, short rear grip, and a fighting butt you can brace against your thigh.

For the boat

A light jigging rod for boat work is the default case and the easiest to specify. On most boats, from a centre console to a sportfisher, the classic five foot six to six foot six range reigns supreme, because it is manageable, easy to store, and will not fight with T-tops, outriggers or the person next to you. One guide tells the story of a friend who brought a seven foot six flipping stick to a grouper trip and spent half the day manoeuvring around the hardtop while everyone with six foot rods was hooking up. That is at Flavor365, which also gives the useful contrast that shore and pier fishing want seven feet and up, with many preferring eight to nine feet.

Go fish here: fifty-five to sixty-five Shore A, firm, long enough rear grip to tuck, and remember that a boat rod gets knocked about, leaned on rails and dropped in holders. Density is durability here as much as it is feel.

For the shore

A light jigging rod for shore use reverses the length logic entirely, and people get this wrong constantly. On land your problem is not space, it is reach and clearance. You need to cast the jig out to where the fish are and keep your line above rocks and weed on the retrieve. That is why shore rods run seven feet and up, with eight and nine feet common, and why the casting-and-hopping style wants seven foot to seven foot six.

Here is the grip consequence, and it is the most interesting one in this whole section. A longer rod puts more mass and more leverage out in front of your hand, so the grip becomes the balance point of the system, and soft foam at the balance point makes a long rod feel vague. A long shore rod with a soft grip is an unpleasant combination: the rod feels heavy and disconnected, and people blame the blank.

Go firm, sixty to sixty-eight, and go long on the rear grip so you have a lever for two-handed casting. Grip weight matters more here than anywhere else, so this is also where a denser foam costs you real grams and where cork's weight advantage starts to become a genuine argument.

For the pier

A light jigging rod for pier work is shore fishing with one extra problem: height. You are often a long way above the water, which changes your line angle, means you are frequently pulling line up past a rail or through a gap, and puts a premium on lifting power rather than casting distance.

Same length logic as shore, seven feet and up, but I would go slightly shorter than an open-beach shore rod, because piers mean walking out past other anglers with rods sticking out, and it is also simply polite. And on grip density, this is the one shore scenario where I would go firmest of all, sixty-two to sixty-eight, because you are lifting fish vertically, sometimes a long way up, and you need a grip that does not move under a heavy vertical load.

One more pier-specific grip note: your hands will be on the rail, on the ladder, on the net handle, and then back on the rod, all day. Closed-cell foam that you can rinse and wipe is worth more here than in any other scenario.

7. Building or Buying a Light Jigging Setup

Let me put the whole system together, because the grip only matters if the rest is coherent.

If you are assembling a goofish light jigging setup from scratch, the order of decisions I would use is: depth first, then jig weight, then line, then rod length, then grip. Depth and jig weight determine everything else. In water to about thirty metres with micro jigs, you want the lightest thing you can get away with, something like a six foot rod rated twenty to sixty grams on PE 0.6 to 1.0 with a fast tip and a grip length long enough to twitch comfortably. In fifty metres with a mix of species, forty to eighty grams on PE 0.6 to 1.0. In a hundred metres with bigger fish in the mix, sixty to one hundred and twenty grams on PE 0.8 to 1.5.

The reel question is simpler than people make it: a small spinning reel in the one thousand to two thousand size, holding around a hundred and fifty metres of PE 0.6 to 1.0. Spinning over overhead for light work, because once the bail arm is open there is no resistance and you can feel the jig land, which is the single most important piece of information in this style of fishing. Landing on the bottom and sitting there is how you get snagged.

If you are buying a goofish light jigging rod and reel as a matched pair, the thing to check is not the gear ratio, it is the line capacity against the PE size you intend to fish. A reel that holds plenty of PE 1.5 is useless to you if you want to fish PE 0.6, because you will either have to put on an absurd amount of backing or accept a half-empty spool that will not cast or drop properly. Ask what it holds in the size you will actually use.

If you want a goofish light jigging rod combo as a single purchase, and this is how most people enter the discipline, then check three things in this order. One, that the jig rating bracket covers the water you fish, not the water you dream about. Two, that the rod's grip is specified as high-density rather than just EVA, and if it is not specified, squeeze it. Three, that the rod weight is published, because on a rod you twitch for six hours every gram is felt in your wrist and forearm.

And if you are building rather than buying, a goofish light jigging kit or any kit, the handle is the part where you should deviate from what is in the box. Kits overwhelmingly ship soft foam, because soft foam is cheap, easy to shape, and feels impressive to a first-time builder squeezing it in a workshop. Order firm foam separately. It is the cheapest single upgrade available to you and it is the one that decides whether you can feel the fish.

8. How to Test a Grip in Thirty Seconds

You do not need a durometer. You need a thumbnail and the willingness to look slightly odd in a tackle shop.

1. The thumbnail test. Press a thumbnail into the grip moderately hard. If it leaves a mark that stays, the foam is below about forty-five Shore A and it will take a compression set. If it springs back with no mark, you are in the right territory.
2. The bottom-out test. Squeeze as hard as you can with your thumb and forefinger. If you can feel the blank through the foam, it is too soft for any rod you are going to lean on.
3. The twist test. Grip the handle and twist your wrist sharply. Soft foam will let the grip rotate slightly in your hand. That rotation is exactly the noise that was ruining my bite detection.
4. The fingernail drag. Drag a nail across the surface. A firm grip resists. A soft one leaves a visible furrow.
5. The temperature test, if you can. If the shop has a cold store or it is winter, feel it cold. Remember that soft foam firms up by roughly ten to seventeen points between a warm shop and a cold morning, so the one that feels perfect indoors may be firm and unpleasant on the water.
6. The squeeze comparison. Squeeze two rods side by side, ideally one you know. Relative hardness is much easier to judge than absolute, and your hand is a decent comparator.

9. How Density Changes Over the Life of a Rod

This is the part nobody warns you about, and it is why the grip you test in a shop is not the grip you will fish in three years.

UV hardens EVA. My oldest rod reads seventy-four Shore A and I am fairly sure it left the factory softer than that. A marine sheet supplier states plainly that standard EVA yellows under UV in one to two years and recommends a UV-stabilised grade or a painted or laminated face for outdoor exposure. That is at TJIKKO. The same process that yellows it is hardening it.

Heat accelerates everything. The service temperature range quoted for standard EVA sheet is minus forty to plus seventy Celsius, which sounds broad until you remember that a closed car in summer can exceed seventy inside. Rods left on a rack behind a windscreen are being cooked.

Compression set accumulates. Every hour you hold the rod adds a little permanent deformation. On soft foam it adds fast, on firm foam it adds slowly, and it never reverses.

The maintenance that actually helps is boring and takes thirty seconds: rinse with fresh water after salt, keep the rod out of direct sun when you are not fishing it, do not store rods in a hot car, and wipe the grip down rather than scrubbing it once it has gone shiny. Nothing will stop the ageing. You can slow it.

10. Frequently Asked Questions ❓

11. What I Did With That Rod

I re-gripped it. It took an evening, cost me less than a spool of decent braid, and produced a rod that I now trust completely.

Firm high-density EVA, somewhere around sixty Shore A by my durometer, split grip, exposed blank ahead of the reel seat so my index finger can touch carbon whenever I want to, and a rear grip long enough to tuck when my arms get tired. The rod is otherwise unchanged. Same blank, same guides, same reel, same line.

And I can feel the fall bite again. Not sometimes. Reliably, in the same water, with the same jigs, where I spent a whole season guessing.

The lesson I took from it is not really about foam. It is this: I had assumed that comfort and performance were the same thing, because in a workshop they feel like the same thing. Squeezing a grip in a shop is a test of one property, and the property that matters is a different one. The industry sells comfort because comfort is demonstrable in ten seconds in a shop. Performance is only demonstrable eight hours into a session, at forty metres, when a fish breathes on your jig on the drop. 🎯

So buy firm. Squeeze nothing. Feel everything.

Your turn. 👇

Have you ever blamed a blank for something that was the grip's fault? I want to hear it. I especially want to hear from anyone who has re-gripped a rod and noticed a difference, because that is the cleanest experiment any of us can run and I am still collecting results. Tell me what you had, what you changed it to, and what you noticed on the water. And if you own a durometer, tell me what your grips actually read, because I want a bigger sample than my seven.

All measurements in this article are the author's own, taken with a consumer Shore A durometer, calibrated masses, a shop-built pendulum striker, a phone vibration logging app and a chest freezer, and should be read as field observations rather than laboratory data. The compression set test used an accelerated twenty-four hour protocol at thirty Celsius and should be read as a ranking rather than a prediction of service life. The tap transmission test used a single-frequency impulse, not a real jig signal. Published material properties, density bands, durometer grades and manufacturer rod specifications are quoted from the sources linked above and were current at the time of writing. Kayak and shore angling carry real risks: wear a life jacket on a kayak, never fish alone on exposed rock or pier structure, and check local regulations before you keep anything.