
What is Max Drag on a Reel?
- by Josh Hassell
- March 15, 2022
Max drag is the maximum resistance to line being pulled off a reel by a fish. The max drag setting is usually determined by the strongest fish that the reel and line are rated to handle. Once the max drag is set, it should never be exceeded or the parts could break.
There are two types of drag systems found on reels: star drag and lever drag. Star drag systems use a star-shaped knob that is turned to increase or decrease the drag. Lever drag systems use a lever that is moved up and down to adjust the drag.
When setting the max drag, it is important to start with the drag set at its minimum setting. Slowly increase the drag until you reach the desired setting. Once the max drag is reached, back the drag off slightly to allow for any changes in fish size or fight conditions.
It is also important to regularly check your drag during a fishing trip. The drag may need to be adjusted as the line gets weaker from being used or if the fish are fighting harder than expected.

How Much Drag Should a Reel Have?
Drags should be set between one quarter and one third of the breaking strength of the line. So if you’re using 20-pound test line, your drag should be set between 5 and 6.5 pounds of drag. Some reels have the capability to exert more drag than this, but it’s generally not necessary.
Most max drag reels are designed for saltwater fishing, where the fish are often much larger and stronger than in freshwater. The extra drag is necessary to help tire out and eventually land these fish. Max drag reels can also be useful in freshwater when fishing for large and powerful fish like muskie or pike.
If you don’t need the extra drag of a max drag reel, then a standard reel will suffice. However, if you regularly fish for large and powerful fish, or if you simply want the peace of mind that comes with knowing your reel can handle anything, then a max drag reel is the way to go.
Is Max Drag Important?
Max drag on a reel is not that much important. It is just a safety feature so that the angler does not break the line or the reel by using too much force. The drag should be set according to how much resistance you need to battle the fish.
What’s more important is having a smooth drag compared to a strong drag. A smooth drag will help to prevent line breakage when the fish makes a sudden run.
Drag Setting is Based on Many factors
There are many factors that go into what the drag setting on a reel should be.
The first factor that goes into determining the drag setting on a reel is what type of bass you are fishing for. Each bite and fight is different, so you may need to adjust the drag setting depending on which fish you are targeting.
The type of hook you are using is the next factor. A treble hook will put more stress on the fish and can result in more pulling power, so you may need to set the drag tighter to compensate.
Next is what type of line you’re using, monofilament, fluorocarbon or braid. Monofilament has less pulling power than fluorocarbon or braid, so you may need to set the drag looser with this type of line.
The rod action and power are also other factors. A fast-action rod will put more stress on the fish and can result in more pulling power, so you may need to set the drag tighter to compensate.
The material composition for your reel drag is also another thing to factor in when adjusting your drag setting. Some drugs are made from materials that are more resistant to wear and tear than others. Certain materials such as cork and carbon fiber can help to provide a smoother drag, while others such as stainless steel can offer more durability.
The final factor is how experienced the angler is. Some anglers prefer a tighter drag setting while others prefer a looser setting. You may need to adjust the drag setting to accommodate the angler’s preference.

Max Drag vs Fish Weight
The max drag is not always the most important factor when it comes to reeling in a fish. It is more important to have a smooth drag that will prevent line breakage. The max drag should be set according to how much resistance you need to battle the fish.
For example, if you are using an 8-pound test line and the reel has a max drag of 10 pounds, you don’t need to set the drag at 10 pounds. You can set the drag at a lower setting and still reel in the fish.
On the other hand, if you are using a 20-pound test line and the reel has a max drag of 10 pounds, you would need to set the drag at 10 pounds in order to prevent the line from breaking.
Max Drag vs Line Strength
The general rule of thumb is that the amount of max drag should be approximately 10% of the breaking strength of your line.
However, this number can change depending on the type of fish you’re targeting, as well as the size and weight of your lure or bait. For example, if you’re fishing for small panfish, you can usually get away with using a lower drag setting than if you were targeting a large muskie.
Drag Setting Based on Type of Fish
Grouper: The drag should be set to about 25% of the line’s breaking strength.
Bass: The drag should be set to about 30% of the line’s breaking strength.
Striped Bass: The drag should be set to about 90% of the line’s breaking strength.
Largemouth Bass: The drag should be set to about 95% of the line’s breaking strength.
Trout: The drag should be set to about 35% of the line’s breaking strength.
Salmon: The drag should be set to about 40% of the line’s breaking strength.
Catfish: The drag should be set to about 50% of the line’s breaking strength.
Walleye: The drag should be set to about 50% of the line’s breaking strength.
Northern Pike: The drag should be set to 100% of the line’
Red Snapper: The drag should be set to about 110% of the line’s breaking strength.
Tarpon: The drag should be set to about 120% of the line’s breaking strength.
Blue Marlin: The drag should be set to about 130% of the line’s breaking strength.
Sailfish: The drag should be set to about 140% of the line’s breaking strength.
Swordfish: The drag should be set to about 150% of the line’s breaking strength.
Carp: The drag should be set to about 75% of the line’s breaking strength.