Do you know what's inside your reel? When victory is on the line, understanding how your reel's gears, shafts, bearings and drag washers get the job done will help you win the end game. To get a better understanding of what makes a fishing reel work, we asked a couple of experts in the industry to shed some light.
First, it's important to understand how the drag inside of a reel works. Regardless of the system or materials, all drag systems use a series of disks or washers connected to the spool. When a fish makes a run, the washers rub together to slow the spool, apply drag pressure and slow down the movement of the fish without breaking the line. However, when moving parts that are under pressure make contact, trouble is never far behind.
For conventional reels, there are two types of drags, the star drag and lever drag. Star drag uses an adjustment dial (shaped like a star which makes it easy to turn with a thumb) to set the drag pressure at a constant value. The drag pressure can be increased or decreased during the fight, but the angler may not know exactly how much pressure he's adding when using a star drag.
A star drag is set at a constant value. This makes it possible to immediately engage the drag from free spool. Also, the drag maintains one setting throughout the fight. This can be good for light tackle when giving in to the temptation to tighten the drag may result in a breakoff.
With a lever-drag reel, the angler can increase the amount of drag by pushing the lever up. This allows the angler the freedom to adjust the drag from bite to strike to full in more exact increments while fighting a fish. For offshore trolling and world-record seeking, most anglers prefer the lever-drag reel because you can test the drag at all settings and label the reel.
One problem both drag systems suffer from is heat. When drag washers rub together they produce heat that must be transferred out of the washer and away from the spool. As the heat increases, the preset value will increase.
"The key is to transfer the heat," says John Bretza, the Director of Product Development at Okuma Fishing Tackle. Heat transfer is accomplished with design and materials. "Carbon fiber is the best material for drag washers, because of its effective heat dissipation."
Okuma adds a coat of grease to its carbon-fiber drag washers to repel water and improve drag performance.
"Drag materials and construction differ greatly," Bretza says, "it's best to match the drag to the fish you target." The type of drag washers used in a reel is one of the factors when it comes to the cost of the reel. Higher priced reels utilize more expensive materials.
"Another option is oiled felt," Bretza says. Okuma uses this system in its spinning reels. "Oiled felt has the advantage of low start-up inertia. The down side is felt can compress so these reels should be stored with the drag backed off."
Some reels offer composite drag washers, which are cheaper than carbon fiber. These systems work well out of the box, but don't live as long as carbon. The simple solution is to switch out the washers for carbon fiber if you plan to put the reel through repeated use under extreme pressure. If you don't push the reel to the max day in and day out, it may serve you just fine.
Ben Secrest, a lifelong angler and VP of Marketing for Accurate Fishing Products based in Corona, California, is quick to explain why Accurate uses a twin-drag system on its conventional reels. "Having a drag washer on each side of the spool evens out the drag pressure over twice the area," he says. Using drag washers on each side of a conventional reel helps to improve balance and spread out the drag pressure.
When a fish makes a run, you do not want the spool to stutter and give out short blasts of line. You want a drag that is slow and consistent.
"If the drag is set at six pounds, then it should take six pounds of pressure to start the spool spinning," Secrest says.
A smooth drag will engage without sticking or jerking. As the spool empties, however, the start-up inertia increases. "A reel that is full of line will have less drag pressure and less start-up inertia than a reel that is half-full," Secrest continues. Any dirt, grime or other contaminants can also effect start-up inertia. Secrest continues, "A high quality drag system will have low start-up inertia through the range from heavy to light."
Another consideration is cam angle. Bretza points out that the angle of the drag cam can affect start-up inertia. "A more aggressive cam angle is best for heavy drag and big fish," he says. A less aggressive cam, on the other hand, works best for light drag and light line.
Unfortunately, there is no way to test drag quality in the store. Most reels will be smooth and consistent out of the box. Even turning the spool with the drag engaged can be affected by spool tension. "The best thing to do is check the quality of the components and construction," Bretza suggests.
Once you get the reel home, simple maintenance will help you get many years out of a good drag system. Secrest lightly rinses his reels with fresh water after each trip. "I keep the drag engaged to keep contaminants from seeping in with the water," he says. After he rinses, he taps the rod butt on the ground to shake out water then spins the spool fast to clear water and gunk. He returns to the reel a day later to back off the drag and spin the spool a few turns. "That knocks out any left-over grime."