A good landing net can be the difference between losing a fish at your feet and landing it in full control. Whether you target pike, walleye, perch or bass, choosing a net that matches your technique and your fishing spot is essential to secure the fish while keeping it in the best possible condition.
Selecting a predator landing net comes down to several key factors: hoop size, net depth, handle length and mesh type. A large opening makes it easier to guide the fish into the net, especially with pike or big walleye, while a more compact head is ideal for perch or fast-paced street fishing.
Depending on your fishing style, some types of landing nets will suit you better than others. Boat, bank or float-tube fishing each come with different space and handling constraints.
The choice of mesh is crucial to limit injuries and support catch and release. Rubberized or coated mesh protects the fish's slime layer and reduces the risk of treble hooks and lures tangling in the net.
Using your landing net correctly improves safety for both angler and fish. Always prepare it before you set the hook: handle extended, hoop clear and easy to reach. At the end of the fight, guide the fish head first into the net without wrenching it out of the water.
Regular care extends the life of your landing net and helps prevent bad odors. Rinse it after every trip, especially if you fish stillwaters or slightly brackish water, then let it dry completely.
What size landing net should I choose for pike and walleye? For bigger predators, go for a wide hoop with a deep net bag. This makes netting easier and reduces the risk of break-offs right at the bank or boat.
Rubberized mesh or standard nylon? Rubberized or coated mesh is highly recommended for modern predator fishing: it protects the fish better and helps prevent hooks from tangling in the net.
Is a folding landing net strong enough? Modern folding or telescopic landing nets offer good durability when used within their intended limits. Simply avoid lifting very large fish only by the handle, even with reinforced models.