Willard Bay Reservoir is a reservoir in Utah, near Box Elder County.
Willard Bay Reservoir is a reservoir in Box Elder County, Utah and covers about 9,950 acres, reaches about 122 feet at its deepest point and holds roughly 215,500 acre-feet.
The size of Willard Bay Reservoir rewards a simple area-by-area plan instead of long random moves. Deep water at Willard Bay Reservoir gives fish room to move away from shore as summer heat and bright light build.
Willard Bay is a diked freshwater reservoir beside Great Salt Lake. Its broad flats, old channels, rock dikes, and wind-driven bait make it one of Utah’s defining walleye and wiper waters.
Walleye use breaks and firm bottom, wipers follow open-water bait, and crappie, bluegill, and bass need cover or shade. Wind can improve one bank and muddy another within hours.
Utah biologists collect walleye eggs and milt at Willard Bay for hatchery work. That makes the reservoir a statewide brood source as well as a place to fish for walleye.
The freshwater bay is separated from Great Salt Lake by dikes. Do not let the neighboring salt water confuse the fish plan; Willard supports a full warm-water community that the open salt lake cannot.
Because much of the reservoir is broad and similar-looking, a subtle old channel edge or rock transition matters. Mark the depth of the first walleye rather than trolling a random loop across the flat.
Fish listed for Willard Bay Reservoir include Black Crappie, Bluegill, Channel Catfish, Common Carp, Green Sunfish, Largemouth Bass, Smallmouth Bass, Walleye, Wiper, and Yellow Perch.
At Willard Bay Reservoir, try this for walleye: work a jig, minnow rig, or small crankbait along points and the old channel edge.
At Willard Bay Reservoir, try this for yellow perch: keep a small jig tipped with a worm or minnow close to bottom on a shelf.
At Willard Bay Reservoir, try this for black crappie: fish a small jig or minnow around wood, weeds, and sharp little drops.
At Willard Bay Reservoir, try this for bluegill: use a small jig, worm, or tiny plastic around green weeds and protected pockets.
Other targets listed here include Smallmouth Bass, Largemouth Bass, Channel Catfish, and Common Carp; give each one its own bait and depth instead of trying to catch everything with the same rig.
Do not let the deepest number control the whole day; nearby cover, firm bottom, and food usually matter more than the deepest hole by itself; follow a short creek arm, then use a moving lure to search.
Early in the year, protected water and the first warm afternoon can be the best clues; as the water heats up, check deeper edges without assuming every fish is on the bottom; cooling fall water often makes points and firm banks useful again; keep a bottom rig ready for low light, then return to productive water when light changes.
A medium spinning rod, 8-pound line, a small box of jigs, a few crankbaits, and a simple bottom rig cover most situations; change depth or speed before changing every piece of tackle; use a small lure when bites are scarce, then keep one slow bait ready.
At Willard Bay Reservoir, record the wind, water color, productive depth, and cover after a bite; those four notes are more useful on the next trip than a long list of spots that did not produce.
At Willard Bay Reservoir, keep the first hour simple: use one moving bait to find active fish, slow down with a jig or natural bait on the best edge, and repeat the same setup when two bites come from matching depth and bottom during that part of the trip.
The key difference is that willard Bay is a diked freshwater reservoir beside Great Salt Lake.
For a first trip, walleye use breaks and firm bottom, wipers follow open-water bait, and crappie, bluegill, and bass need cover or shade.
Do not let the largest depth or an old stocking note replace current water conditions, food, and the confirmed fish list; work a quiet shoreline, then give shaded water a separate pass.
Explore nearby waters, including local Featured destinations. Check each page for access and fishing restrictions.
Distances are straight-line estimates between mapped water locations.