Bass fisherman often refer to especially productive fishing spots as honey holes; places where the conditions to catch fish have proven to be favorable. Areas with cover are often a favorite of fish and anglers. 

Brad Metzler a Wildlife & Fisheries Management graduate of Texas A & M, developed the Honey Hole Tree & Shrub Artificial Fish Habitat as a result of his research as a Fisheries Management Consultant. Surveys showed that fish love certain habitats & structures which Mother Nature provides. In the process of helping lake and pond owners to address the problem of limited natural structure, Brad developed the the Honey Hole Tree & Shrub Artificial Fish Habitat. Imitating Mother Nature the Honey Hole Tree & Shrub provides a healthy habitat for fish production and fish attraction.

For the past two decades, legendary angler Roland Martin has helped TV viewers master the sport of game fishing. Here is what he has to say about the Honey Hole Fish Attractor.

"This is truly the most innovative product on the market for attracting fish. The flexible snag-free limbs lets you fish right down in it."

Famous bass fisherman Jimmy Houston who for over 30 years has entertained us on TV also endorses the Honey Hole Fish Attractor. See what Jimmy has to say:

"Many private ponds and lakes just don't have enough structure. This product really solves the problem by creating a perfect habitat for both game-fish and bait-fish."

Assemble your Honey Hole Tree or Shrub. Attach the weights provided, then push the limbs in the pre-drilled holes until they wedge. This usually takes about 10 minutes per unit.

Place your Shrub in 3-4 feet of water. Simply toss the Shrub into the water. It will sink quickly and remain upright. Clusters of three shrubs or trees in a triangular pattern works best.

Place your Tree in water at least 6 feet deep. It will also sink quickly and land upright, regardless of how it is tossed in the water. If you have very deep waters and would like to suspend a few trees, simply leave the weights off and link the trees together-tethered to an anchor. They will float upside down at different depths, creating a long vertical structure in the water column.