Fishing Lure

Smart overview of the Invention

The Steinbeck Smart Lure revolutionizes fishing by integrating advanced technologies into a fishing lure. This innovative device mimics the real-life movements of various animals and captures live footage of fish interacting with the bait. It features a unique design with mechanisms that enable it to kick, swim, bend, and move in water, simulating animal behavior. The lure is equipped with vivid colors and excellent articulation, enhancing its attractiveness to fish.

Technological Advancements

Unlike traditional electronic lures, which have seen little innovation, this device incorporates modern features such as a propeller powered by an independent battery for automatic swimming. It also includes waterproof accessories that protect its battery unit, GPS, and camera. These advancements ensure long-term durability and functionality, addressing the shortcomings of existing lures on the market.

Functional Components

The lure comprises several components: a head and extremity connected by a spine serving as a mechanical conduit for flexion wave motion and electrical communication. It includes at least one electric motor controlled by a circuit to generate movement. The lure's design allows it to mimic the motion patterns of animals like snakes, frogs, crawfish, ducklings, and lizards.

Innovative Features

• Camera: Allows users to view live footage of fish interacting with the lure via a smartphone app.
• GPS: Helps locate the lure if it is misplaced or lost.
• Self-Propelling: Utilizes electronic programming to mimic lifelike movement patterns.

User Experience

This advanced fishing tool not only improves the catch ratio but also enhances the overall fishing experience by allowing anglers to observe fish behavior in real-time. The Steinbeck Smart Lure combines entertainment with productivity, offering sportsmen a more engaging and successful fishing excursion. Its design ensures flexibility in operation methods, allowing users to tailor their fishing strategies effectively.