Remote controlled battery powered duck decoy

1. A remote control decoy comprising:

a hollow shell having a shape and appearance, when viewed above a waterline, of a waterfowl;

a hull with an open top and a blunted front end affixed to an underside of the hollow shell such that the hull rides below the waterline when the shell is placed on a water surface and the hollow shell and hull form a contiguous hollow interior;

an electric motor affixed to a shaft passing from inside the hollow interior to a propeller outside the hollow interior and situated rearward of the hull and below the hollow shell;

a servo inside the hollow interior and affixed via a control rod to a steering rudder situated rearward of the hull and below the hollow shell;

a battery pack inside the hollow interior and coupled to the electric motor and servo to provide power;

a transceiver configured to receive radio control signals and activate the electric motor and servo for providing movement and steering of the decoy; and

a pusher grille mounted to the shell and having a grate section extending downwardly into the water surface

wherein:

the grate section of the pusher comprises a plurality of upright members fixed between an upper cross member and a lower cross member;

a neck loop extends rearwardly from the upper cross member to encircle a neck portion of the shell; and

a pair of side braces extend from the upper cross member rearwardly and downwardly astride the shell toward the hull.

2. The remote control decoy of claim 1 , further comprising a remote control selectively providing radio control signals to the transceiver.

3. The remote control decoy of claim 2 , wherein the radio control signals include at least signals to the transceiver to activate or stop the motor and steer the rudder left and right.

4. The remote control decoy of claim 1 , further comprising at least one metallic weight affixed to the hollow shell inside the hollow interior to decrease a height at which the decoy rides on water to create a more realistic wake when the decoy moves.

5. The remote control decoy of claim 1 , further comprising an eyelet affixed at a rear of the hollow shell for towing additional unpowered decoys.

6. The remote control decoy of claim 1 , further comprising a camera inside the hollow interior pointed through a portal on a front portion of the hollow shell.

7. The remote control decoy of claim 1 , wherein the camera transmits images to a remote viewing device.

8. A remote controlled decoy comprising:

a hollow shell having a shape and appearance, when viewed above a waterline of a water surface, of a waterfowl;

a hull affixed to an underside of the hollow shell such that the hull rides below the waterline when the shell is placed on the water surface and the hollow shell and hull form a contiguous hollow interior;

an electric motor affixed to a shaft passing from inside the hollow interior to a propeller outside the hollow interior and situated rearward of the hull and below the hollow shell;

a servo inside the hollow interior and affixed via a control rod to a steering rudder situated rearward of the hull and below the hollow shell;

a battery pack inside the hollow interior and coupled to the electric motor and servo to provide power;

a transceiver configured to receive radio control signals and activate the electric motor and servo for providing movement and steering of the decoy;

a pusher grille mounted to the shell and having a grate section extending downwardly into the water surface;

wherein the pusher grille has a neck loop extending rearwardly to encircle a neck portion of the shell, and a pair of side braces extending rearwardly and downwardly astride the shell toward the hull.