The Higdon Pro Swimmer Mallard Drake Decoy is built for field users who want visible surface movement when the water is flat. Set it in position and the pump-driven system moves the decoy through the water, creating ripples that help the wider setup look more active.

The timed sequence is the useful part. Instead of running in one constant pattern, it works in intervals so the movement feels more natural from a distance. That helps when surrounding decoys or water conditions look too still.

Setup stays straightforward. Clip on your cord and weight, place the decoy where you want motion, and let the rechargeable power system do the work. The magnetic charge port keeps charging simple, with a full recharge taking about 6 hours.

The foam-filled body supports buoyancy and durability, while the IPX7 rated motor and battery housing protect the powered components. It works in fresh, salt, and brackish water, and it only needs 305mm (12 inch) of depth to operate.

A strong choice when you want movement on the water without waiting for wind to do the work.

Key Features

• Custom Pump And Impeller: Creates strong water movement that helps add visible ripples across still water.
• Swimming Motion: Moves across the surface to give the field setup a more active and natural look.
• Timed Running Sequence: Runs in intervals so the motion does not look as constant or mechanical.
• Rechargeable Power System: Provides up to 7 hours of runtime per charge for longer outdoor sessions.
• Magnetic Charge Port: Keeps recharging simple, with an approximate full charge time of 6 hours.
• Shallow Water Operation: Works in water from 305mm (12 inch) deep, giving more placement flexibility.
• Water Type Compatibility: Suits fresh, salt, and brackish water for use across different outdoor locations.
• IPX7 Rated Housing: Helps protect the motor and battery housing from water exposure during use.
• Foam-Filled Body: Supports durability and buoyancy while keeping the decoy stable on the surface.
• High-Contrast Drake Profile: Gives the decoy stronger visibility within a floating field setup.