Still water can make even a well-planned setup look static. The Higdon Pro Pulsator Mallard Hen Motion Decoy is designed to solve that problem by adding realistic movement and water disturbance without requiring wind or current.

A high-output pump and impeller create short bursts of motion that rock the decoy and disturb the surface around it. Rather than running continuously, the built-in digital timer cycles the action automatically to produce a more natural appearance on the water.

Setup is straightforward. Attach your cord and weight, place the decoy where you want it, and switch it on. It operates in as little as 152mm (6 inch) of water and works in fresh, salt, or brackish conditions, giving you flexibility across different environments.

The rechargeable battery provides up to 7 hours of runtime, while the magnetic charging port allows quick and simple recharging in around 3 hours. The IPX7 waterproof battery housing and foam-filled body help ensure dependable performance outdoors.

Easy to set out, simple to recharge, and useful when calm conditions leave the water looking lifeless.

Key Features

• Built-In Digital Timer: Runs motion in intervals to create a more natural and less repetitive appearance on the water.
• High-Output Pump System: Generates strong surface disturbance to add visible movement in calm conditions.
• Natural Feeding Motion: Mimics the rocking and feeding behaviour often seen on active waterfowl.
• Long Runtime: Provides up to 7 hours of operation on a full battery charge.
• Magnetic Charging Port: Simplifies charging and reduces wear compared to conventional plug connections.
• Shallow Water Operation: Functions in water depths as low as 152mm (6 inch) for flexible placement.
• Multi-Water Compatibility: Suitable for fresh, salt, and brackish water environments.
• Waterproof Battery Housing: IPX7-rated construction helps protect internal electronics from water exposure.
• Foam-Filled Construction: Adds buoyancy and durability for repeated outdoor use.
• Lightweight Design: Easy to transport, position, and retrieve when conditions change.