Movement changes how a decoy setup looks from a distance, especially once the wind picks up. The Wind Driven Landing Paradise Drake Decoy uses rotating wings and a self-aligning body to create natural-looking motion without needing batteries, motors, or extra gear to keep it running.

The wind-powered design starts working in breezes as low as 8km/h (5mph). Once positioned, the body automatically turns into the wind to help keep the wings spinning consistently. That makes it useful in open areas where conditions shift throughout the day and you want movement without constant adjustment.

The full-body shape, realistic paradise drake finish, and detailed legs and feet give it a more convincing profile outdoors. A 60cm (23.6 inch) wingspan helps it stand out clearly across open ground or water, while the removable wings make transport and storage more manageable between trips.

Setup stays simple as well. The included mounting pole and stake let you position it quickly and keep it stable once in place. Easy to carry, straightforward to assemble, and useful when you want extra motion in a field setup without adding powered equipment.

Key Features

• Wind Activated Wing Movement: Wings rotate in breezes as low as 8km/h (5mph), adding continuous motion and improving long-range visibility.
• Non-Motorised Design: Runs entirely on wind power with no batteries or charging required for operation.
• Self-Aligning System: Automatically turns into the wind to help maintain steady wing rotation in changing outdoor conditions.
• Realistic Full-Body Design: Detailed paradise drake colouring, legs, and feet create a more natural appearance in field setups.
• 60cm Wingspan: Large wing profile improves visibility across open water and paddock environments.
• Removable Wings: Quick-detach wings make packing, carrying, and storage easier between uses.
• Included Pole And Stake: Supplied mounting hardware allows fast setup and stable positioning outdoors.
• Durable Outdoor Construction: Built for repeated use in changing weather and field conditions.