Company: Blue Bird Waterfowl Inc.
Website: https://bluebirdwaterfowl.com
Innovation in Wildlife Simulation: Method of Attracting Waterfowl via Water Sounds
The groundbreaking patent “Method of attracting waterfowl via water sounds” (US Patent 12660811) represents a massive leap forward in wildlife attraction technology. For years, outdoor enthusiasts and wildlife observers relied heavily on spinning wing decoys to visually simulate the motion of birds. However, visual cues alone are often not enough to convince wary waterfowl, particularly on calm days when the water is perfectly still. This invention introduces a highly innovative solution by harnessing the existing rotational motor of spinning wing decoys to actively agitate the water. Through a carefully engineered camshaft and splash plate mechanism, the device generates realistic splashing noises and ripples that mimic live ducks feeding and moving. By engaging both the visual and auditory senses of passing birds, the invention achieves an unprecedented level of realism.
Patent of the Month: Zoos, Wildlife, and Nature Industry (July 2026)
This multisensory approach to wildlife attraction is the primary reason this technology was awarded Patent of the Month for the zoos, wildlife, and nature industry in July 2026. The industry is constantly searching for more authentic and effective ways to interact with, photograph, and study birds in their natural habitats. Blue Bird Waterfowl Inc. provided a brilliant solution that seamlessly retrofits onto existing equipment without the need for entirely new, bulky electronic systems. Earning this recognition in July 2026 highlights the growing trend of utilizing biological acoustics and physical water displacement to study and observe natural waterfowl behavior at a much closer range.
USA R&D Tax Credit Eligibility
The engineering and practical applications behind this patent perfectly position the developers to claim the Research and Development (R&D) tax credit in the United States. To bring this idea to life, the development team had to navigate multiple technical uncertainties through rigorous physical prototyping and iterative field testing. Determining the optimal splash frequency, testing durable materials like DuPont fiber filled nylon and CNC cut carbon fiber, and configuring the device to perfectly replicate the acoustics of real ducks all qualify as intensive research activities. Furthermore, standardizing the mechanism so it safely attaches to various existing decoy motors required substantial design iteration. The financial investments made into these engineering challenges, prototype fabrication, and acoustic testing easily satisfy the four part test of the US tax code, making the company eligible for valuable R&D tax incentives.
