Stand-alone 3d visual target for effective fly control
Introducing a 3D visual target designed for efficient fly control. This stand-alone device, with a tubular structure and insecticide-treated surfaces, enhances fly landing rate, improving pest management in various environments.
Overview
The stand-alone 3D visual target offers an innovative approach to fly control by presenting a tubular structure with distinct surface treatments. This device is designed to attract flies by maintaining a consistent optical flow over a range of flight elevations, encouraging the flies to land on its adhesive-treated or insecticide-treated surface. The device induces a significant increase in the fly landing rate, addressing inefficiencies of previous fly-control solutions in agricultural, urban, domestic and recreational settings.
Technical specifications
Key features:
- Stand-alone tubular structure: Vertical orientation with a colored exterior and low-reflectivity interior.
- Surface treatments: Adhesive or insecticide coating to enhance pest control efficiency.
- Adaptability: Suitable for both indoor and outdoor use with customizable size and treatment options.
- Freely accessible: Designed to be approachable by flies, permitting landing from a range of angles.
Technology readiness level
This technology is at TRL 6, indicating that prototype devices are available for testing and further development. Future development includes licensing or material transfer opportunities.
About University of Neuchâtel
The University of Neuchâtel is a small, comprehensive public research university with about 4,550 students and an international character. Located between Geneva, Bern and Zurich, it sits within a Swiss innovation network that includes CSEM, EPFL and HE-Arc; Microcity connects research and education with start-ups, SMEs and multinationals. Industry-facing support helps companies identify academic partners and engage with university expertise and technologies. Research draws on competitive funding from the Swiss National Science Foundation, Innosuisse, the European Union and other sources. A dedicated Technology Transfer Office supports partnerships, intellectual-property protection and commercialization.
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