Solar Sticky Insect Trap

Rohyzat, Nurul Amirah and Ismail, Nur Izzatie and Aswadi, Ayuni Marliana and Musa, Marlia (2025) Solar Sticky Insect Trap. In: International Undergraduate Research, Innovation, Invention and Design (I-URIID) 2025: e-Book of Extended Abstracts. Universiti Teknologi MARA, Negeri Sembilan, pp. 147-148. ISBN 9786299595366
Abstract

The Solar Sticky Insect Trap is an eco-friendly, solar-powered pest control device designed to attract and trap flying insects, such as fruit flies and moths, without the use of harmful chemicals. It operates by utilising solar energy to power an ultraviolet light that attracts insects, while a sticky surface ensures they are captured. The trap was invented to provide a cost-effective and sustainable alternative to chemical pesticides, reducing environmental impact and improving farming practices. Its key features include low maintenance, chemical-free operation, affordability, and ease of use, making it ideal for smallholder farmers, organic farms, and residential gardeners. The device helps improve agricultural productivity by controlling pest populations, leading to healthier crops and increased yields. Environmentally, it supports biodiversity by minimising pesticide use and reducing pollution. Socio-economically, it offers an affordable solution for farmers, particularly in developing regions, reducing their dependency on expensive pesticides and labour. The Solar Sticky Insect Trap has strong commercialisation potential in both local and international markets, especially as demand for sustainable pest management solutions rises. Its application across the agricultural, residential, and commercial sectors positions it as a viable product for a wide rangem of consumers seeking environmentally friendly and efficient pest control methods.

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