A Study on the Acceptance Willingness and Driving Factors of Agricultural Drones Among Smallholder Farmers in Liaoning Province
DOI:
https://doi.org/10.5281/zenodo.18936756Keywords:
Smallholder farmers, Agricultural drones, Acceptance willingness, Driving factorsAbstract
This study investigates the acceptance willingness and driving factors of agricultural drones among 229 smallholder farmers in Liaoning Province. Based on the UTAUT model and incorporating policy support variables, the research explores their attitudes toward adopting agricultural drones.A stratified random sampling method was employed to select smallholder farmers from six regions within the province for in-person interviews and online questionnaires. SPSS 27.0 was used for reliability and validity testing, correlation analysis, and multiple regression analysis.Results indicate that the questionnaire demonstrated good reliability and validity. Performance perception, perceived ease of use, social environment, and policy support all exerted significant positive effects on smallholder farmers' acceptance intention, with performance perception having the strongest influence and perceived ease of use the weakest. Based on empirical findings, the study proposes countermeasures including strengthening benefit guidance, establishing a socialized promotion network, optimizing the policy support system, and improving drone service models. These measures aim to enhance smallholder farmers' acceptance of agricultural drones and promote the intelligent transformation of agriculture.
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Zhou Guangyi, Wang Boyang, Li Xinyu & Liu Aijia. (2024). Factors Influencing Farmers' Adoption of Plant Protection UAV Technology: An Empirical Analysis Based on the Theory of Planned Behavior. Shanxi Agricultural Economics, (09), 33-37+42.
Zhao Zhiwei & Bo Hefei. (2025). Application and Challenges of Agricultural UAVs in Modern Agriculture. Seed Science and Technology, 43 (09), 183-185.
Zhang Weili, Li Zhaojun, Ji Hongjie, Wang Yiming, Jin Qiaoru & Yang Rui. (2025). Accelerating the Implementation of Large-Scale Unmanned Agricultural Technology Service Models: AI Technology Overcoming the Greatest Obstacle to China's Green Agricultural Transformation. China Agricultural Comprehensive Development, (09), 4-7.
Han Xiao, Lei Yatong, Zhen Tiejun & Huang Ying. (2022). Analysis of Factors Influencing Farmers' Sustained Adoption Intentions for Plant Protection Drones Based on TAM. Journal of Southwest University for Nationalities (Natural Science Edition), 48(03), 332-339.
Li Dingding & Li Li. (2025). Analysis of Farmers' Adoption Intentions and Influencing Factors for Drone Spraying Technology. Agricultural Science and Technology & Information, (08), 108-113
Wei Linjiao, Shi Yuhao & Dondrup Lhobu. (2025). Three-Dimensional Drivers of Drone Spraying Technology Adoption Behavior. Anhui Agricultural Sciences, 53(16), 242-250.
Qi Xuexi. (2025). Exploration of Risk Management and Standardized Development for Agricultural Drones. New Rural Areas, (08), 11-12.
Liu Shujing. (2024). Research on Agricultural Modernization Transformation Centered on Smallholder Farmers. Agricultural Economics, (10), 6-8.
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Copyright (c) 2026 Liu Jiawen, Zhu Shenghu, Ju Youxiu, Li Mianxue (Author)

This work is licensed under a Creative Commons Attribution 4.0 International License.
