
Last summer, a severe pest outbreak on Jasmine’s aunt’s corn farm in Wuhan caused major harvest loss and financial strain—a problem shared by farmers globally due to costly, inefficient pest control. This inspired our team to develop an affordable, precise, and easy-to-use drone solution for crop protection.

Our team combines diverse expertise: Jasmine (CEO) leads vision and strategy; Andy (CTO) handles drone design and prototyping; Eric (COO) manages communications and video; Shirley (CMO) analyzes markets and competition; and Sophie (CFO) drives pricing and sustainable strategy. Together, we’re committed to creating a win-win future for farmers and agriculture.
Our mission is to empower farmers with intelligent, accessible, and eco-friendly drone solutions that protect crops precisely, reduce chemical reliance, and secure harvests sustainably.
We aim to become the world’s most trusted partner in precision agriculture, where every field is protected by AI-driven technology, and every farmer thrives with confidence.
Farmer First
We listen, adapt, and design for real needs.
Collaboration For Growth
We grow with farmers and dealers to build a resilient ecosystem that learns and improves together.
Courage to Innovate
As a young team, we stay agile, update fast, and embrace challenges to redefine the possible future in agriculture.






Our drone consists of 8 arms, with a nozzle attached to each end for pesticide spraying. A multi-spectral camera and a regular camera are mounted on the side of the drone for pest infestation sampling.These data wil be packaged and sent to the server via the 5G module to ensure the
correct pesticide is used. The wind direction sensor and micro-ducted fan will keep the drone body stable against aircurrents.

We plan to extend support to a broader range of crops, including staple grains, cash crops, orchards, and region-specific varieties. By adapting our flight strategies and analytical models to different crop structures and growth stages, we aim to deliver more relevant insights across diverse agricultural scenarios.

Future enhancements will further strengthen our AI capabilities for crop monitoring and field analysis. This includes more accurate detection of crop stress, disease patterns, and growth anomalies, as well as data-driven recommendations to support informed agronomic decision-making.

We are exploring deeper levels of autonomous operation, enabling drones to optimize flight paths based on terrain, crop density, and operational objectives. This includes adaptive mission planning designed to improve efficiency, coverage accuracy, and overall operational consistency.

Our roadmap includes enhanced 2D and 3D mapping capabilities to provide clearer insights into field topology and land conditions. These improvements are intended to support precision agriculture practices, long-term field planning, and more accurate resource allocation.

Super Wings aims to integrate more seamlessly with existing farm management systems and digital agriculture platforms. Future API and data-sharing capabilities will allow enterprise users to incorporate drone-generated insights into their broader operational workflows.

We plan to expand our cloud platform to support real-time mission monitoring, historical data analysis, and multi-device access. Enhanced fleet management features will enable scalable deployment across large farms and commercial operations.

We donate 15% of our annual revenue and ten drones each year to remote mountainous regions with less-developed agriculture, supporting nationwide agricultural progress and accelerating the realization of agricultural mechanization.
Sponsor leading precision farming events. e.g. World Agri-Tech Summit
Sponsor training programs for farmers using intelligent drones to control pest.
Sponsor media productions focusing on technology in agriculture.
Super Wings