What's Happening?
Rosefinch Technology showcased its latest tethered drone power stations at the Shenzhen UAV Expo 2026, which took place from May 21st to 23rd in Shenzhen, China. The company introduced three categories of tethered drone power stations designed to provide
continuous power to multirotor UAVs through tether cables, enabling extended flight operations. These systems are compatible with various UAV models, including DJI M300/M350 RTK and FlyCart series, and support different power modules ranging from 2KW to 24KW. The tethered systems are intended for applications such as security surveillance, emergency response, communication relay, and event security. Rosefinch Technology engaged with industry professionals, UAV manufacturers, and solution providers to discuss long-endurance UAV applications and potential future collaborations.
Why It's Important?
The introduction of tethered drone power stations by Rosefinch Technology represents a significant advancement in UAV operations, particularly for industries requiring long-duration flights. These systems can enhance capabilities in sectors such as security, emergency response, and industrial applications by providing a reliable power source for drones. This development could lead to increased efficiency and effectiveness in operations that rely on UAVs for surveillance, communication, and other critical tasks. The ability to maintain continuous flight without the need for frequent battery changes or recharging could reduce operational downtime and costs, benefiting businesses and government agencies that utilize drone technology.
What's Next?
Following the expo, Rosefinch Technology plans to continue discussions with potential partners and customers to explore customized tethered solutions and future cooperation opportunities. The company aims to gather further market feedback to refine its products and address specific industry needs. As the demand for long-endurance UAV applications grows, Rosefinch Technology may expand its product offerings and enhance its tethered systems to cater to a broader range of UAV platforms and applications.
