DJI Unveils Its First eVTOL: All-Electric, Reaching a Maximum Altitude of 8,861 Meters on Mount Everest

DJI has recently unveiled its first vertical take-off and landing (VTOL) cargo drone, the DJI EV50, and disclosed the latest progress in its application in scientific research and material transport at the extreme altitudes of Mount Everest.

In an interview, DJI stated that the new model is focused on real-world cargo transport and complex operational scenarios. It has a maximum payload of 50 kg and a no-load range of up to 150 km.During the Chinese scientific expedition team's "Peak Mission" from April to May of this year, the DJI EV50 completed 32 takeoffs and landings on the northern slope of Mount Everest, reaching a maximum altitude of 8,861 meters.This marks the first time that the Chinese scientific expedition team has utilized an unmanned aerial vehicle to conduct detailed observations of atmospheric pollutants in the extremely high-altitude troposphere.

Regarding whether DJI would in the future enter low-altitude logistics operation services through fixed routes—similar to civil aviation passenger aircraft—DJI stated: "DJI's own positioning is to provide integrated hardware and software solutions for aerial transport. Simply put, we excel at making drones and perfecting the equipment. However, from the perspective of logistics operations, this is not DJI's area of expertise."

DJI will not directly enter any specific industry to seize an ecological role. Instead, it collaborates with logistics companies or research institutes to identify pain points in real-world scenarios and lower the barrier to entry for drone logistics, enabling logistics companies to utilize drones at a lower cost.

In response to follow-up questions about whether it would launch a manned eVTOL, DJI stated at the exchange meeting that there are currently no plans, with the core reasons being a comprehensive consideration of technical reliability and the broader environment. DJI's transport business is still in a phase of rapid growth, and the current focus is on leveraging real-world data to explore how to achieve absolute safety, stability, and long endurance in cargo transport. Compared with cargo transport, manned flight entails an exponential increase in safety requirements and demands greater caution.