DJI revealed its first eVTOL delivery drone today, the DJI EV50, and it announced the aircraft’s existence by disclosing that it already flew to 29,072 feet (8,861 meters) on the north side of Mount Everest. The fixed-wing cargo aircraft carried ozone-measuring equipment for Peking University researchers over a 12-day campaign in the Qomolangma National Nature Reserve in China, completing 12 transport flights through some of the harshest flying conditions on the planet.
The EV50 headlined a trio of Everest missions DJI announced on July 9, 2026. On the Nepalese south side, the DJI FlyCart 100 hauled 22,207 pounds (10,073 kilograms) of supplies and trash between Base Camp and Camp 1, while the DJI Matrice 4E mapped the Khumbu Icefall at centimeter resolution. DroneXL has covered every stage of DJI’s Everest program since the first FlyCart 30 delivery tests in 2024, and this is the largest single leap in capability yet.
DJI EV50 Puts A Fixed Wing On The FlyCart Formula
The DJI EV50 is a lift-and-cruise eVTOL cargo aircraft built for medium and long-range delivery, pairing eight vertical-lift rotors with three pusher propellers, a 23-foot (7-meter) wingspan, a 110-pound (50-kilogram) payload, and a 93-mile (150-kilometer) range. That configuration marks a clean break from every multirotor DJI has sold before.
DJI’s press release confirms the EV50 as the company’s first eVTOL delivery drone but stays light on specifications. The detailed numbers come from materials DJI published in China, reported by Italian drone publication Quadricottero. According to those specs, the aircraft measures 12.1 feet (3.7 meters) long and reaches a top speed of 99 mph (160 km/h) unloaded. Its 270-liter cargo bay measures 59 by 15.7 by 17.7 inches (1,500 x 400 x 450 mm), sized for standardized cargo modules.
The engineering choices read like a checklist for Beyond Visual Line of Sight (BVLOS) certification. The eleven-motor layout tolerates motor failures. The pitot tube is redundant and self-heating to prevent icing at altitude. The eight lift rotors lock into an aerodynamic position during cruise flight to cut drag, and an emergency parachute comes standard. Two operators can fold the aircraft down to 7.9 x 4.6 x 3.9 feet (2.4 x 1.4 x 1.2 meters) in five minutes without tools, and the platform supports DJI’s Payload SDK for third-party sensors.
EV50 Climbed 12,238 Feet In A Single Continuous Ascent
Working with the College of Environmental Sciences and Engineering at Peking University, the EV50 transported ozone-measuring equipment 12 times over 12 days to study atmospheric pollutants in the ultra-high-altitude troposphere. The drone flew spiral ascents and reciprocating patterns to handle the mountain’s winds, and its best flight reached a maximum altitude of 29,072 feet (8,861 meters) with a maximum continuous climb of 12,238 feet (3,730 meters).
For perspective, that peak altitude tops the summit of Everest itself at 29,031.7 feet (8,848.86 meters). DJI has sent camera drones this high before. A Mavic 3 flew over the summit in 2022. Doing it with a cargo aircraft hauling scientific instruments is a different problem entirely, and DJI says this was the first time the university’s researchers used drones for high-altitude troposphere observations.
FlyCart 100 And Matrice 4E Carried The Workload In Nepal
On the south side, the FlyCart 100 moved 22,207 pounds (10,073 kilograms) of cargo between Base Camp and Camp 1 in partnership with Nepalese drone company Airlift, splitting the total between 15,907 pounds (7,215 kilograms) of climbing supplies going up and 6,301 pounds (2,858 kilograms) of waste coming down. The drone, which DJI first unveiled in China in June 2025, carried up to 104 pounds (47 kilograms) per flight at test altitudes above 20,669 feet (6,300 meters), in temperatures between 5 and 41 degrees Fahrenheit (-15 to 5 degrees Celsius).
A single one-way flight took eight minutes. Sherpas making the same trip on foot trek six to eight hours through the Khumbu Icefall, the shifting glacier that has killed dozens of climbers and porters. DJI says the FlyCart 100 will keep supporting Nepal’s goal of flying roughly 5,000 oxygen cylinders per climbing season between the camps and removing about 22,000 pounds (10,000 kilograms) of waste from higher camps. Christina Zhang, DJI spokesperson, said the team remains dedicated to “making the world’s highest mountain safer and cleaner for Sherpas and mountaineers worldwide.”
The Matrice 4E, meanwhile, mapped more than 1.1 square miles (3 square kilometers) of the Khumbu Icefall’s core at centimeter resolution in 3.5 hours, operating at 21,161 feet (6,450 meters) in temperatures below -4 degrees Fahrenheit (-20 degrees Celsius). Airlift Technology CEO Raj Bikram Maharjan called it potentially one of the first operational glacier-mapping deployments at this scale in a high-altitude expedition environment. The data gives climbing teams real-time hazard monitoring and safer route planning. The drone also works as a search and rescue tool, spotting people and movement against snow-covered terrain, in the same operational environment DroneXL followed during the 2025 Everest cleanup season.
DroneXL’s Take
Notice what today’s announcement does not say. The FlyCart 100 and Matrice 4E are shipping products with dealers and price lists. The EV50 gets neither. No price, no launch date, no market. DJI just validated a 110-pound-payload eVTOL at 29,000 feet and told nobody when or where they can buy one. That fits a rollout pattern I have been tracking for over a year: the FlyCart 100 debuted in China in June 2025 and only went global six months later, while the FlyCart 200 and T200 arrived in April as China-only products with no global timeline. DJI’s heavy-lift portfolio now debuts and matures in China long before the rest of the world gets a shot at it.
For American operators, the wait carries an extra layer of risk. Washington has spent years telling DJI it is not welcome, and DJI is challenging its FCC Covered List designation in the Ninth Circuit while the political fight over Chinese drones grinds on. If that designation stands, future DJI products face a wall at the equipment authorization stage before availability even becomes a question. Meanwhile, American cargo eVTOL developers are still working through the eVTOL Integration Pilot Program that only cleared its first project selections in March. The gap is not subtle. One country’s cargo eVTOL just serviced climate researchers above the summit of Everest. The other country’s are finalizing paperwork to fly demonstration freight routes.
The answer to that gap is not a ban. Banning DJI does not make an American EV50 exist. It just guarantees that U.S. search and rescue teams and researchers wait longest for a capability the rest of the world will put to work. Watch two things: the outcome of DJI’s Ninth Circuit challenge, and whether the EV50 ever gets an availability announcement outside China. Together, those two answers will tell you whether the most capable cargo drones ever built will ever fly an American mission.
Source: DJI via PRNewswire, Quadricottero
DroneXL uses automated tools to support research and source retrieval. All reporting and editorial perspectives are by Haye Kesteloo.
