EHang Unveils EH216-EK Firefighting eVTOL With 160kg Payload

EHang has assembled the first batch of its EH216-EK, a pilotless firefighting eVTOL that can drop 160kg of extinguishing agent across twelve independently released canisters on a single mission.

The company debuted the aircraft at its Wencheng Smart Manufacturing Center under the banner "Smart Manufacturing in Wencheng, EHang Takes Flight into the Future." EHang's chief operating officer Zhao Wang, China general manager Xiaona Lee and Daoyi Lee, general manager of the Fire and Emergency Business Unit, attended alongside local government officials. The aircraft completed an on-site firefighting demonstration flight, showing rapid response, stable hovering and precision suppression.

The numbers frame the machine's ambition. Maximum design takeoff weight sits at 620kg, with a maximum design mission payload of 160kg. A twelve-channel, electronically controlled release system handles the airdrop: standard fit is twelve 10kg fire-extinguishing canisters, with an option for eight 20kg canisters. Each canister covers roughly 6 to 8 meters in diameter, and the system accepts different agents, from water-based compounds to ultra-fine dry powder.

Where does EHang think this fits?

The target scenarios share one trait — ground crews struggle to reach them quickly. EHang lists early-stage forest and grassland fires, large industrial parks, and warehousing and logistics facilities. The aircraft is pitched at remote forest fires and elevated or hard-to-reach locations where fire trucks with aerial ladders or platforms have limited access.

The operating logic is simple: fires are cheapest to stop in their first minutes. Early intervention contains a blaze before it spreads and cuts the complexity of everything that follows. The EH216-EK is designed to arrive inside that window and suppress from the air, complementing rather than replacing conventional firefighting forces.

It inherits the architecture of the certified EH216 series — pilotless operation, vertical takeoff and landing, backup systems, redundancy design and cluster management. Redundant multirotor propulsion and flight-control algorithms are designed to resist wind and the intense thermal updrafts typical of fire scenes, keeping the aircraft stable enough for precise payload release in harsh conditions.

How does the air-ground choreography work?

The aircraft doesn't fly blind. Lightweight fire-monitoring drones relay fire locations and spread patterns to EHang's proprietary command-and-dispatch platform, which automatically generates three-dimensional mission flight routes. The EH216-EK then flies autonomously to the designated area and releases its payload in coordinated multi-channel drops.

EHang lays out three operational benefits: containing fires at an early stage, reducing the need for firefighters to enter hazardous areas, and buying time for ground response teams.

What happens next?

The first batch has already rolled off the assembly line at the Smart Manufacturing Center, where it will support product validation, application development and future business initiatives for the type. EHang also expects the Wencheng facility to seed a local low-altitude industry ecosystem and related application scenarios around the aircraft.

That wording matters. What EHang has shown is a debut, a demonstration flight and a first production batch — not a delivered fleet under contract with a fire service. The company's performance claims, from canister coverage to thermal-updraft resistance, remain design specifications pending operational validation. Whether the EH216-EK moves from demonstration flights to standing wildfire-response deployments will test both the aircraft and the dispatch infrastructure behind it.