Emergency rescue scenarios are complex and volatile. In areas such as mountainous regions and high-rise buildings that are inaccessible to ground equipment, heavy-lift emergency UAVs serve as vital aerial auxiliary devices. The KD-MT300 firefighting UAV integrates fire temperature measurement, search and rescue reconnaissance, and material delivery. It adapts to a wide range of disaster scenarios and delivers a brand-new aerial operation solution for emergency response.
This model features a fuselage length of 3.85 m and a wingspan of 7.5 m. Adopting vertical take-off and landing (VTOL), it has a cruising speed of 130–150 km/h, a cruising endurance of up to 2 hours, an operational altitude of 1000 m and a service ceiling of 5000 m. With a maximum payload of 50 kg, it can carry multiple sets of operational equipment and emergency supplies, meeting the demands of large-area cruise reconnaissance and material delivery. It is suitable for operations in complex environments including forest fires and factory disasters.
The unit supports automatic route inspection with interchangeable mission payloads. Equipped with ground control station software, it automatically stores and archives flight logs, temperature measurement data and on-site footage for drill review and record keeping. As an aerial platform, it can deliver first-aid supplies and communication devices to provide material support for trapped people, building an integrated aerial workflow covering reconnaissance, response and supply.
This product supports both daily and emergency use. During disasters, it performs fire reconnaissance and rescue support; in peacetime, it is used for mountain forest fire patrol and factory hazard inspection to maximize equipment utilization. It effectively makes up for the limitations of conventional ground rescue equipment, overcomes obstacles caused by terrain and building height, and acts as a powerful complement to ground rescue forces.
Besides complete UAV supply, we also offer payload accessories and turnkey operation solutions with on-site project support. It is widely applicable to forest survey, traffic inspection and various emergency response scenarios, helping build an air-ground integrated emergency response system.
