TD220 Coaxial Unmanned Helicopter

Having a Brilliant Future While Taking Heavy Responsibilities

TD220 Coaxial Unmanned Helicopter

TD220 coaxial unmanned helicopter is a small utility unmanned helicopter platform that features high autonomous degree, first-rate reliability and safety, and strong mission expansion ability. As a domestically top-notch small unmanned helicopter, it is characterized by its high loading capacity, long endurance, high ceiling, small dimensions, excellent environmental adaptability, and marvelous industrial customization.

Military standard design, strong wind resistance capability, flight under pure inertial navigation, small transportation dimensions, rapid deployment and withdrawal, multiple purposes, operation on sub-plateau.

350kg

Max. take-off weight

3500m

Service ceiling

60kg

Max. payload capacity

100km/h

Max. level speed

100km

Operating radius

2.16m×1.01m×1.76m（L×W×H）

Body size

High Loading Capacity and Long Endurance

The Max. take-off weight can reach 350 kg and the payload can reach 50 kg. Three general-purpose suspension points are configured at the nose and fuselage for carrying different types of payloads, and thus its mission expandability is excellent. In addition, TD220 is designed with high aerodynamic efficiency and long endurance, which can reach a maximum of 6 hours.

Compact Structure and Flexible Maneuverability

TD220 adopts the coaxial dual-rotor layout and is compact in its structure. The Max. fuselage dimension is only 2.1 m, which is at least 50% smaller than that of the aircraft of the same level with conventional configuration. Therefore, it is applicable to safe take-off/landing on small fields. By virtue of its modular design, it is easy to store, transport, operate, and maintain. Deployment and withdrawal can both be finished within 20 minutes. Moreover, it features flexible maneuverability and convenient operation.

High Safety and Excellent Adaptability

By leveraging the electronic control – individual control technology for rotor control and the cutting-edge H∞ control algorithm, TD220 achieves high-accuracy self-adaptive control and strong anti-interference capability. With the integrated navigation technology based on multi-source fusion, even though one sensor fails, its safety will not be affected. Relying on the system self-monitoring and emergency safety policies, TD220 can still automatically return to base in case of satellite shielding and data link interruption, and can still execute and complete missions in diversified adverse weathers.