Practical and efficient
It features long endurance, long range, heavy payload capacity, and low fuel consumption.
Fixed-wing unmanned aerial vehicle
GHQ-600
The GHQ-600 fixed-wing UAV is a heavy‑payload, long‑endurance platform featuring fully autonomous wheeled takeoff and landing, capable of meeting the rapid deployment requirements of rudimentary airfields. It employs a twin-tailboom configuration, a high‑aspect‑ratio midwing, and a rear‑propeller four‑cylinder four‑stroke piston engine. The aircraft boasts robust mission‑payload integration, accommodating meteorological instruments such as cloud particle spectrometers, cloud‑water‑content sensors, and flake‑dispersal devices. Optional ice‑protection and parachute‑recovery systems further enhance flight safety.
Technical Features
TECHNICAL FEATURES
-
![Practical and efficient]()
-
![Easy to operate]()
Easy to operate
It integrates a dedicated flight control and navigation system, enabling fully autonomous flight throughout the entire mission. Operators need only input a flight plan—no specialized training or prior operational experience is required.
-
![Safety and Reliability Assurance]()
Safety and Reliability Assurance
Equipped with an anti-icing system and a whole-aircraft parachute, the flight control system, communication link, and other onboard equipment feature a multi-redundancy design.
Performance Parameters
PERFORMANCE PARAMETERS
-
Maximum takeoff weight
680 kg
-
Maximum load capacity
180 kg
-
Battery life
17 hours @ no load 10 hours @ 130 kg 9 hours @ full load
-
Maximum flight speed
255 km/h
-
Cruise speed
120–200 km/h
-
Maximum takeoff altitude
4400m
-
Practical ceiling
8000m
-
Additional Power Supply
≥2kW
-
Wind resistance rating
Level 8
-
Rainproof capability
Moderate rain
-
Operating temperature
-40℃ to 55℃
-
Takeoff and landing method
Can take off and land on a runway approximately 800 meters long.
Load Configuration
LOAD CONFIGURATION
- Airborne Cloud Water Content Detector
- Cloud Particle Spectrometer
- Flare dispenser
Application Scenarios
APPLICATION SCENARIOS
Artificial weather modification
Logistics and Transportation Support
