What Are You Looking For?
Heavy-lift twin-rotor unmanned helicopter – high autonomy, strong expandability, excellent environmental adaptability. For emergency response, firefighting, logistics transportation, forestry & grassland, and electric power industries. Reliable, safe, mission ready.
High Autonomy – Advanced flight control with autonomous takeoff, landing, route planning, and mission execution. Reduce operator workload.
Strong Expandability – Open architecture supports a wide range of general and special mission payloads. Configure for your mission.
Excellent Environmental Adaptability – Operates in diverse conditions – high altitude, high temperature, cold weather, strong winds.
Safe & Reliable – Twin-rotor configuration provides redundancy. Proven systems for mission-critical operations.
Emergency Response Ready – Rapid deployment for disaster zones. Medical supply delivery. Search and rescue support.
Firefighting Capable – Carry fire suppressant payloads. Monitor wildfires. Support ground crews from above.
Logistics Transportation – Heavy-lift capacity for cargo delivery to remote locations. Supply chain for inaccessible areas.
Forestry & Grassland Missions – Patrol, mapping, fire detection, and environmental monitoring over vast natural areas.
Electric Power Industry – Power line inspection. Infrastructure monitoring. Maintenance support.
General & Special Payloads – EO/IR gimbal, LiDAR, communication relay, cargo pods, fire suppression systems, and more.
Q1: What is the autonomy level of this helicopter?
A: High autonomy – including autonomous takeoff, landing, route planning, and mission execution. Reduces operator workload significantly.
Q2: Can it carry different payloads for different missions?
A: Yes. Strong expandability with open architecture supports general and special mission payloads – EO/IR, LiDAR, communication relay, cargo pods, fire suppression systems, and more.
Q3: What environments can it operate in?
A: Excellent environmental adaptability – high altitude, high temperature, cold weather, strong winds, and humid conditions.
Q4: Is it safe and reliable for mission-critical operations?
A: Yes. Twin-rotor configuration provides redundancy. Proven systems. Real-time health monitoring. Autonomous failsafe.
Q5: What are the primary applications?
A: Emergency response, firefighting, logistics transportation, forestry & grassland, and electric power industries.
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